MyCatalog 2010

Transcription

MyCatalog 2010

MyCatalog 2010
International Trade Fair
No. 1 for Plastics
and Rubber Worldwide
Messe Düsseldorf GmbH
Postfach 10 10 06
40001 Düsseldorf
Germany
Tel. +49 (0)2 11/45 60-01
Fax +49 (0)2 11/45 60-6 68
www.messe-duesseldorf.de
K 2010 – - International Trade Fair - No.1 for Plastics
and Rubber worldwide
www.k-online.de
www.k-online.de
Personal guide for:
EMail: Product category: 02 - Plastics Products and processing
Search Criteria:
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Company Figures
Company Profile
Contact Persons
Exhibitors with address and hall location
Hall map for each exhibitor
News / Product News
Product groups with descriptions and illustrations
main_prod_no
Messe Düsseldorf GmbH
Postfach 101006
40001 Düsseldorf
Germany
Tel. +49 (0)221 / 45 60-01
Fax +49 (0)221 / 45 60-668
www.messe-duesseldorf.de
© 2010 Messe Düsseldorf GmbH
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Contents
1 Exhibitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.1
3A Composites GmbH . . . . . . . . . . . . . . . . . . . .
1.2
Acsys Lasertechnik GmbH . . . . . . . . . . . . . . . . . .
1.3
AGRU Kunststofftechnik GmbH . . . . . . . . . . . . . . .
1.4
Akei Plastic-Machine Manufactory Ltd. . . . . . . . . . . .
1.5
Allied Supreme Corp. . . . . . . . . . . . . . . . . . . . . .
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APLIX . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Aplus Molds & Plastics Co., Ltd. . . . . . . . . . . . . . . .
1.8
ARBURG GmbH + Co KG . . . . . . . . . . . . . . . . . .
1.9
ARICON Kunststoffwerk GmbH . . . . . . . . . . . . . . .
1.10 ARKEMA . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.11 August Herzog Maschinenfabrik GmbH & Co. KG . . . . .
1.12 AXIAL Srl . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.13 BaHsys GmbH & Co. KG . . . . . . . . . . . . . . . . . . .
1.14 BASF SE . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.15 BAUKU Troisdorfer Bau- und Kunststoff GmbH . . . . . .
1.16 Bayer MaterialScience AG, Communications . . . . . . . .
1.17 BBP Kunststoffwerk Marbach Baier GmbH . . . . . . . . .
1.18 BEBUSCH GmbH - ein Unternehmen der GM Tec . . . . .
1.19 Beinlich Pumpen GmbH . . . . . . . . . . . . . . . . . . .
1.20 Bekaert Advanced Filtration SA/NV . . . . . . . . . . . . .
1.21 Bekaert Dymonics GmbH . . . . . . . . . . . . . . . . . . .
1.22 BIW Isolierstoffe GmbH . . . . . . . . . . . . . . . . . . . .
1.23 Blik 99 Ltd . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.24 Bode GmbH . . . . . . . . . . . . . . . . . . . . . . . . . .
1.25 Bond-Laminates GmbH . . . . . . . . . . . . . . . . . . . .
1.26 Boschert GmbH & Co. KG, Maschinen- und Apparatebau
1.27 BP PLASTICS SDN BHD . . . . . . . . . . . . . . . . . . .
1.28 Brett Martin Ltd. . . . . . . . . . . . . . . . . . . . . . . . .
1.29 BYK-Gardner GmbH . . . . . . . . . . . . . . . . . . . . .
1.30 C. Trivedi and Co. . . . . . . . . . . . . . . . . . . . . . . .
1.31 Celtiplast SA . . . . . . . . . . . . . . . . . . . . . . . . . .
1.32 Cencorp Oyj . . . . . . . . . . . . . . . . . . . . . . . . . .
1.33 Centroplast Engineering Plastics GmbH . . . . . . . . . .
1.34 CeraCon GmbH . . . . . . . . . . . . . . . . . . . . . . . .
1.35 CIFRA . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.36 Cinpres Gas Injection Ltd. . . . . . . . . . . . . . . . . . .
1.37 CMC Klebetechnik GmbH . . . . . . . . . . . . . . . . . .
1.38 ColorLite GmbH . . . . . . . . . . . . . . . . . . . . . . . .
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COMEL s.n.c. di Aldo Beccaro & C. . . . . . . . . . . . . . . . 156
COMPTEK Farbbatch & Compounds Kunststoffverarbeitung
GmbH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158
DESMA TEC . . . . . . . . . . . . . . . . . . . . . . . . . . . . 161
Deutsche Technoplast GmbH . . . . . . . . . . . . . . . . . . 163
Dimontonate Floccati S.p.A. . . . . . . . . . . . . . . . . . . . 167
Dr. Reinold Hagen Stiftung - Kunststoffwerkstatt . . . . . . . . 170
DST Dauermagnet-SystemTechnik GmbH . . . . . . . . . . . 173
DuPont de Nemours International S.A. . . . . . . . . . . . . . 175
EC Pack (Pump & Valve) Industrial Limited . . . . . . . . . . . 185
Eichholz Silo- und Anlagenbau GmbH & Co. KG . . . . . . . . 187
EKO-SYSTEMY Sp. z o.o. . . . . . . . . . . . . . . . . . . . . 190
Electromagnetica . . . . . . . . . . . . . . . . . . . . . . . . . 192
elfo ag . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192
Ensinger Compounds, Geschäftsbereich der HP Polymer GmbH194
ESWE-FLEX Walzen GmbH . . . . . . . . . . . . . . . . . . . 196
Eurofoam S.r.l. . . . . . . . . . . . . . . . . . . . . . . . . . . . 198
eurolaser GmbH . . . . . . . . . . . . . . . . . . . . . . . . . . 199
Europlasma NV . . . . . . . . . . . . . . . . . . . . . . . . . . 213
Exel Composites GmbH . . . . . . . . . . . . . . . . . . . . . 214
F.W. Breidenbach GmbH & Co. KG . . . . . . . . . . . . . . . 216
Fipa GmbH . . . . . . . . . . . . . . . . . . . . . . . . . . . . 217
FKT Formenbau und Kunststofftechnik GmbH . . . . . . . . . 221
FKuR Kunststoff GmbH . . . . . . . . . . . . . . . . . . . . . . 222
Flexi-Cell (UK) Ltd . . . . . . . . . . . . . . . . . . . . . . . . . 225
Fotec Forschungs- und Technologietransfer GmbH . . . . . . 226
Fraunhofer-Institut für Angewandte Optik und Feinmechanik IOF229
Fraunhofer-Institut für Chemische Technologie ICT . . . . . . 231
Fraunhofer-Institut für Schicht- und Oberflächentechnik (IST) . 236
Fraunhofer-Institut für Verfahrenstechnik und Verpackung IVV 240
Fried Kunststofftechnik GmbH . . . . . . . . . . . . . . . . . . 242
FSK Schaumkunststoffe und Polyurethane e.V. . . . . . . . . 244
FTW Werner Würth GmbH . . . . . . . . . . . . . . . . . . . . 253
FUTURE PACK CO., LTD. . . . . . . . . . . . . . . . . . . . . 255
Gallez Industries Holding . . . . . . . . . . . . . . . . . . . . . 256
Gayatri Rub Tech® . . . . . . . . . . . . . . . . . . . . . . . . 257
GEVACRIL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 258
Gitre S.r.l. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 269
Global EPP Limited . . . . . . . . . . . . . . . . . . . . . . . . 270
Golden Swan Industries and Trading (S) Pte Ltd . . . . . . . . 272
GPI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 274
Günter Kunststoffmaschinen GmbH . . . . . . . . . . . . . . . 275
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Handelsonderneming Botman B.V. . . . . . . . . . . . . . .
HARDO-Maschinenbau GmbH . . . . . . . . . . . . . . . . .
Hartchromwerk Brunner AG . . . . . . . . . . . . . . . . . .
HAVER & BOECKER Drahtweberei und Maschinenfabrik . .
Herbert Olbrich GmbH & Co. KG . . . . . . . . . . . . . . .
Herbert Schümann Papierverarbeitungswerk GmbH . . . . .
Hongrita Mold Ltd. . . . . . . . . . . . . . . . . . . . . . . . .
Huntsman Advanced Materials (Switzerland) GmbH . . . . .
Huzap GmbH Waagen- und Anlagenbau . . . . . . . . . . .
iBA GmbH . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Injextru Plastics N.V. . . . . . . . . . . . . . . . . . . . . . .
INOMETA Technologie GmbH & Co. KG . . . . . . . . . . .
Inplasva S.A. . . . . . . . . . . . . . . . . . . . . . . . . . .
Isik Plastik San. ve Dis. Tic. Paz. A.S. . . . . . . . . . . . .
Isik Plastik San. ve Dis. Tic. Paz. A.S. . . . . . . . . . . . .
Isovolta AG . . . . . . . . . . . . . . . . . . . . . . . . . . .
ITW Packaging Systems Group GmbH - H. Böhl . . . . . . .
J. Schmalz GmbH . . . . . . . . . . . . . . . . . . . . . . . .
JAEYOUNG SOLUTEC CO., LTD. . . . . . . . . . . . . . . .
Janman Precision Industry Co., Ltd. . . . . . . . . . . . . . .
Jih Ching Machine Co., Ltd. . . . . . . . . . . . . . . . . . .
Jokey Plastik Wipperfürth GmbH . . . . . . . . . . . . . . .
Josef van Baal GmbH . . . . . . . . . . . . . . . . . . . . . .
Jyoti Plastic Works Pvt Ltd . . . . . . . . . . . . . . . . . . .
Karl Küfner KG, Siebtechnik und Webeblätter . . . . . . . .
Kin Tat Rubber Technology Ltd. . . . . . . . . . . . . . . . .
KRD Sicherheitstechnik und Coatings . . . . . . . . . . . . .
Kremer-Kautschuk-Kunststoff GmbH & Co. KG . . . . . . .
Kunststoff-Institut Lüdenscheid . . . . . . . . . . . . . . . . .
Kuraray Europe GmbH . . . . . . . . . . . . . . . . . . . . .
KURZ LEONHARD Stiftung & Co. KG . . . . . . . . . . . .
Kühn TEC, Daniel Kühn GmbH + Co. KG . . . . . . . . . . .
La Party Corporation . . . . . . . . . . . . . . . . . . . . . .
LAE Anlagenbau GmbH . . . . . . . . . . . . . . . . . . . .
LEISTER Process Technologies . . . . . . . . . . . . . . . .
Lenzkes Spanntechnik GmbH . . . . . . . . . . . . . . . . .
Leonhard Breitenbach GmbH . . . . . . . . . . . . . . . . .
Licharz GmbH . . . . . . . . . . . . . . . . . . . . . . . . . .
LIST AG, Dry Processing - Intelligent Processing . . . . . .
LPKF Laser & Electronics AG, Bereich Kunststoffschweißen
Lucky Plastic Industries (Pvt) Ltd . . . . . . . . . . . . . . .
Luen Tai Rubber Manufactory . . . . . . . . . . . . . . . . .
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Lüraflex GmbH Gerhard Lückenotto . . . . . . . . . .
Maag Flockmaschinen GmbH . . . . . . . . . . . . .
Maine Plastiques . . . . . . . . . . . . . . . . . . . .
Marubeni Europe Plc., Chemical Group . . . . . . . .
May Tat Plastics Pte Ltd . . . . . . . . . . . . . . . .
Mayser GmbH & Co. KG . . . . . . . . . . . . . . . .
MDS Meyer GmbH . . . . . . . . . . . . . . . . . . .
Merquinsa . . . . . . . . . . . . . . . . . . . . . . . .
MGP Engineering GmbH . . . . . . . . . . . . . . . .
MGS Mfg. Group . . . . . . . . . . . . . . . . . . . .
Mink Bürsten . . . . . . . . . . . . . . . . . . . . . .
MITEX Gummifabrik Hans Knott GmbH . . . . . . . .
Mitsui Chemicals Europe GmbH . . . . . . . . . . . .
Motzener Kunststoff- und Gummiverarbeitung GmbH
MTN Kalip San. Ltd. Sti. . . . . . . . . . . . . . . . .
MultiPet Gesellschaft für PET Recycling mbH . . . .
NAMDEO-Tech . . . . . . . . . . . . . . . . . . . . .
New Power Industrial Ltd. . . . . . . . . . . . . . . .
Ningbo Henghe Mould Co., Ltd. . . . . . . . . . . . .
NORRES Schlauchtechnik GmbH & Co. KG . . . . .
Nowofol Kunststoffprodukte GmbH & Co. KG . . . .
NUDEC S.A. . . . . . . . . . . . . . . . . . . . . . . .
O.M.S. dei F.lli Maina S.p.A. . . . . . . . . . . . . . .
Oechsler AG . . . . . . . . . . . . . . . . . . . . . . .
Ongropack Ltd . . . . . . . . . . . . . . . . . . . . . .
Optimum Rubber & Plastic Product Ltd. . . . . . . . .
ORNAMIN GmbH & Co. KG . . . . . . . . . . . . . .
OUEST COATING . . . . . . . . . . . . . . . . . . . .
P.A.T.I. S.p.A. . . . . . . . . . . . . . . . . . . . . . .
Pali Polymers . . . . . . . . . . . . . . . . . . . . . .
PANELTIM NV . . . . . . . . . . . . . . . . . . . . . .
Penguin Engineers . . . . . . . . . . . . . . . . . . .
PGT Thermprozesstechnik GmbH . . . . . . . . . . .
Pimtas Plastik Insaat Malz. San. ve Tic. A.S. . . . .
Plastchim-T AD . . . . . . . . . . . . . . . . . . . . .
Plastemart.com . . . . . . . . . . . . . . . . . . . . .
Plastika Kritis S.A. . . . . . . . . . . . . . . . . . . . .
POLAR-FORM Werkzeugbau GmbH . . . . . . . . .
Polyparts Sdn. Bhd. . . . . . . . . . . . . . . . . . . .
POLYPLASTIC Group . . . . . . . . . . . . . . . . .
Power On Mould Co., Ltd. . . . . . . . . . . . . . . .
Premium Asia GmbH . . . . . . . . . . . . . . . . . .
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Renata Precision Components Pvt. Ltd. . . . . . . . . . .
RIKUTEC Richter Kunststofftechnik . . . . . . . . . . . . .
Riwisa AG . . . . . . . . . . . . . . . . . . . . . . . . . . .
Roctool SA . . . . . . . . . . . . . . . . . . . . . . . . . . .
Rolf Körner GmbH . . . . . . . . . . . . . . . . . . . . . .
Roll Concept . . . . . . . . . . . . . . . . . . . . . . . . . .
Rossi Stamp Srl . . . . . . . . . . . . . . . . . . . . . . . .
Rotary Power Vertriebsges. m.b.H . . . . . . . . . . . . . .
Röber Kunststoffe GmbH . . . . . . . . . . . . . . . . . . .
SABIC . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
SDG Kunststoffe . . . . . . . . . . . . . . . . . . . . . . . .
Sekisui Chemical Co., Ltd. . . . . . . . . . . . . . . . . . .
Sekisui Chemical GmbH . . . . . . . . . . . . . . . . . . .
SONOTRONIC Nagel GmbH . . . . . . . . . . . . . . . . .
Specchidea S.r.l. . . . . . . . . . . . . . . . . . . . . . . .
Specialty Polyfilms (India) Pvt. Ltd. . . . . . . . . . . . . .
SPID 85 . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Späh Karl GmbH & Co. KG - DICHTUNGEN UND MEHR
Ssangleong Bulkhandling Private Limited . . . . . . . . . .
STAR Kunststoffverarbeitungs GmbH . . . . . . . . . . . .
STEWO Plastic Prod. S.r.l. . . . . . . . . . . . . . . . . . .
Stöffl Rudolf GmbH . . . . . . . . . . . . . . . . . . . . . .
Sulzer Metaplas GmbH . . . . . . . . . . . . . . . . . . . .
Supreme Technic Package Co., Ltd. . . . . . . . . . . . . .
Synthetic Packers Pvt. Ltd. . . . . . . . . . . . . . . . . . .
synthetica Drehteile und Fördertechnik GmbH . . . . . . .
Taiwan PU Corporation . . . . . . . . . . . . . . . . . . . .
Technamation Technical Europe GmbH . . . . . . . . . . .
TEKU GmbH, Fluorkunststoffe . . . . . . . . . . . . . . . .
TELSONIC AG, Ultrasonics . . . . . . . . . . . . . . . . .
TEN-FLUID S.r.l. . . . . . . . . . . . . . . . . . . . . . . .
Thieme GmbH & Co. KG . . . . . . . . . . . . . . . . . . .
Thong Guan Plastic & Paper Industries Sdn. Bhd. . . . . .
Tisan Engineering Plastics Ltd. Co. . . . . . . . . . . . . .
TK Mold Ltd. . . . . . . . . . . . . . . . . . . . . . . . . . .
Toray Industries Inc. . . . . . . . . . . . . . . . . . . . . . .
TOVO GOMMA S.p.A. . . . . . . . . . . . . . . . . . . . .
Trexel Inc. . . . . . . . . . . . . . . . . . . . . . . . . . . .
TriWeFo Tridelta Werkzeug- und Formenbau GmbH . . . .
VELOX GmbH . . . . . . . . . . . . . . . . . . . . . . . . .
Velutex Flock S.A. . . . . . . . . . . . . . . . . . . . . . . .
Vin Industries . . . . . . . . . . . . . . . . . . . . . . . . .
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1.206 VitasheetGroup . . . . . . . . . . . . . . . . . . . . . .
1.207 VTT Technical Research Centre of Finland . . . . . . .
1.208 Wacker Chemie AG . . . . . . . . . . . . . . . . . . . .
1.209 Waldorf Technik GmbH & Co. KG . . . . . . . . . . . .
1.210 WALZEN IRLE GmbH . . . . . . . . . . . . . . . . . .
1.211 Weiss Chemie + Technik GmbH & Co. KG . . . . . . .
1.212 Wiesauplast Kunststoff & Formenbau GmbH & Co. KG
1.213 Yangzhong Haiteng Fluorine Plastic Product Factory .
1.214 Zaklady Azotowe w Tarnowie-Moscicach S.A. . . . . .
1.215 Zhejiang Kinlead Packaging Material Co., Ltd. . . . . .
1.216 Ünveren Hava Sistemleri San. ve Tic. Ltd. Sti. . . . . .
2 Fairground Map . . . . . . . . . . . . . . . . . . . . . . . . .
3 Hall Maps . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.1
Hall 01 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.2
Hall 02 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.3
Hall 03 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.4
Hall 04 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.5
Hall 05 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.6
Hall 06 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.7
Hall 07a . . . . . . . . . . . . . . . . . . . . . . . . . .
3.8
Hall 07 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.9
Hall 07.1 . . . . . . . . . . . . . . . . . . . . . . . . . .
3.10 Hall 08b . . . . . . . . . . . . . . . . . . . . . . . . . .
3.11 Hall 08a . . . . . . . . . . . . . . . . . . . . . . . . . .
3.12 Hall 09 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.13 Hall 10 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.14 Hall 11 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.15 Hall 12 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.16 Hall 13 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.17 Hall 14 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.18 Hall 15 . . . . . . . . . . . . . . . . . . . . . . . . . . .
3.19 Hall 16 . . . . . . . . . . . . . . . . . . . . . . . . . . .
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Exhibitors
Product Details
02.04.001.05
3A Composites GmbH
Address
3A Composites GmbH
Semi finished products of polyethylene (PE)
ALUCOBOND® + DIBOND®
Alusingenplatz 1
78224 Singen
Germany
Phone
+49 7731 803467
Fax
+49 7731 806562
Internet address
www.3acomposites.com
E-Mail
lisa.willmann@3acomposites.com
Stand
Hall 08a, C29 (Page 796)
ALUCOBOND® has been developed as a rigid, yet
flexible facade material for architectural use. ALUCOBOND® is extremely UV + weatherproof, impactresistant and break-proof, vibration-damping, and ensures easy and fast installation. ALUCOBOND® is produced with various core thicknesses in a continuous
lamination process.
DIBOND® is the original aluminium composite panel, comprising a UV resistant
polyethylene core with two aluminum alloy surface layers. DIBOND® offers excellent physical characteristics, making it suitable for a wide range of interior and
exterior applications, very high resistance to weathering and corrosion, excellent
print substrate, lightweight yet very rigid, extremely flat surfaces, UV resistant
black polyethylene core, fire resistant, wide range of processing capabilities
02.04.001.07
Product Overview
Semi finished products of polypropylene (PP)
3A Composites GmbH
HYLITE®
02.04.001.05
02.04.001.07
02.04.001.08
Semi finished products of polystyrene (PS)
02.04.001.10
Semi finished products of polyurethane (PUR)
02.04.001.11
Semi finished products of polyvinylchloride (PVC)
02.05.074
Composite boards
HYLITE® is a composite panel with two aluminium alloy surface layers and a polypropylene core. HYLITE®
is 65% lighter than conventional solid steel resp. 30%
lighter than solid aluminium, providing the same flexural strength. Dimensional stability at temperatures of up
to 150°C allows powder coating (with low temperature
lacquer systems). HYLITE® provides similar properties
as aluminium and can be processed equally using the
same kind of machines. Furthermore the HYLITE® core can be used as a hinge
(tested by RWTÜV).
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02.04.001.08
02.04.001.11
FOREX®smart
FOREX®
FOREX®smart is the first lightweight foam sheet for
long-term outdoor usage worldwide which has experienced a tremendous success over the past two years
– now available not only in white but also in black in 5
mm. FOREX®smart stands out not only through an extremely beneficial weight-stability ratio but also through
its bright white surface – resulting in first-class printing
results and fresh colours with direct to substrate digital
printing. Durst, which is one of the leading manufacturers of digital printing machines confirms that FOREX®smart achieves a remarkable result in the cross
hatch test : 0 (according to EN ISO 2409). Used indoors or outdoors! Now all
these advantages are not only offered for the well-known 10mm white panel, but
also for the 5mm version. It is just perfect for system solutions and digital prints
in the fields of event marketing, marketing campaigns and high-quality signage.
FOREX®classic is a lightweight rigid foam plastic sheet
with a particularly fine and homogenous cell structure
and high quality silky matt surfaces.
02.04.001.10
FOREX®print sheet material is specially designed to
meet the requirements in the field of printing. The extremely lightweight sheet
is outstanding due to its brilliant white, smooth, even surface which forms the
basis for a perfect printing result, particularly for direct digital printing
FOREX®color rounds off the FOREX® product family with a selection of nine vibrant colour shades. As the colouring of the rigid foam sheet is uniform throughout, it offers optimum colour consistency and guarantees the same colour effect
when viewed from different angles. FOREX®color can be applied wherever a
bright colour effect is required for emphasizing the advertising message.
02.05.074
KAPA®
Composite boards
ALUCOBOND®, ALUCORE®, DIBOND®
KAPA® is synonymous for a range of high quality
lightweight foamboards developed to meet specific application needs precisely. With an extremely stable
polyurethane foam core, KAPA® foamboards provide
very high resistance to warping. Each KAPA® variant features different liner materials to provide different
properties. The KAPA® range covers applications from
modelmaking and photo mounting to ultra-high quality
direct-to-substrate digital printing. KAPA® is a high performance foamboard with
usable surfaces on both sides high quality cover sheet layers excellent level of
stiffness and good dimensional stabilityperfect flatness - even with thin boards
problem-free application of solvent based paints and glues. Right in time for the
40th existence of KAPA® the new production line was put into operation. For
the first time KAPA® lightweight foam boards were produced in 2 metre width at
the production site in Osnabrück. KAPA®line and KAPA®plast will be available
in 2m width.
ALUCOBOND® is a composite panel consisting of two
aluminium cover sheets and a plastic core. The superb properties of this material boost one’s inspiration
and offer architecture a whole new range of solutions whether your project is a private home, a public building, a corporate headquarter or offices, or a trading or industrial complex - or if your organisation wants to
create a new image-building Corporate Design - whether for petrol stations, car
showrooms, banks or supermarkets.
ALUCORE® is an aluminium composite panel consisting of two cover sheets
and a honeycomb core of aluminium. ALUCORE® is a composite material for
a variety of applications in transport, architecture or industrial production, showing excellent product properties such as extraordinary flatness, large variety of
colours and high formability.
DIBOND® combines two 0.3 mm aluminium surface layers with a polyethylene
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core and comes with a protective film on both sides. Front and reverse side
are either stove lacquered, with white or coloured surfaces and with either matt
or high-gloss surfaces, anodized or even textured. DIBOND® is used in either
2D or 3D applications and stands out through extremely flat surfaces, very high
resistance to weathering and corrosion and high stability. DIBOND® is used for
interior and exterior applications.
Acsys Lasertechnik GmbH
Address
Leibnizstr. 11
70806 Kornwestheim
Germany
Phone
+49 7154 807100
Fax
+49 7154 807119
Internet address
www.acsys.de
E-Mail
info@acsys.de
Stand
Hall 12, E19 (Page 806)
schweißens“, sagt Thilo von Olnhausen, Marketingleiter der ACSYS Lasertechnik GmbH.
Vor allem aus der Automobilindustrie ist der Laser als wertvolles Werkzeug
nicht mehr wegzudenken. ACSYS hat beispielsweise die Laserbearbeitungsanlage BARRACUDA speziell zum Verschweißen von Tachometerblenden modifiziert. Hierbei wird das Gehäuse mit der Klarsichtscheibe laserverschweißt.
„Der Vorteil dieser Methode ist“, so Thilo von Olnhausen, „dass keine Schrauben
oder jegliche andere Fixierungen wie Kleber oder Klammern benötigt werden,
und durch den reversierenden Rundtisch eine zeitparallele Beladung ermöglicht
wird.“
Ein Trend der Lasertechnik in der Kunststoff bearbeitenden Industrie geht in
Richtung wirtschaftlicher und kompakter Multifunktionslösungen. „Eine Anlage soll möglichst viele Aufgaben rationell, schnell und in perfekter Qualität in einem Arbeitsgang erledigen“, sagt Thilo von Olnhausen. Auf der K
2010 wird ACSYS deshalb das Laserbearbeitungssystem BARRACUDA Multi
präsentierten, das beschriften gravieren schneiden und schweißen kann. Es
kann mit einem Mehrkopfsystem ausgestattet werden, das beispielsweise das
mehrseitige Bearbeiten - etwa Beschriften von Bauteilen in einem Arbeitsgang
zulässt. Sehr innovativ ist das zugehörige LAS - Live-Adjust-System. Das kameragestützte System reduziert den Ein-richtungsaufwand und ermöglicht eine
genaue Positionierung – auch bei kleinsten Werkstücken. Vorab kann das SollErgebnis auf dem Bildschirm angeschaut werden.
ACSYS Lasertechnik stellt auf der K in Düsseldorf vom 27.10. – 03.11. 2010 in
Halle 12, Stand 12E19 aus.
Product Overview
Company News
02.02.004
Type printing
02.02.005
Welding
Kornwestheim, 25.06.2010. Die ACSYS Lasertechnik
GmbH zeigt den BARRACUDA Multi für die industrielle
Materialbearbeitung vom 27.10. – 03.11. 2010 auf der
Fachmesse K 2010 in Düsseldorf.
03.03.009
Milling machines
03.04.002
Marking equipment
„Der Laser spielt in vielen Bereichen der Kunststoffbearbeitung eine tragende Rolle – sei es in der standardisierten Beschriftung, im Schneiden oder in der Disziplin des Kunststoff-
03.05.008
Laser beam welding machines
07.07.2010
Der BARRACUDA Multi von ACSYS
„Der Laser in der Kunststoffbranche“
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Product Details
Product Overview
02.02.004
AGRU Kunststofftechnik GmbH
Type printing
02.01.002
Products made by extrusion
02.01.004
Products made by calendaring
02.01.007
Parts made by compression moulding
02.01.010
Parts made by injection moulding
Our products
02.02.005
Welding
Core industry: - Automotive - Tooling - Mould and die Plastics - Medical - Electrical - Minting - Jewellery - Job
shops
02.03.001
Plastics products and parts for plant building
02.03.012
Plastics products and parts for medical engineering
02.03.014
Plastics products and parts for food processing
industry
02.04.001.05
02.04.001.07
02.04.001.14
other and machined semi finished products / Pre-cut
parts
02.04.003.01
Parts from standard plastics
02.05.002
Armatures and parts
02.05.003
Linings and coatings
02.05.011
Sealings/Sealrings
02.05.024
Glass-fibre reinforced plastic parts (GRP)
Our products
Core industry: - Automotive - Tooling - Mould and die Plastics - Medical - Electrical - Minting - Jewellery - Job
shops
Processes: - Laser marking - Laser engraving - 3DLaser engraving - Laser cutting - Laser welding
02.02.005
Welding
Processes: - Laser marking - Laser engraving - 3DLaser engraving - Laser cutting - Laser welding
Address
Ing.-Pesendorfer-Str. 31
4540 Bad Hall
Austria
Phone
+43 7258 790-0
Fax
+43 7258 3863
Internet address
www.agru.at
E-Mail
office@agru.at
Stand
Hall 05, C38 (Page 780)
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02.05.041
Membranes
02.02.005
02.05.062
Welding foil
02.05.073
Valves
02.05.075.01
Fibreglass-reinforced plastic parts
Product Details
02.01.002
SP 110 and SP 315 - Infrared-Welding Technology for
Piping Systems out of Plastics
02.04.001.05
Semi Finished Products
Pipes extruded
02.04.001.07
02.01.004
Welding
Welding
VLDPE Liners
02.04.001.14
parts
other and semifinished products
02.01.010
Electrofusion Fittings out of PE100
02.05.003
linings and coatings
Hydrocklick - Lining for Potable Water Tanks
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02.05.062
Welding foil
Product Details
Welding foil
02.01.001
Akei Plastic-Machine Manufactory Ltd.
Parts made by blow moulding
Welding of Liners
Product information
02.05.073
The Linear series is designed for high throughput production of plastic containers between 100ml and 10L,
covering four basic models with different carriage traveling stroke for incorporation of different die head configurations. A 4 second dry cycle time is achieved on a
double station machine Lin-90II-TS and it can be configured to a ten way head blowing 32g cylindrical bottle at
5,500 pieces per hour, or producing 80mm wide 400ml
bottles with an eight way head at an hourly output of 3,600 bottles.
Valves
Valves
PE100 Ball Valve for natural gas, potable water and
sewage applications
Address
1/F, KA Ming Factory Building, 688-690
Kowloon
Hong Kong
Phone
+852 27411312
Fax
+852 27859560
All models within the Linear series are meant for the highest level of automation with minimum operator intervention. In line connection to printing/labeling
machine or filling line is viable.
Allied Supreme Corp.
Address
4F., No. 12, Ming-Tsu E. Rd.
104 Taipei
Taiwan
+886 2 25976222
Internet address
www.akei.com.hk
E-Mail
akei@akei.com.hk
Phone
Stand
Hall 13, B82 (Page 808)
Fax
Product Overview
02.01.001
21
Internet address
E-Mail
sales@alliedsupreme.com
Stand
Hall 07.1, C51-5 (Page 790)
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Product Overview
02.04.001.09
Semi finished products of polytetrafluorethylene
(PTFE)
Product Details
02.04.001.09
Product Overview
02.01.010
(PTFE)
02.04.001.09
With our special technology, we create the ”BIGGEST
PTFE/TFM BILLET”. So we supply the ”BIGGEST DIMENSION of PTFE/TFM SKIVED SHEET”. Wider and
longer PTFE/TFM sheet provides less welding and cutting loss and more advantages for further fabrications.
Furthermore, we develop the new etching process and
able to treat one side or both sides. PTFE/TFM sheet is able to be glued with
adhesive and bonding on the surface of different materials.
APLIX
Product Details
02.01.010
APLIX
inter-mold®
The inter-mold® technology is an innovative fastening
method with many advantages including the elimination
of adhesive and a designer look. Applications: automotive, medical, cleaning, sport and many others.
inter-mold® strap
Unser Befestigungsgurt bietet Voreile zwei verschiedener
Technologien an: inter-mold® und das Umspritzen von
Textil. Dabei ergibt sich :
* eine leistungstarke Befestigung
APLIX
Address
Rd. 723 - ZA Les Relandières Nord
44850 Le Cellier
France
Phone
+33 2 28220000
Fax
+33 2 28220109
Internet address
www.aplix.com
E-Mail
info@aplix.fr
Stand
Hall 08a, F12-2 (Page 796)
* ein modern aussehendes Produkt
* ein anpassabares Bauteil (Farbe, Firmenlogo, Form)
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Aplus Molds & Plastics Co., Ltd.
Address
ARBURG GmbH + Co KG
No. 63, Lane 350, Jhong Jheng Rd.
71043 Yongkang City, Tainan County
Taiwan
Phone
+886 6 2012323
Fax
+886 6 2016848
Internet address
www.chenlueng.com
E-Mail
gmaxi@seed.net.tw
Stand
Hall 12, A51-2 (Page 806)
Product Overview
Address
Arthur-Hehl-Str.
72290 Loßburg
Germany
Phone
+49 7446 33-0
Fax
+49 7446 33-3365
Internet address
www.arburg.com
E-Mail
contact@arburg.com
Stand
Hall 13, A13-1 (Page 808)
Company News
02.01.010
09/13/2010
Product Details
02.01.010
ARBURG GmbH + Co KG
Six-axis robotic system with SELOGICA user interface
Highly complex tasks can be programmed and implemented with ease thanks to the SELOGICA control
system philosophy. This is demonstrated by the flexible and fully automatic encapsulation of cables, which,
thanks to their pliability, can be inserted into several
cavities at freely-selectable positions. The length of
the cable loops is variable. A vertical ALLROUNDER
375 V and six-axis robotic system with the SELOGICA user interface are used.
Our Products
Hochkomplexe Aufgaben lassen sich mit der SELOGICA Steuerungsphilosophie einfach programmieren und umsetzen. Das zeigt das flexible und vollautomatische Umspritzen von Kabeln, die als biegeschlaffe Teile in mehrere
Kavitäten an verschiedenen Positionen eingelegt werden. Die Länge der Kabelschlaufen ist dabei variabel. Zum Einsatz kommen ein vertikaler ALLROUNDER 375 V und ein Sechs-Achs-Roboter mit SELOGICA Bedienoberfläche.
With the SELOGICA user interface, moulders can independently program the
sequences of a six-axis robotic system. Set-up requirements and training costs,
as well as cycle times are reduced.
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Mit der SELOGICA Bedienoberfläche kann der Spritzgießer, den Ablauf eines
Sechs-Achs-Roboters selbstständig programmieren. Zudem reduzieren sich
Rüst- und Schulungsaufwand sowie die Zykluszeit effektiv.
09/14/2010
09/14/2010
The electric ALLROUNDER 520 A with 1,500 kN clamping force comprehensively meets the high-precision and clean room standards required for medical
technology during the production of syringe barrels on a 32-cavity mould from
Schöttli.
Cube technology on a large two-component
ALLROUNDER
On a hydraulic two-component ALLROUNDER 630 S with a clamping force of
2,500 kN, an 8-cavity mould from Foboha is presented.
Auf einem hydraulischen Zwei-Komponenten ALLROUNDER 630 S mit 2.500
kN Schließkraft wird ein 8-fach-Würfelwerkzeug von Foboha vorgestellt.
As four stations are moved to during each cycle, preliminary, intermediate and
downstream steps can be integrated, in this case for example, the interim cooling
and removal of the finished parts during the running process. High process
reliability and optimised cycle times are achieved through independent machine
movements by means of a second injection unit positioned on the moveable
mounting platen.
Da pro Zyklus vier Stationen abgefahren werden, lassen sich vor-, zwischenund nachgelagerte Schritte integrieren, wie hier das Zwischenkühlen und die
Entnahme der Fertigteile bei laufendem Prozess. Hohe Prozesssicherheit
und optimierte Zykluszeiten durch unabhängige Fahrbewegungen resultieren
aus der mitfahrend auf der beweglichen Aufspannplatte angeordneten zweiten
Spritzeinheit.
09/14/2010
Production cell for two-component injection moulding
of LSR and thermoplastics
Bei der Produktion von Barrels mit einem 32-fach-Werkzeug der Firma Schöttli erfüllt der elektrische ALLROUNDER 520 A mit 1.500 kN Schließkraft die
Anforderung der Medizintechnik hinsichtlich hoher Präzision und Reinraumfertigung umfassend.
The ALLROUNDER 520 A fulfils the stringent cleanliness requirements with regard to the working environment by means of numerous features such as white
powder coating of the machine surface, encapsulated mould clamp with stainless steel enclosure, corrosion resistant coated clamping surfaces, raised machine base, stainless steel enclosure of the water distribution manifold and riser
pipes, as well as through the clean-room module for a high level of purity of the
surrounding atmosphere in the mould area.
Dem Anspruch an eine extrem saubere Arbeitsumgebung wird der ALLROUNDER
520 A durch zahlreiche Features gerecht, z.B. durch die lichtgraue Pulverbeschichtung der Maschinenoberfläche, die gekapselte Schließeinheit mit EdelstahlEinhausung, die korrosionsbeständig beschichteten Aufspannflächen, den erhöht aufgestellten Maschinenständer, die Edelstahl-Einhausung von Wasserbatterie und Steigrohren oder durch das Reinraummodul für eine hochreine
Umgebungsatmosphäre im Werkzeugbereich.
09/13/2010
LSR and PBT are processed on an electric two-component ALLROUNDER
570 A. The 4+4-cavity mould by Rico creates a so-called “coupling cushion”.
Auf einem elektrischen Zwei-Kompetenten ALLROUNDER 570 A wird LSR und
PBT verarbeitet. 4+4-fach-Werkzeug der Firma Rico entsteht ein sogenanntes
Koppelkissen.
The silicone component is moulded onto a frame made from PBT. With this application, a MULTILIFT robotic system transfers the components inside the mould
as well as removing the finished parts which are subsequently laser-engraved.
Die Silikon-Komponente wird dabei an einen Rahmen aus PBT angespritzt. Bei
dieser Anwendung übernimmt ein MULTILIFT Robot-System das Umsetzen der
Bauteile im Werkzeug sowie das Entnehmen der Fertigteile, die anschließend
noch laserbeschriftet werden.
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ALLROUNDER for medical technology
Large hybrid high-performance machine
ALLROUNDER 920 H
The new ALLROUNDER 920 H rounds off the ARBURG machine range with a
high-performance hybrid machine. The new, large and powerful servo-electric
toggle-type clamping unit with a clamping force of 5,000 kN for fast, highprecision movements is particularly impressive. Further feature are the size
3200 and 4600 hydraulic injection unit with adaptive hydraulic accumulator technology.
Der neue ALLROUNDER 920 H ergänzt das ARBURG Großmaschinenspektrum um eine hybride Hochleistungsmaschine. Diese überzeugt durch ihre
neue große und leistungsfähige servoelektrische Kniehebel-Schließeinheit mit
5.000 kN Schließkraft für schnelle und gleichzeitig hochpräzise Fahrbewegungen. Hinzu kommen die hydraulischen Spritzeinheiten der Größen 3200 und
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4600 mit adaptiver Hydraulikspeichertechnik.
08/10/2010
With the new hybriden ALLROUNDER 920 H, a high-performance, energyefficient machine concept enabling fast operating cycles is now also available
for higher clamping forces.
Mit dem neuen hybriden ALLROUNDER 920 H steht jetzt auch für größere
Schließkräfte ein leistungsfähiges und gleichzeitig kosten- sowie energieeffizientes Maschinenkonzept für schnelle Verarbeitungszyklen zur Verfügung.
10/31/2010
Linear motor for or regulated injection at extremely
high speeds and accelerations
SELOGICA module “set-up assistant”
For the first time, the new SELOGICA module “setup assistant” enables menu-guided, accompanied setup, or so-called “teach-in”, of the entire machine sequence. Users are actively supported during the setup process. It takes only five logical steps to create a
complete production sequence. The set-up assistant
thus enables quick, simple and reliable set-up of the
ALLROUNDER injection moulding machines without prior detailed knowledge
of the control system.
Das neue SELOGICA Modul „Einrichtassistent“ ermöglicht erstmals das menügeführte, begleitende Einrichten oder kurz „Teachen“ des gesamten Maschinenablaufs. Die Einrichter werden beim Rüstvorgang aktiv unterstützt: Es müssen
nur noch fünf logische Schritte durchlaufen werden, um zu einem kompletten
Produktionsablauf zu kommen. Damit ermöglicht der Einrichtassistent ohne
Detailkenntnisse der Steuerung ein schnelles, einfaches und sicheres Rüsten
Einrichten der ALLROUNDER Spritzgießmaschinen.
Siemens and ARBURG have jointly developed an innovative combination drive which comprises a linear
motor for the injection axis and a rotary motor for the
dosing axis. This is used on an electric ALLROUNDER
370 A with a clamping force of 500 and an 18 millimetre
screw.
Siemens und ARBURG haben zusammen einen neuartigen Kombinationsantrieb
entwickelt, der einen Linearmotor für die Einspritzachse mit einem Rotationsmotor für die Dosierachse zusammenbringt. Dieser kommt an einem elektrischen
ALLROUNDER 370 A mit 500 kN Schließkraft zum Einsatz, der mit einer 18Millimeter-Schnecke arbeitet.
The centrepiece of the innovative injection unit is the linear motor for regulated
injection at extremely high speeds and accelerations. The acceleration rate is 8
g and the maximum injection speed is 2,000 mm/s. The drive also features the
highest precision and reproducibility. It opens up completely new dimensions in
the thin-walled moulded parts sector.
Herzstück des neuartigen Spritzaggregats ist der Linearmotor für geregeltes
Einspritzen mit extrem hohen Geschwindigkeiten und Beschleunigungen. Die
Beschleunigungsrate von liegt bei 8 g, die Einspritzgeschwindigkeit bei max.
2000 mm/s. Hinzu kommen höchste Präzision und Reproduzierbarkeit. Damit
eröffnen sich im Bereich dünnwandiger Spritzteile völlig neue Dimensionen.
The new SELOGICA module “set-up assistant” is a further milestone of the ARBURG control system in the direction of efficiently simplified injection moulding
management.
Das neue SELOGICA Modul „Einrichtassistent“ ist ein weiterer Meilenstein der
ARBURG Steuerung in Richtung eines effektiv vereinfachten Spritzgießmanagements.
09/13/2010
Micro-injection module
The micro-injection module from ARBURG combines
an 8 mm injection screw with a second screw for melting the material. It has been specially designed for use
on electric ALLROUNDERs with a size 70 injection unit
and can be quickly changed due to its enclosed construction.
Das Mikrospritzmodul von ARBURG kombiniert eine
8-mm-Einspritzschnecke mit einer zweiten Schnecke
zum Aufschmelzen des Materials. Es ist speziell für den Einsatz auf elektrischen
ALLROUNDERn A mit Spritzeinheit 70 konzipiert und lässt sich durch seinen
abgeschlossenen Aufbau schnell wechseln.
The micro-injection module enables injection of minute shot weights with precise injection movement control. The first-in-first-out principle, the processing of
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standard granulates and the low dwell times are further important advantages.
Das Mikrospritzmodul ermöglicht das Einspritzen minimalster Schussgewichte
bei präziser Regelung der Einspritzbewegungen. Das First-in-first-out-Prinzip,
die Verarbeitung von Standard-Granulaten und die geringen Verweilzeiten sind
weitere wichtige Vorteile.
09/14/2010
Paternoster mould technology
A 12-cavity mould from Zahoransky with SCPS or paternoster technology is
presented on an electric two-component ALLROUNDER 720 A with a clamping
force of 3,200 kN. The mould inserts are cycled vertically through the mould.
Auf einem elektrischen Zwei-Komponenten ALLROUNDER 720 A mit 3.200 kN
Schließkraft wird ein 12-fach-Werkzeug von der Firma Zahoransky mit SCPSbzw. Paternoster-Technologie vorgestellt. Hierbei werden die Formeinsätze
vertikal rollierend durch das Werkzeug geführt.
assembly injection moulding. Another highlight is the magnetisation of the
injection-moulded disc in the mould. This is produced by Oechsler AG, which
has also developed the component concept in collaboration with the LKT Institute of Polymer Technology at Erlangen University.
Die Produktion eines Drehwinkelsensors kombiniert Umspritzen von Einlegeteilen
und Montage-Spritzgießen. Weiteres Highlight ist die Magnetisierung der
spritzgegossenen Scheibe im Werkzeug. Dieses stammt von der Oechsler AG,
die auch das Bauteilkonzept zusammen mit dem LKT der Uni Erlangen entwickelt hat.
09/14/2010
Compact in-mould labelling system
The in-mould labelling system built around a hybrid
ALLROUNDER 570 H with a clamping force of 2,000
kN and size 1,300 injection unit was constructed in collaboration with Hofstetter.
Benefits of the SCPS or paternoster technology include the compact mould design and the absolutely central force application, which has a positive effect on
the quality of the parts and the cycle time. In addition, the insertion of parts and
removal of complete articles with the mould closed provides for a high degree
of flexibility and improves cycle times.
Die Inmould-Labelling-Anlage rund um einen hybriden
ALLROUNDER 570 H mit 2.000 kN Schließkraft und
Spritzeinheit 1300 wurde zusammen mit der Firma
Hofstetter aufgebaut.
Vorteile der SCPS- bzw. Paternoster-Technologie sind die kompakte Bauform
des Werkzeugs und die absolut zentrale Krafteinleitung, was die Qualität der
Teile und Zykluszeiten positiv beeinflusst. Zudem bringt das Einlegen von Teilen
bzw. das Entnehmen der fertigen Artikel bei geschlossener Form ein hohes Maß
an Flexibilität und Vorteile in Sachen Zykluszeit.
Specifically for this application, the ALLROUNDER 570 H features a packaging
equipment. Handling of the labels and finished moulded parts is performed by
a special, highly compact IML system. Time savings are achieved during production of the six tubs by means of the short injection cycle, rapid peripheral
sequences and simultaneous part removal and label insertion.
09/13/2010
Encapsulation of inserts, magnetisation and assembly
The rotary encoder is produced in a single production step on a threecomponent ALLROUNDER 370 S. The component consists of a magnetic disc,
carrier plate and protective cap. Part handling is performed by the MULTILIFT
V robotic system, which, like the three injection units, is fully integrated in the
SELOGICA control system.
Speziell für die Anwendung verfügt der ALLROUNDER 570 H über eine Verpackungsausrüstung. Das Handling von Labels und fertigen Spritzteilen übernimmt ein spezielles, sehr kompaktes IML-System. Zeitsparend wird die Herstellung der sechs Becher durch den kurzen Spritzzyklus, die schnellen Peripherieabläufe sowie durch die Teileentnahme und das gleichzeitige Einlegen der
Labels.
Auf einem Drei-Komponenten ALLROUNDER 370 S entsteht ein Drehwinkelsensors in einem Fertigungsablauf. Das Bauteil besteht aus Magnetscheibe,
Trägerplatte und Schutzkappe bestehende Bauteil. Das Teilehandling übernimmt das MULTILIFT V Robot-System, das wie auch die drei Spritzeinheiten
komplett in die SELOGICA Steuerung integriert ist.
The production of a rotary encoder combines the encapsulation of inserts and
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ARICON Kunststoffwerk GmbH
Product Overview
ARBURG GmbH + Co KG
02.01.010
03.02.002.01.01
Injection moulding machines up to 250 kN clamping
force
03.02.002.01.02
Injection moulding machines above 250 kN to 1000 kN
clamping force
03.02.002.01.03
Injection moulding machines above 1000 kN to 4000
kN clamping force
03.02.002.01.04
kN clamping force
03.02.002.02
Injection moulding machines, multi-component
03.02.002.03
Injection moulding machines, multi-station
03.02.002.04
Injection moulding machines, for thermosets
03.02.002.05
Injection moulding machines, for rubber
03.02.002.06
Other injection moulding machines
03.07.002.03
Driers for bulk materials
03.07.002.04.01
Pneumatic conveyors
03.07.003.01
Handling devices
03.07.003.02
Manipulating industrial robots, reprogrammable
03.07.003.04
Sprue separating equipment
03.07.004.04
Mould changing systems
Address
Neptunstr. 50-54
42699 Solingen
Germany
Phone
+49 212 38232-0
Fax
+49 212 38232-10
Internet address
www.aricon.de
E-Mail
info@aricon.de
Stand
Hall 07a, B06 (Page 786)
Product Overview
33
02.01.008
Parts made by rotation moulding
02.03.001
02.03.009
Plastics products and parts for agriculture
02.03.011
Plastics products and parts for mechanical engineering
02.05.006
Containers
02.05.033
Storage and transport containers
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Product Details
- round containers with slip lid - from 35 to 1000 liters
02.01.008
Production moulded parts according to customer order
- storage containers with screwing lid - from 60 to 30500 liters
Production moulded parts according to customer’s order from
idea, model, drawing or shape. Seamless, weather resistant
and robust products in the colour you like. Extremely economic for small and medium number of items. Good for
Seamless silos for bulk solids
Seamless silos for bulk solids; silos in series for bulk solids,
seamless, chemical resistant and food safe. Construction
method: plastic container in steelframe. Accessories and installation optional. Combination with a number of containers with
special frames optional.
- robust containers of technical parts
Round silos - 77 to 19600 liters
- parts being used in the outdoor area
cubic silos - 50 to 2000 liters
Tank-containers for liquids
- parts being in contact with chemicals or humidity
02.03.001
Tank-containers for liquids with rectangular and round basis.
Seamless, chemical resistant and food safe. Construction
methods: plastic container in steelframe. For chemicals, water, food. Valves and accessories including installation optional.
Chemical resistant collecting trays
cubis tank-containers - 50 to 2000 liters
Collecting tray, chemical resistant, rectangular collecting trays with DIBT approval, 43 types, colours PE
natur-transparent and black, complete plastics including switch level.
round tank-containers - 77 to 19600 liters
02.03.009
Containers for agriculture
Seamless silos for bulk solids; silos in series for bulk solids,
seamless, chemical resistant and food safe. Construction
method: plastic container in steelframe. Accessories and installation optional. Combination with a number of containers with
Serial WR - up to 1290 liters volume, classical tray, dimensionally stable
Round containers with flat bottom
Round silos - 77 to 19600 liters
Round containers with flat bottom, seamless, chemical
resistant and food safe plastic containers
cubic silos - 50 to 2000 liters
different types:
- dosing tanks in 5 production models - from 35 to 1000 liters
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Seamless tanksilos for liquids
02.05.006
Silos in series for liquids, seamless, chemical resistant and foodsafe. Construction method: plastic container in steelframe. Accessoires including installation
optional. Combination with a number of containers with
Seamless containers up to 30500 liters
Containers
Processcontainers and collecting trays, containers in
series, seamless, chemical resistant, foodsafe and very
robust. For liquids and bulk goods. For plant engineering and construction, storage and transport.
tanksilos round -77 to 19600 liters
e.g. dosingtanks - 60 to 1000 liters, 5 series, different
installation bridges
tanksilos cubic - 50 to 2000 liters
02.03.011
Serial form parts according to orders
e.g. salt solution containers - 60 to 1000 liters, slip lid, accurately fitting sieve
bottom
e.g. storage containers - 60 to 30500 liters, screwing lid, literscale
Production moulded parts according to customer’s order from idea, model, drawing or shape. Seamless,
weather resistant and robust products in the colour you
like. Chemical resistant and foodsafe. Extremely economic for small and medium number of items. Good for
e.g. KTC and IBC for liquids to 19600 liters
e.g. containers for bulk goods, round and rectangular, with DIBT approval , 40
to 1290 liters, 3 series, very stable
- special purpose containers, cones, gravity chutes etc.
02.05.033
- robust containers of technical parts
Containers for transport
- parts being used in the outdoor area
Containers in serie for transport, storage, plant building. Processcontainers and collecting trays. Seamless, foodsafe,
very robust. For liquids and bulkgoods.
- parts being in contact with chemicals or humidity
e.g. dosingtanks - 60 to 1000 liters, 5 series, different installation bridges
e.g. salt solution containers - 60 to 1000 liters, slip lid, accurately fitting sieve
bottoms
e.g. storage tanks - 60 to 30500 liters, screwing lid, literscale
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e.g. KTC for liquids to 19600 liters
ARKEMA
Address
420, rue d’Estienne d’Orves
92700 Colombes
France
Phone
+33 1 49008080
Fax
+33 1 49008396
Internet address
www.arkema.com
E-Mail
info.web@arkema.com
Stand
Hall 06, C57 (Page 784)
Product Overview
ARKEMA
01.01.003
Acrylic glass (s. PMMA)
01.01.009
Barrier plastics
01.01.017
Compounds (Polymer blends)
01.01.018
Copolyamide TPE-E, TPE-A/PEBA
39
01.01.023
Electrically conductive plastics
01.01.024
Ethylene/Acrylic acid/Butylacrylate E-AA-BA
01.01.026
Ethylene/ethylene acrylate copolymers (E/EA)
01.01.027
Ethylene/methylene acrylate copolymers (E/MA)
01.01.029
Ethylene/VAC-copolymers (E/VA)
01.01.030
Ethylene/vinyl alcohol copolymers (E/VAL)
01.01.031
Ethylene Copolymer-Bitumen ECB
01.01.033
Wood-flour-filled polypropylene (WD-PP)
01.01.037
Masterbatches
01.01.043
Polyamides blends
01.01.046
Polyamide PA 11
01.01.047
Polyamide PA 12
01.01.071
Polyetherketone (PEK)
01.01.087
Polymethylmethacrylate (PMMA) and copolymers (s.
acrylic glass)
01.01.097
Polytrifluorochloroethylene (PCTFE)
01.01.104
Polyvinyl chloride pastes
01.01.105
Polyvinyl chloride plasticised (PVC-P)
01.01.106
Polyvinyl chloride rigid (PVC-U)
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01.01.107
Polyvinyl chloride chlorinated (PVC-C)
01.10.024
Binders
01.01.113
Polyvinylidene fluoride (PVDF)
01.10.047
Masterbatches
01.01.115
Reclaimed material
01.10.049
Color Blacks (s. 1.10.99 Carbon black)
01.01.117
Impact modifier
01.10.051
Solid lubricants
01.02.004
Polyether block amide
01.10.059
Adhesives
01.02.014
Other thermoplastic elastomers
01.10.060
Coupling agents
01.03.021
Maleic resins
01.10.065
Initiators
01.05.014
01.10.095
Polmerisation Initiator
01.07.004
Ethylene/acrylate copolymers (EA)
01.10.099
Carbon black
01.07.005
Ethylene/acrylic acid copolymers (EAA)
01.10.102
Impact modifiers
01.07.006
01.10.120
Crosslinking agents
01.08.002
Binders
01.10.126
Plasticiser
01.08.003
Copolyamid-adhesives mouldes
01.13.040
Raw materials
01.08.017
Hot melt adhesives
01.14.009
Cable compounds
01.09.009
E/EVA copolymers
01.14.011
Anticorrosive effect
01.10.002
Additives, other
01.14.016
Nanocomposites
01.10.004
Additive concentrates
02.03.001
01.10.019
Antistatic agents
02.03.002
Plastics products and parts for automotive
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02.03.003
Plastics products and parts for building applications
Product Details
02.03.004
Plastics products and parts for office equipment/
promotion
02.04.001.06
02.03.005
Plastics products and parts for household/consumer
02.03.006
Plastics products and parts for electro-/household
appliance
02.03.007
Plastics products and parts for electrical engineering
02.03.008
Plastics products and parts for data appliance
02.03.009
02.03.010
Plastics products and parts for aviation
02.03.011
02.03.012
02.03.013
Plastics products and parts for furniture appliances
02.03.014
industry
02.03.015
Plastics products and parts for transport/packaging
02.03.016
Plastics products and parts for optics/precision
engineering
02.04.001.06
Semi finished products of polymethylmethacrylate
(PMMA)
02.04.002
Films
02.05.056
Foam products
ARKEMA
(PMMA)
Altuglas International
Arkema subsidiary Altuglas International accounts for
20% of world production and sales of polymethyl methacrylate (PMMA), also known as acrylic glass. The company has a worldwide presence, with 8 production facilities (3 in Europe, 4 in North America and 1 in South
Korea).
PMMA’s many properties include transparency, hardness, scratch resistance,
durability, and thermal and acoustic insulation, making it suitable for a wide variety of industrial applications.
Manufactured and Marketed Products
Acrylic resins
Sold under the Plexiglas® brand in North and South America and the Altuglas®
brand in the rest of the world.
Granules for injection and extrusion blow molding. Product applications include
lighting (globes and strip lights), office equipment and electronics (cell phone
displays and hi-fi equipment), optical disks (DVDs and CD-ROMs), building
and construction (glazing and window frames), contemporary design (furniture,
jewelry and tableware), cars and transportation (lights and instrument panels),
health and safety (jars and test tubes) and household appliances (microwave
oven doors and mixer bowls).
Granules for capstocks. The Solarkote® product line offers coatings for thermoplastic sheets and profiles (ABS, PVC) for use in the transportation and building
sectors.
Altuglas BS® acrylic beads
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August Herzog Maschinenfabrik GmbH & Co. KG
Used as additives in a variety of applications, such as anti-shrinkage agents in
polyester resins and matting agents for PVC.
Address
Am Alexanderhaus 160
26127 Oldenburg
Germany
Phone
+49 441 3008-0
Fax
+49 441 3008-100
Internet address
www.herzog-online.com
E-Mail
info@herzog-online.com
Stand
Hall 03, E62 (Page 776)
Acrylic sheets
Retailed under the Plexiglas® brand name in North America and Altuglas® in
the rest of the world, these products are used for architectural and urban development projects (noise barriers and street furniture), contemporary design (shop
fittings and furniture), signage (trade signs and display cases), the wellness segment (baths and shower pans), the automotive industry (spoilers), motorcycle
windshields, and consumer electronics (LCDs).
Tuffak® polycarbonate sheets
These sheets can be coated to provide UV or scratch protection and are designed for applications in areas such as architectural projects (domes and
sports facilities), the building industry (glazing and roofs), and safety engineering
(safety windows and screens and machinery hoods).
Plexiglas® is the Arkema registered trademark for acrylic sheet and resins in
North and Latin America, and Altuglas® for the rest of the world.
Product Overview
02.05.058
Hoses
02.05.060
Cords
Product Details
02.05.058
Hoses
Our Products
Apart from the traditional application in the rope making and
the textile industry, braids nowadays have a wide field of use
in most varied areas.
A lot of different applications require innovative solutions
and specific machines.
Automotive:
Hollow tubes braided of monofilaments are used as assembly help when in-
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stalling electrical wiring during car manufacturing. Overbraided flexible hoses
are used for hydraulics, compressed air or hot fluids. After the braiding process
either rubber or plastic is extruded over the braid.
Electrical industry:
Electrical or telecommunication cables are overbraided and hollow glass fiber
tubes (impregnated) are used for heat or electrical insulation.
Electrical industry:
Aviation, automotive and aerospace technology:
Electrical or telecommunication cables are overbraided and hollow glass fiber
tubes (impregnated) are used for heat or electrical insulation.
Aviation, automotive and aerospace technology:
In these industries our machines are more and more used to process composites. Round and flat braids but also overbraiding with 2.5D or 3D is used in this
field.
In these industries our machines are more and more used to process composites. Round and flat braids but also overbraiding with 2.5D or 3D is used in this
field.
Medical technique:
Finest braids are used for surgical sewing threads, catheters or stents made of
wire.
Medical technique:
Finest braids are used for surgical sewing threads, catheters or stents made of
wire.
AXIAL Srl
Address
Via Careno, 10
21040 Vedano Olona / VA
Italy
Apart from the traditional application in the rope making and
the textile industry, braids nowadays have a wide field of use
in most varied areas.
Phone
+39 0332 866092
Fax
+39 0332 404514
A lot of different applications require innovative solutions
and specific machines.
Internet address
www.axial-ops.com
E-Mail
info@axial-ops.com
Stand
Hall 03, B06 (Page 776)
02.05.060
Cords
Our Products
Automotive:
Hollow tubes braided of monofilaments are used as assembly help when installing electrical wiring during car manufacturing. Overbraided flexible hoses
are used for hydraulics, compressed air or hot fluids. After the braiding process
either rubber or plastic is extruded over the braid.
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Product Overview
AXIAL Srl
- because of the low specific weight the prices of the film are much more competitive than those of pet;
02.04.001.05
02.04.001.07
- excellent – the colors are denser and brighter;
02.04.001.08
- PROCESSING EASINESS:
02.04.002
Films
02.05.068
Technical films
- PRINTABILITY:
- excellent due to its low rigidity and its ability to appear flat;
Product Details
02.04.001.08
-SHRINKAGE:
- high shrinkage – comparable to pet and with a lower shrinking force;
AXIAL Srl
- RESISTANCE TO GREASE:
- the film does not absorb water and its very resistant to grease, acid and alkaline
solutions, soaps, detergents and oils;
AXIAL OPS-R1 PRODUCT PRESENTATION
- CONTACT WITH FOOD
The AXIAL OPS R1 film is obtained from a butadienestyrene copolymer through extrusion and transversal
orientation with excellent characteristics which makes
it the ideal material for “sleeve” applications. Its high
transparency and its remarkable hulling common to all
styrene films, in addition to its high degree of transversal shrinkage at low temperatures, makes it ideal for
sleeve applications. Its low specific weight also makes
it an economically interesting material.
- compliant with EECC regulations regarding plastic packaging coming in contact
with food;
- ECOLOGIC ASPECTS
- does not generate dangerous fumes when it burns;
- RECYCLING
- highly stable product – may be recycled several times.
PROPERTIES
-GLOSS:
USE INSTRUCTIONS
- Great transparency and hulling which enhances photographic images;
PRINT
- SPECIFIC GRAVITY:
The best results are obtained with isobutyl alcohol solvent. Today there are
companies that supply the colored bases to be used with PVC, PET and OPS
(with the use of isobutyl alcohol). Please contact our technical service for more
information on this topic.
- the lowest among all the materials used for sleeves ( PVC and PET );
- QUALITY/PRICE RATIO
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BaHsys GmbH & Co. KG
TUBE TYPE FORMING
The best welding solvent is methyl-ethyl ketone. It is also possible to cicloexanone with MEK and the quantities must be adjusted according to the line’s
speed. Goes from a white welding line to a transparent one.
Address
Overather Str. 104
51766 Engelskirchen
Germany
“SLEEVERAGE”
Phone
+49 2263 90270-0
Fax
+49 2263 90270-200
The material withstands any steam or hot air thermoshrinking system, but generally it prefers infrared heating. To better understand the shrinking characteristics
of AXIAL OPS R1 we suggest the comparison with the processes applied to pvc
and pet. The diagram shows a longer shrinking curve for pet and therefore it
shrinks on an item without many defects, especially for the more delicate and
less constricting effect of this material. It should be noted that ops’ shrinking
force is greatly less than pet’s and therefore more appropriate to cover items
which could get crushed. See enclosed diagram.
Internet address
E-Mail
Stand
Hall 06, D76 (Page 784)
TECHNICAL INFORMATION
Company News
STOCKING AND PACKING CONDITIONS
10/05/2010
The ideal thickness ranges from 50 to 70 microns. The internal diameter of the
core is 152 mm. The external diameter of the rolls is 600 mm. The length of the
rolls depends on the thickness. The roll’s identification label is inside the core
and outside the pallet. The pallet is standard sized and the number of rolls it
holds depends on their height and external diameter. While being stored, the
material must not come into contact with the sun and the stocking area must
be well ventilated with a moderate room temperature. If the temperature should
exceed 30° the roll might become deformed.
OTHER TECHNICAL INFORMATION
The polystyrene copolymer is very stable and may be recycled several times
without degrading. When subjected to pyrolysis it mostly breaks down in the
styrene monomer. In the presence of oxygen it gives out CO2, H2O and a very
little quantity of ash. Its calorific value is very high and so it is much appreciated if
it is present among incinerator waste. Its destiny however is recycling; even the
printing waste can be recycled to produce pellets. The AXIAL OPS R1 coming
into contact with food behaves like a normal styrene product (known as crystal
or high impact polystyrene much used by the food industry).
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…got a screw loose? Metal substitute specialist with
plastic screw production at the “K 2010”
BARLOG plastics focuses on integrated functions, cost optimisation and lightweight design. This company is not only on the lookout for complete assembly solution potentials though, but also pays
attention to lightweight design opportunities that, as demonstrated
by the example of joining techniques, can be successfully utilized
by multiplicators such as EJOT.
First made of steel, then aluminium and now plastics… “This could
be seen as the ultimate stage of evolution in innovative material
utilization”, is the opinion expressed by the joining technology specialist EJOT
on using plastics for screws, following the presentation of utilisable samples by
BARLOG plastics / BaHsys. The samples were modelled on the EJOT Delta
PT screw concept. Upon completion of the first series of tests, the specialists
have confirmed that these joining elements made of HT-PPA Grivory HTV-5H1
from EMS with 50 % fibre glass reinforcement, a thermoplastic building material, are technically safe. The same specialists anticipate “far-reaching potential
for lightweight design”. This screw is about 80 % lighter than its steel counterpart. But it is still necessary to think of ideas for integrating additional functions. Next to virtually conventional screw models, another type of screw with
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an additional function will therefore drop out of the running injection moulding
machine at the K. With these screws, interested trade fair visitors will be invited
to screw together an assembly destined “for a good purpose”. The production of
these innovative screws, their assembly suitability and special fitness for use in
lightweight components will be demonstrated at this year’s “K” from 27th October
to 3rd November in Düsseldorf, hall 6 stand D 76 (Joint NRW stand).
tooling and injection moulding of prototypes and pilot series from the material
selected for series production, with the use of suitable process technology.
BARLOG plastics GmbH, D-51766 Engelskirchen / Germany specializes in highperformance plastics and, together with these materials, supplies the ideas to its
customers and supports them in their technical implementation if desired. Metal
substitutes are the company’s core competence. Together with its technology
partner, BaHsys GmbH & Co. KG, this company offers feasibility studies, prototypes ready for series production and pilot series injection-moulded from the
planned materials in a matter of days.
Prototypes based on CAD data sets made available to us, high-precision plastics
parts and assemblies that are ready for series production, are used for a great
variety of applications such as:
Our protosys® specialists will also be glad to take care of subsequent assembly
and application of planned surface treatments, such as laser marking, varnishing
and chrome plating if desired. You can also rely on our experience in the area
of logistics.
* functional parts and assemblies for the automotive industry
* fittings for sanitary installations
* electrical and mechanical engineering
* healthcare and medical appliance technology
Product Overview
02.01.010
High-performance metal substitutes and integrated production of magnets embedded in plastics are part of our core competencies.
02.03.002
02.03.002
protosys® prototyping and pilot series
02.03.006
appliance
Turning your product idea into a functional article is the task of our protosys®
business area. As a service specialist in the entire field of plastics application
development, we will support you with our know-how from the idea to commercial
production – strictly according to your requirements and wishes.
02.03.012
02.03.014
industry
Product Details
02.01.010
The protosys® service chain begins with feasibility studies, design service, simulations and FEM calculations. This is followed by the production of prototype
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of logistics.
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02.03.006
Plastics products and parts for electro-/household appliance
of logistics.
02.03.012
of logistics.
02.03.014
Plastics products and parts for food processing industry
of logistics.
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Very good fusion of the surface, excellent resistance to solvents, and an appealing look and feel.
BASF SE
Address
Carl-Bosch-Str. 38
67056 Ludwigshafen
Germany
Phone
+49 621 6042239
Fax
+49 621 6049497
Internet address
www.plasticsportal.eu
E-Mail
plas.com@basf.com
Stand
Hall 05, C21 (Page 780)
Company News
09/23/2010
por transportiert, gelagert, verarbeitet und recycelt werden kann. Durch die
hohe Rissbeständigkeit ist er mehrfachstoß-sicher und eignet sich deshalb vor
allem als Transportverpackung für hochwertige, stoßempfindliche Elektro- und
Elektronik-Produkte. Im Vergleich zu Wettbewerbsprodukten besitzt E-por zudem einen sehr niedrigen Treibmittelgehalt. Weitere Informationen finden Sie
unter www.plasticsportal.de/k2010.
Sehr gute Verschweißung der Oberfläche, exzellente Lösemittelbeständigkeit,
hohe Rissbeständigkeit sowie ansprechende Optik und Haptik.
09/23/2010
New PBT with strongly improved laser transparency
BASF presents the new plastic Ultradur® LUX, which
demonstrates that in contrast to all experts’ opinions
polybutylene terephthalate (PBT) can be well laser
welded. By modifying the polymer morphology, the
researchers succeeded in increasing the laser transparency of PBT from 30 to 60 %. A PBT with such a
high and constant laser transparency is unique in the
market. Coevally the processing window becomes a lot wider. Further information: www.plasticsportal.de/k2010.
BASF SE
First Viscoelastic Foam with all the Advantages of the
Classical Styropor
BASF has developed the new foam E-por®. It is the
first tough-elastic, crack-resistant foam which can be
transported, stored, processed and recycled like traditional Styropor. Because of its high crack-resistance it
is multishock-safe and therefore well-suited for being
used as transport packaging for high-quality, shocksensitive electrical and electronics products. Compared to rival products, E-por has a very low blowing agent content. Further
information: www.plasticsportal.de/k2010.
Mit dem neuen Kunststoff Ultradur® LUX kann die BASF zeigen, dass sich
Polybutylenterephthalat (PBT), entgegen der Meinung der Fachwelt gut laserschweißen lässt. Mit einer Modifikation der Morphologie des Polyesters gelang
es den Forschern, die Lasertransparenz von 30 auf etwa 60 % zu steigern. Ein
PBT mit einer so hohen und gleichzeitig konstanten Lasertransparenz ist bisher
im Markt nicht bekannt und ermöglicht nun viel höhere Schweißgeschwindigkeiten.
Gleichzeitig wird das Prozessfenster erheblich breiter. Weitere Informationen
Higher welding speed is possible by the use of a PBT with a high and constant
laser transparency.
Höhere Schweißgeschwindigkeiten durch ein PBT mit einer hohen und gleichzeitig konstanten Lasertransparenz.
Die BASF hat den neuen Schaumstoff E-por® entwickelt. Er ist der erste
zäh-elastische, rissbeständige Schaumstoff, der genau wie klassisches Styro-
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09/23/2010
BASF enters the long glass-fiber polyamide market
Kajaks, aber auch Tanks aller Art und Transportbehälter. Weitere Informationen
With the product family Ultramid® Structure LF BASF
enters the market for long-glass fiber reinforced (LF)
polyamides. These highly loadable materials will help
to substitute even more metal and thus contribute
to lightweight construction. The specific property of
these plastics is their capability to form three-dimensional glass fiber networks during injection molding which gives the component its unique mechanical performance. The new high performance polyamides will be applicable
in the automotive industries, but also in other fields. Further information:
www.plasticsportal.de/k2010.
Mit der Produktfamilie Ultramid® Structure LF steigt die BASF in den Markt für
Polyamide mit Langglasfaser-Verstärkung (LF) ein. Die hochbelastbaren Materialien werden dabei helfen, noch mehr Metall zu ersetzen und damit zum Leichtbau beizutragen. Die besondere Eigenschaft der Kunststoffe besteht darin, dass
sie während des Spritzgießens ein dreidimensionales Glasfasernetzwerk ausbilden, welches dem Bauteil seine außergewöhnliche mechanische Leistungsfähigkeit verleiht. Anwendungen sind im Fahrzeugbau aber auch anderswo zu
finden. Weitere Informationen unter www.plasticsportal.de/k2010.
Unique opportunities for replacing metal with Ultramid® Structure.
Einzigartige Möglichkeiten beim Metallersatz mit Ultramid® Structure.
09/23/2010
New additive system for rotational sintering
Researchers at BASF have developed the additive Irgastab® RM 68 especially for plastics that are processed by means of rotational sintering. The patented
combination of stabilizers optimizes the sintering process, improves the quality of the end product and helps
to save energy. Rotational molding is suitable for shaping large hollow articles made of plastic, especially polyethylene (PE). These include recreational equipment such as toys and kayaks but also all kinds of tanks
and containers. Further information: www.plasticsportal.de/k2010.
Patented combination of stabilizers optimizes the sintering process, improves
the quality of the end product and helps to save energy.
Patentierte Kombination verschiedener Stabilisatoren optimiert den Sinterprozess,
verbessert die Qualität des Endprodukts und hilft Energie einzusparen.
09/23/2010
UV absorber for durable outdoor applications
BASF’s new UV absorber CGX UVA 006 absorbs more
UV radiation than conventional products and is exceptionally light, heat and weather resistant and easy
to process. For manufacturers of transparent plastic
sheets and films made of polycarbonate, polyester or
acrylic glass, e.g. for winter gardens or roofs of large
shopping malls, the material offers higher productivity, less waste and less effort in cleaning the machines. Compared to standard solutions, with a service
life of up to 20 years the finished product is significantly more durable. Further
Der neue UV-Absorber CGX UVA 006 absorbiert mehr UV-Strahlung als herkömmliche Produkte und ist dabei äußerst licht-, wärme- und wetterbeständig sowie
gut zu verarbeiten. Den Herstellern transparenter Kunststoffplatten und -folien
aus Polycarbonat, Polyester oder Acrylglas (z.B. für Wintergärten, Dächer
großer Einkaufszentren), bietet das Material höhere Produktivität, weniger Ausschuss und geringeren Aufwand bei der Reinigung der Maschinen. Die Lebensdauer von bis zu 20 Jahren ist deutlich länger als mit konventionellen UVAbsorbern. Weitere Informationen unter www.plasticsportal.de/k2010.
New UV absorber for durable outdoor applications offers some decisive advantages: higher productivity, less waste and less effort in cleaning machines.
Neuer UV-Absorber für langlebige Außenanwendungen bietet entscheidende
Vorteile: Höhere Produktivität, weniger Ausschuss, geringerer Aufwand bei der
Reinigung der Maschinen.
Speziell für Kunststoffe, die im Rotationssinterverfahren verarbeitet werden,
haben BASF-Forscher das Additiv Irgastab® RM 68 entwickelt. Die patentierte Kombination verschiedener Stabilisatoren optimiert den Sinterprozess,
verbessert die Qualität des Endprodukts und hilft, Energie einzusparen. Das
Rotationssintern eignet sich dazu, große Hohlkörper aus Kunststoff, vor allem
aus Polyethylen (PE), zu formen. Dazu gehören Freizeitartikel wie Spielzeug,
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09/23/2010
Ultramid family with improved flow behavior now
complete
ab. Andere Produkte bei der Öl- und Gasförderung auf See sind die druckfesten Isolierungen an Tiefseetaucherglocken, die Auftriebskörper für PipelineRohre und die Wärmedämmung der Ölpipelines selbst. Stets kommt es auf
Temperatur- und Salzwasserbeständigkeit, auf Zähigkeit, Elastizität und Druckfestigkeit an. Weitere Informationen unter www.plasticsportal.de/k2010.
BASF is now completing its line of flow-optimized Ultramid®
grades and introducing Ultramid B3WG6 High Speed, it’s the
first High-Speed grade of its polyamide 6 compounds. In this
case, among other things, the optimized flow characteristics
of the resin permit a cost-effective production for huge underthe-hood parts. The reduction in heating energy and in cycle
time - due to the lower processing temperature - improve the
energy efficiency during injection molding. Further information:
In spite of all efforts made searchig for renewable sources of energy, fossil fuels such as oil and gas will coninue to be indispensable in the coming decades.
Tapping into offshore sources will play an increasingly significant role. Therefore BASF Polyurethanes has been consistently expanding its expertise by developping customized polyurethane systems for offshore applications and offers
two-component PU systems with excellent properties.
Die BASF komplettiert ihr Portfolio an fließverbesserten Ultramid® - Typen
und stellt mit Ultramid B3WG6 High Speed die erste High-Speed-Variante
ihrer Polyamid 6-Compounds vor. In diesem Fall gestattet die optimierte
Fließfähigkeit des Kunststoffs eine deutliche Qualitätsanhebung im Spritzguss
solcher Bauteile, bei denen es vor allem auf das Einhalten kleinster Positionstoleranzen ankommt. Die Reduzierung der Heizarbeit als auch der Zykluszeit
- bedingt durch die kältere Verarbeitung - verbessern die Energieffizienz beim
Spritzguss. Weitere Informationen unter www.plasticsportal.de/k2010.
Considerable improvement in the quality of such injection molded parts where
maintaining tight position tolerances is essential.
Qualitätsanhebung im Spritzguss solcher Bauteile, bei denen es vor allem auf
das Einhalten kleinster Positionstoleranzen ankommt.
09/23/2010
Polyurethanes in the offshore oil and gas industry
One of the many offshore applications of polyurethanes
from BASF Polyurethanes are VIV strakes. They are
enveloping the pipelines rising from the seabed and
dissipate strong horizontal current forces. Other applications of BASF’s PU in offshore oil and gas industry
are pressure-resistant insulations on deep sea diving
bells, subsea buoys for pipeline parts and the thermal
insulation of the pipelines themselves. In all cases the important material properties are temperature and seawater resistance, toughness, elasticity and pressure resistance. Further information: www.plasticsportal.de/k2010.
Eine der vielen Offshore-Anwendungen von Polyurethanen der BASF Polyurethanes
sind so genannte Vortex Induced Vibration (VIV) Strakes. Sie umgeben die
aufstrebenden Pipeline-Rohre auf See und leiten starke horizontale Kräfte
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Trotz der Bemühungen, regenerative Energiequellen zu erschließen, werden
fossile Energieträger wie Öl und Gas in den nächsten Jahrzehnten unentbehrlich sein. Die Erschließung von Offshore-Quellen spielt hierbei eine immer
wichtigere Rolle. Daher hat die BASF Polyurethanes ihre Expertise im OffshoreBereich stetig ausgebaut und bietet Zwei-Komponeneten-PUR-Gießsysteme
mit ausgezeichneten Eigenschaften an.
09/23/2010
Lightweight and sturdy EuroPallets thanks to SB
polymer
The new transport pallets made of plastic and put on
the market by Hirsch Group, Glanegg, Austria, are hygienic, safe, easy to clean and weigh up to 75 % less
than conventional wooden EuroPallets, because they
consist of expanded polystyrene (EPS). Their protecting and robust skin contains Styroflex® 2G66, a highly
elastic styrene butadiene copolymer (SBC). It protects
the new palettes against damage. For the purposes of lower transport costs and
low CO�- emissions the pallets represent a decisive environmental advantage.
Further information: www.plasticsportal.de/k2010.
Die neuen Kunststoff-Transportpaletten, die die Hirsch-Gruppe, Glanegg, Österreich, derzeit auf den Markt bringt, sind hygienisch, sicher, einfach zu reinigen
und bis zu 75% leichter als konventionelle Holzpaletten, denn sie bestehen aus
expandiertem Polystyrol (EPS). Ihre schützende und robuste Hülle enthält Styroflex® 2G66, ein hochelastisches Styrol-Butadien-(SB)-Copolymer. Sie schützt
die neue Palette vor Beschädigungen. Im Sinne niedriger Transportkosten und
geringer CO�- Emissionen ergibt sich auch ein erheblicher Umweltvorteil. Weitere Informationen unter www.plasticsportal.de/k2010.
The new transport pallets made of plastic are hygienic, safe, easy to clean and
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weigh up to 75% less than conventional wooden EuroPallets.
Die neuen Kunststoff-Transportpaletten sind hygienisch, sicher, einfach zu reinigen und bis zu 75% leichter als konventionelle Holzpaletten.
09/23/2010
New heat-resistant polyamide
With Ultramid® Endure BASF has now developed a
highly heat-stabilized and cost-competitive specialty
polyamide that satisfies the demanding temperature
requirements for components in the charge-air stage.
Innovative stabilization technology gives the new material greater resistance to heat aging. This represents
another step in the direction of metal substitution and modern lightweight construction. Possible applications include all components of the charge-air stage
of diesel engines. Further information: www.plasticsportal.de/k2010.
Die BASF bringt mit Ultramid® Endure ein besonders gut wärmestabilisiertes
und preislich wettbewerbsfähiges Spezialpolyamid heraus, das die hohen Temperaturanforderungen für Bauteile der Ladeluftstrecke erfüllt. Eine innovative
Stabilisierungstechnologie verleiht dem neuen Material eine hohe Wärmealterungsstabilität. So ist ein weiterer Schritt in Richtung Metallersatz und moderner Leichtbau getan. Mögliche Anwendungen sind alle Bauteile im Ladeluftbereich von Dieselmotoren. Weitere Informationen unter www.plasticsportal.de/k2010.
Heat-stabilized, cost-competitive specialty polyamide; greater resistance to heat
aging
Gut wärmestabilisiertes und preislich wettbewerbsfähiges Spezialpolyamid; hohe
Wärmealterungsstabilität
09/23/2010
Applicator made from Ultraform® PRO simplifies
cruciate ligament operation
The development of the Resofix® Plus by the company
Resoimplant in Regensburg, Germany took only about
one year. During an operation for a torn cruciate ligament, the disposable applicator ensures safe and gentle attachment of a new tendon in the knee. The handle and the handle’s tip are molded out of Ultraform®
PRO from BASF. The custom-formulated POM (polyoxymethylene) grades for
the medical device market offer, in addition to the classical material properties
of the plastic, a comprehensive medical technology-service package. Further
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Nur etwa ein Jahr hat die Entwicklung des Resofix® Plus der Firma Resoimplant
aus Regensburg gedauert. Der Einweg-Applikator sorgt bei einer KreuzbandOperation für die sichere und schonende Befestigung einer neuen Sehne im
Knie. Der Griff und die Griffspitze bestehen aus Ultraform® PRO der BASF. Die
eigens für die Medizintechnik zugeschnittene POM-Variante (Polyoxymethylen)
bietet neben den klassischen Materialeigenschaften des Kunststoffs ein umfangreiches medizintechnisches Servicepaket für den Anwender. Weitere Informationen unter www.plasticsportal.de/k2010.
POM grades offer a comprehensive medical technology-service package including Drug Master Files, compliance with medical device standards and tests, biocompatibility tests and most consistent formulations.
POM-Variante bietet umfangreiches medizintechnisches Servicepaket für den
Anwender: Drug Master Files, Nachweis bzw. Einhaltung medizintechnischer
Normen und Prüfungen, Biokompatibilitätstests, höchstmögliche Rezepturkonstanz.
09/23/2010
New PA 6.10 grades: the Ultramid Balances line grows
BASF’s polyamide 6.10 range is being joined by additional grades. Three new glass fiber-reinforced PA
6.10 grades and a blend from PA 6.10 and PA 66
now complement the product Ultramid® S3K Balance.
Among the extraordinary properties of this polyamide
family, which is based on the renewable resource castor oil by up to 63 %, are its hydrolysis and stress crack
resistance. It is interesting for the housings of electronic parts which are in contact with aggressive media, but also oil filters and oil pans. Further information:
Zum unverstärkten Ultramid® S3K Balance kommen nun drei neue, glasfaserverstärkte PA 6.10-Produkte hinzu, sowie ein Blend aus PA 6.10 und PA 66.
Zu den herausragenden Eigenschaften dieser Polyamid-Familie, die bis zu 63
% auf dem nachwachsenden Rohstoff Rizinusöl beruht, gehören ihre Hydrolyseund Spannungsrissbeständigkeit gegenüber Chemikalien wie Kalzium- und
Zinkchlorid. Die Produkte eignen sich für die Gehäuse von Elektronikbauteilen,
die mit aggressiven Medien in Kontakt kommen, aber auch für Ölfilter und Ölwannen. Weitere Informationen unter www.plasticsportal.de/k2010.
New polyamide family is characterized by high hydrolysis and stress crack resistance aginst chemicals.
Neue Polyamid-Familie zeichnet sich durch hohe Hydrolyse- und Spannungsriss-
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beständigkeit gegenüber Chemikalien aus.
09/23/2010
09/23/2010
Polyurethane insulation for efficient cold chain energy balance of 16:1
BASF Polyurethanes offers three innovative insulation
materials for the cold chain: Elastocool® for refrigerators and freezers, Elastopir® for refrigerated warehouses, and Elastopor® for freezer chests, truck trailers and transportation boxes. An eco-efficiency analysis shows the efficiency of different polyurethane (PU)
thicknesses in the cold chain: if all storage facilities and vehicles were to be
insulated by PU foam with optimized thickness, 16 times more energy could
be saved than is needed for the production of the insulating material. Further
Die BASF Polyurethanes bietet drei innovative Dämmmaterialien für die Kühlkette: Elastocool® für Kühl- und Gefrierschränke, Elastopir® für Kühlhäuser
sowie Elastopor® für Gefriertruhen, Lkw-Aufbauten und Transportboxen. Mit
Hilfe einer Ökoeffizienz-Analyse wurde die Wirksamkeit unterschiedlicher DämmDicken in der Kühlkette genau untersucht: Werden alle Lager und Transporter
mit dämmdickenoptimiertem Polyurethan-Schaum gedämmt, lässt sich 16 mal
mehr Energie einsparen, als die Produktion des Dämmstoffes benötigt. Weitere
Informationen unter www.plasticsportal.de/k2010.
Insulation not only has to be efficient in terms of retaining the cold but also has
to behave sustainable when it comes to energy and material consumption. For
these purposes BASF Polyurethanes has three innovative system groups in its
portfolio, that are characterized by low thermal conductivity and good physical
properties.
Dämmung muss nicht nur in Bezug auf den Erhalt der Kälte effizient sein, sie
muss sich auch nachhaltig im Energie- und Materialbedarf verhalten. Die BASF
Polyurethanes hat zu diesem Zweck drei innovative System-Gruppen im Portfolio, die sich durch niedrige Wärmeleitfähigkeit und gute physikalischen Eigenschaften auszeichnen.
TPU cable sheating for new vehicle drives
Cables and lines, used in the automobile industrie, now have to
meet the requirements of temperature class D of German standard LV 112 and, for instance, must be able to pass the winding
test even after 3000 hours of hot-air ageing at 150°C [302°F].
The reasons for this are the higher voltages and currents that
occur in vehicles with electric motors. The new Elastollan® 785
A 10 HPM, a TPU made by BASF Polyurethanes, meets these
requirements, while it is less costly and easier to process than
the alternative materials. Further information: www.plasticsportal.de/k2010.
Kabel und Leitungen müssen im Automobilbau heute die Anforderungen der
Temperaturklasse D der deutschen Norm LV 112 erfüllen und beispielsweise
den Wickeltest noch nach 3000 Stunden Heißluftalterung bei 150°C bestehen.
Grund sind die höheren Spannungen und Ströme, die bei neuen Fahrzeugen mit
Elektromotor auftreten können. Das neue Elastollan® 785 A 10 HPM, ein TPU
der BASF Polyurethanes, besteht diese hohen Anforderungen und ist im Vergleich zu alternativen Werkstoffen kostengünstiger und leichter zu verarbeiten.
Weitere Informationen zu Innovationen unter www.plasticsportal.de.
In response to ever-stricter emission limits, BASF Polyurethanes has added a
new, cost-efficient and easy to process TPU to its product line for cable sheating.
Als Antwort auf immer strengere Emissionsgrenzen hat die BASF Polyurethanes
ihr Sortiment für Kabelummantelungen um ein neues, kostengünstiges und leicht zu verarbeitendes TPU erweitert.
09/23/2010
New two-component concept for SB copolymers
For the manufacture of shrink film which goes into the
packaging market for consumer goods, BASF has developed a further improved version of its plastic Styrolux®. By mixing the company’s new SBC polymers
Styrolux T and Styrolux S, which are part of an innovative two-component system, processors can shape
their individually property profile. The resulting “Styrolux T/S” works well for the shrink-wrapping via sleeve technology, but also for
processing via ROSO technique using glueable labels in the form of a band.
Further information: www.plasticsportal.de/k2010.
Zur Herstellung von Schrumpffolien für den Konsumgüter-Verpackungsmarkt
hat die BASF nochmals verbesserte Kunststofftypen der Marke Styrolux® entwickelt. Mit den beiden SBS-Blockcopolymeren Styrolux T und Styrolux S bi-
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etet das Unternehmen ein neuartiges Zweikomponenten-System an, aus dem
sich der Verarbeiter sein individuelles Eigenschaftsprofil selbst abmischen kann.
Folien aus dem resultierenden „Styrolux T/S“ eignen sich gut für die SleeveTechnik aber ebenso für die ROSO-Methode, die mit zu verklebender Rundumetikettenfolie arbeitet. Weitere Informationen unter www.plasticsportal.de/k2010.
An innovative two-component system, processors can shape their individually
property profile.
Ein neuartiges Zweikomponenten-System, aus dem sich der Verarbeiter sein
individuelles Eigenschaftsprofil selbst abmischen kann.
09/23/2010
New styrene copolymers for attractive surfaces
09/23/2010
Two polyurethane families for esthetic and haptic
requireme
One of two further improved polyurethane solutions for especially high end surfaces in automotive cockpits is Elastoskin®, the aromatic In-Mould-Coating spray skin. In its
newest version it is up to 20 % lighter and more cost efficient. The second solution is the hard-phase-modified
aliphatic thermoplastic polyurethane Elastollan®, from BASF
Polyurethanes as well. The material which recently achieved
better flow properties and a broader spectrum of available
hardness, creates tactile sensations from velvet to leather-like. Further information: www.plasticsportal.de/k2010.
Eine von zwei weiter verbesserten Polyurethan-Lösungen der BASF Polyurethanes
für besonders hochwertige Oberflächen im Automobilcockpit ist Elastoskin®,
eine aromatische IMC-Sprühhaut. In ihrer neuesten Ausprägung ist sie bis
zu 20 % leichter und kostengünstiger geworden. Die zweite Lösung ist das
hartphasenmodifizierte aliphatische thermoplastische Polyurethan Elastollan®,
ebenfalls von BASF Polyurethanes. Das samtartige bis lederähnliche Material
verfügt seit kurzem über eine verbesserte Fließfähigkeit und ein breiteres Härtespektrum. Weitere Informationen unter www.plasticsportal.de/k2010.
There are quite a few novelties in the product groups Terblend®
N (ABS/PA), Terluran® HH (HH-ABS) and Luran® S (ASA) in
BASF’s line of styrene copolymer specialties: materials sporting even more attractive surfaces, higher temperature or UV
resistance, and improved flowability. The new Luran S 767
KE, e.g., can be efficiently co-extruded with PVC at low melt
temperatures. In addition BASF is presenting three improved
Terblend N grades, one of these grades being the new ASA/PA
blend. Further information: www.plasticsportal.de/k2010.
Bei den Produktgruppen Terblend® N (ABS/PA), Terluran® HH (HH-ABS) und
Luran® S (ASA) im Sortiment der Styrolcopolymer-Spezialitäten der BASF gibt
es mehrere Neuigkeiten: Materialien mit noch attraktiveren Oberflächen, mit
höherer Temperatur- oder UV-Beständigkeit und mit verbesserter Fließfähigkeit.
Das neue Luran S 767 KE zum Beispiel lässt sich bei niedrigen Massetemperaturen gut mit PVC coextrudieren. Daneben bietet die BASF drei Terblend NTypen mit verbesserten Eigenschaften an, eine davon ist der neue ASA/PABlend. Weitere Informationen unter www.plasticsportal.de/k2010.
New materials sporting even more attractive surfaces, higher temperature or UV
resistance, and improved flowability.
Neue Materialien mit attraktiven Oberflächen, mit höherer Temperatur- oder UVBeständigkeit und mit verbesserter Fließfähigkeit.
Two further improved polyurethane solutions provide esthetic and haptic highlights in car interiors.
Zwei weiter verbesserte Polyurethan-Lösungen sorgen für optische und haptische Highlights im Autombilcockpit.
09/23/2010
New light stabilizer extends agricultural film life
With the aid of inexpensive greenhouses made from plastic film
agricultural output per hectare can be increased considerably.
A new light stabilizer by BASF can help improve these greenhouses and make them even more effective: Tinuvin® XT 200
protects film made from thermoplastic resins against overly fast
degradation when exposed to UV light and to severe concentrations of agricultural chemicals like elemental sulfur. Further
Mit Hilfe von kostengünstigen Treibhäusern aus Kunststoff-Folien lässt sich der
landwirtschaftliche Ertrag pro Hektar deutlich erhöhen. Ein neuer Lichtstabilisator der BASF kann helfen, solche Treibhäuser weiter zu verbessern und noch
effektiver zu machen: Tinuvin® XT 200 schützt Folien aus thermoplastischen
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Kunststoffen vor dem zu schnellen Abbau durch UV-Licht. Zugleich stellt das
wirtschaftliche Additiv die Leistungsfähigkeit der Folien in Gegenwart von Agrarchemikalien wie Schwefel über einen längeren Zeitraum sicher. Weitere Informationen unter www.plasticsportal.de/k2010.
A new light stabilizer by BASF can help improve inexepensive greenhouses
made of plastic film and make them even more effective.
Ein neuer Lichtstabilisator der BASF kann helfen, kostengünstige Treibhäuser
aus Kunststoff-Folien weiter zu verbessern und noch effektiver zu machen.
09/23/2010
New flame-retardant engineering plastics
09/23/2010
Test specimen for investigating weld characteristics
and fatigue strength
After the ULTRASIM™ Fatigue Tester BASF has now completed its second test specimen for the investigation of fatigue
phenomena on highly loaded plastic components: The ULTRASIM Weld Tester is made of Ultramid®, too and together
with the simulation instrument ULTRASIM it shall help to determine and predict the fatigue strength of weld joints under
different long-term loads. With this comprehensive investigation concept BASF is entering new market territory. Further
Plastics for the electrical and electronics markets (E/E)
must satisfy a combination of different requirements.
Minimal flammability and a light natural color are two
of these, while absence of halogen-containing flame
retardants that make disposal in compliance with European directives (WEEE) difficult is also important in
many cases. This combination of requirements is satisfied by the new polyamide and PBT grades Ultramid® FRee (PA) and Ultradur® FRee (PBT) available from BASF for the E/E markets. Further information:
Nach dem ULTRASIM™ Fatigue Tester kann die BASF nun den zweiten Prüfkörper für die Ermittlung von Ermüdungsphänomenen an hoch belasteten Kunststoffbauteilen präsentieren: Der ULTRASIM Weld Tester, der ebenfalls aus
Ultramid® besteht, soll in Zukunft dabei helfen, speziell die Betriebsfestigkeit
von Schweißnähten unter verschiedensten Langzeit-Belastungen zu bestimmen
und mit Hilfe des Simulationsinstruments ULTRASIM auch vorherzusagen. Mit
diesem umfassenden Untersuchungskonzept betritt die BASF im Markt Neuland. Weitere Informationen unter www.plasticsportal.de/k2010.
Kunststoffe für den Elektro- und Elektronikmarkt (E/E) müssen eine Kombination der unterschiedlichsten Anforderungen erfüllen. Hoher Flammschutz und
geringe Eigenfarbe gehören dazu, aber in vielen Fällen auch der Verzicht auf
halogenhaltige Flammschutzmittel, die eine Entsorgung nach den europäischen Richtlinien (WEEE) erschweren. Diese Eigenschaftskombination bringen die neuen Polyamide und PBT-Werkstoffe der BASF Ultramid® FRee (PA)
und Ultradur® FRee (PBT) für den E/E-Markt mit. Weitere Informationen unter
Bestimmung und Vorhersage der Betriebsfestigkeit von Schweißnähten unter
verschiedensten Langzeit-Belastungen.
The new polyamide and PBT grades available from BASF satisfy a combination
of different requirements: minimal flammability, light natural color, absence of
halogen-containing flame retardants.
Die neuen Polyamide und PBT-Werkstoffe der BASF erfüllen eine Kombination
der unterschiedlichsten Anforderungen: Hoher Flammschutz, geringe Eigenfarbe, Verzicht auf halogenhaltige Flammschutzmittel.
Determination and prediction of the fatigue strength of weld joints under different
long-term loads.
09/23/2010
ULTRASIM and Ultramid in use with fire extinguisher
valves
The main valve body for a new generation of fire extinguishers is molded out of the special polyamide grade
Ultramid® T KR 4355 G10 from BASF and represents
the first volume application of this new grade of plastic. This challenging plastic part replaces a brass predecessor in the main valve of the extinguisher. The
valve withstands offers high strength as well as dimensional stability. Tyco
Fire Suppression & Building Products is already using the new plastic valve
which was developed by Multiplast in Moosbrunn, Austria. Further information:
Der zentrale Ventilkörper einer neuen Feuerlöschergeneration besteht aus dem
Spezialpolyamid Ultramid® T KR 4355 G10 der BASF und stellt die erste Serien-
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anwendung dieser neuen Kunststofftype dar. In der Zentralarmatur des Geräts
ersetzt das anspruchsvolle Bauteil aus Kunststoff ein Vorgängerventil aus Messing. Die Armatur zeichnet sich durch Druckbeständigkeit, hohe Festigkeit und
Maßhaltigkeit aus. Tyco Fire Suppression & Building Products hat die von Multiplast, Moosbrunn, entwickelte neuartige Kunststoffarmatur bereits im Einsatz.
Weitere Informationen unter www.plasticsportal.de/k2010.
The valve withstands offers high strength as well as dimensional stability.
Die Armatur zeichnet sich durch Druckbeständigkeit, hohe Festigkeit, Maßhaltigkeit
aus.
09/23/2010
The melamine resin foam Basotect as an
energy-efficient material
The BASF foam Basotect® offers economical and
tailor-made solutions for using energy and materials in
a way that conserves resources. The areas of construction and mobility derive particular benefit from the
potential of this thermally insulating and lightweight
material for boosting energy efficiency: now, Basotect
is increasingly used in solar thermal energy systems,
in air-conditioning technology, and in high-speed trains. Further information:
Der BASF-Schaumstoff Basotect® bietet wirtschaftliche und maßgeschneiderte
Lösungen für den ressourcen-schonenden Einsatz von Energie und Material. Von diesem Potential des wärmedämmenden und leichten Werkstoffs zur
Steigerung der Energieeffizienz profitieren besonders die Bereiche Bau und Mobilität: Hier findet Basotect jetzt verstärkt Einsatz in Solarthermieanlagen, in der
Klimatisierungstechnik und in Hochgeschwindigkeitszügen. Weitere Informationen unter www.plasticsportal.de/k2010.
In view of the rising demands on energy efficiency and the efficient use of materials, thermal insulation and lightweight construction are becoming increasingly important. The BASF melamine resin foam Basotect® offers economical,
tailor-made solutions for using energy and materials in a way that conserves
resources.
Angesichts steigender Anforderungen an Energie- und Materialeffizienz werden
Wärmedämmung und Leichtbau immer wichtíger. Der Melaminharzschaumstoff Basotect® bietet wirtschaftliche, maßgeschneiderte Lösungen für den
ressourcenschonenden Einsatz von Energie und Material.
09/23/2010
New online tool for easy calculation of ecological
footprint
Is it better for a new shopping bag to be made of a
biodegradable plastic such as BASF’s Ecovio® or of a
conventional plastic? A comprehensive eco-efficiency
analysis takes many weeks and is quite complex. With
its Ecovio® Eco-Efficiency Compass (E³C), BASF is
now providing an online tool with which the pros and
cons of the individual product options can be quickly
and efficiently identified so that they can be discussed with customers. Energy
and material balances on to the whole life cycle of the plastic product are included. Further information: www.plasticsportal.de/k2010.
Soll eine neue Einkaufstüte besser aus einem bioabbaubaren Kunststoff wie
Ecovio® der BASF oder einem konventionellen Kunststoff gefertigt werden?
Eine umfassende Ökoeffizienz-Analyse ist komplex und dauert viele Wochen.
Mit dem Ecovio® Eco-Efficiency Compass hat die BASF ein Online-Werkzeug
erarbeitet, mit dessen Hilfe man schnell und effizient die Vor- und Nachteile
der einzelnen Produktalternativen bestimmen und mit dem Kunden diskutieren
kann. Energie- und Stoffbilanzen des gesamten Lebensweges eines Produkts
werden berücksichtigt.Weitere Informationen unter www.plasticsportal.de/k2010.
New online tool that includes the energy and material balances, ranging from
manufacture of the plastic product, on to its life cycle, and all the way to its
disposal.
Neues Online-Werkzeug, das die gesamten Energie- und Stoffbilanzen von der
Herstellung des Kunststoffprodukts über seinen Lebensweg bis hin zu seiner
Entsorgung.
09/23/2010
New BASF pigment for high-performance plastics
BASF’s new inorganic orange pigment Sicopal® Orange K 2430
is heat-resistant and weathering-resistant. It thus offers a property profile that is new for orange pigments, making it ideal for
high-temperature plastics and outdoor use. This pigment is also
very attractive from the standpoint of processing technology: it
is easy to disperse and facilitates the production of thin-walled
molded parts without displaying any warpage. Sicopal® Orange
has been approved in the European Union for food packaging
and for use in toys. Further information: www.plasticsportal.de/k2010.
Das neue anorganische Orange-Pigment Sicopal® Orange K 2430 der BASF ist
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hitzebeständig und witterungsstabil. Es bietet damit eine für Orange-Pigmente
neuartige Eigenschaftskombination, so dass es sich vor allem für Hochtemperaturkunststoffe und Außenanwendungen eignet. Auch verarbeitungstechnisch
überzeugt das Farbmittel: Es lässt sich sehr leicht dispergieren und ermöglicht
damit eine verzugsfreie Fertigung dünnwandiger Formteile. Sicopal® Orange
ist in der EU für Lebensmittelverpackungen und den Einsatz in Kinderspielzeug
zugelassen. Weitere Informationen unter www.plasticsportal.de/k2010.
Product Overview
BASF SE
01.01.001
Acetal homo and copolymers (POM)
01.01.004
Acrylonitrile/butadiene/styrene polymerblends
Orange pigment offers a new property profile for high temperature plastics and
outdoor use.
01.01.005
Acrylonitrile/butadiene/styrene copolymers
Orange-Pigment bietet neuartige Eigenschaftskombinationen für Hochtemperaturkunststoffe und Außenanwendungen.
01.01.006
Acrylonitrile/styrene/acrylic ester copolymerblends
01.01.007
Acrylonitrile/styrene/acrylic ester copolymers (ASA)
01.01.009
Barrier plastics
01.01.010
Biologically degradable plastics
01.01.017
01.01.043
Polyamides blends
01.01.049
Polyamide PA 06
01.01.050
Polyamide PA 610
01.01.053
Polyamide PA 66
01.01.054
Polyamids PA 06-06-T
01.01.063
Polybutylene terephthalate (PBT)
01.01.064
Polybutylene terephthalate blends
01.01.072
Polyethersulfone (PES, PESU)
09/23/2010
Polyurethane rigid foam protects Nord Stream pipeline
Since April 2010, the first gas lines of the Nord Stream
Pipeline Project are being laid. They are to run in
the Baltic sea, between Vyborg/Russia and Greifswald/Eastern
Germany. Approximately 200,000 pipes will have to
be welded together, and 200,000 weld seams will
have to be sheathed and thus protected against damage. BASF Polyurethanes’ Elastopor® H, an opencell polyurethane rigid foam, has been selected to accomplish this mission.
It has been optimized in strength and processing speed. Further information:
Seit April 2010 werden die ersten Gasleitungen des Nord Stream-Projektes in
der Ostsee verlegt. Sie sollen zwischen Wyborg in Russland und Greifswald in
Ostdeutschland verlaufen. Rund 200.000 Pipelinerohre sind zu verschweißen,
etwa 200.000 Schweißnähte gilt es daher zu ummanteln, um sie vor Beschädigung zu schützen. Für diese Aufgabe wurde u.a. der offenzellige PolyurethanHartschaum Elastopor® H der BASF Polyurethanes ausgewählt, der hinsichtlich
Festigkeit und Verarbeitungsgeschwindigkeit optimiert ist. Weitere Informationen unter www.plasticsportal.de/k2010.
Owing to its optimized strength and processing speed the open-cell polyurethane
rigid foam Elastopor® H contributes to the success of the Nord Stream Pipeline
Project.
Dank optimierter Festigkeit und Verarbeitungsgeschwindigkeit trägt der offenzellige Polyurethan-Hartschaum Elastopor® H zum Gelingen des Nord StreamProjekte bei.
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01.01.088
Polyoxymethylne (POM) (s. acetal copolymers)
01.09.024
Polyurethanes
01.01.093
Polystyrene (PS)
01.10.002
Additives, other
01.01.094
Polystyrene expandable (EPS)
01.10.003
Additives for laser transmission welding
01.01.095
Polysulfone (PSU)
01.10.005
Adipates
01.01.119
Styrene/Butadiene-Blockcopolymer
01.10.007
Ageing stabilizers
01.01.120
Styrene/butadiene copolymers (SB)
01.10.016
Antioxidants
01.01.121
Styrene/acrylonitrile copolymers (SAN)
01.10.019
Antistatic agents
01.01.123
Styrene polymerblends
01.10.021
Azo pigments
01.01.125
Terlux M-ABS
01.10.028
Fire protection agents
01.02.008.01
Compounds of styrenic block copolymers (SEBS,
SBS, SIS?, TPE-S)
01.10.030
Colour pigments
01.10.038
Dispersing agents
01.02.008.02
Styrenic block copolymers SEBS, SBS, SIS?, TPE-S
(pure polymers)
01.10.040
Effect pigments
01.10.047
Masterbatches
01.10.048
Colourants
01.10.050
Dyestuffs, soluble
01.10.055
Functional pigments
01.10.057
Lubricants
01.10.071
Light stabilisers (s. UV stabilizers)
01.04.005
Melamine/formaldehyde foams (MF)
01.04.008
Polyethylene foams (PE)
01.04.016
Polypropylene-foams (EPP)
01.04.017
Polystyrene foams
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01.10.075
Matting agent
01.14.012
Paints, coatings
01.10.079
Montan waxes
02.05.068
Technical films
01.10.081
Nucleating agents
01.10.082
Optical brighteners
01.10.086
Pearlescent pigments
01.10.090
Phthalate plasticisers
01.10.091
Phthalocyanine pigments
01.10.105
Stabilizers
01.10.115
UV stabilizer
01.10.116
Processing machines
01.10.124
Waxes
01.10.126
Plasticiser
01.13.001
Adipic acid
01.13.002
AH-salt
01.13.012
Caprolactam
01.13.027
Hexmethylene diamind
01.14.001
01.14.002
Decorative films
BAUKU Troisdorfer Bau- und Kunststoff GmbH
Address
Industriegelände 9
51674 Wiehl
Germany
Phone
+49 2262 7207-0
Fax
+49 2262 7207-26
Internet address
www.bauku.de
E-Mail
service@bauku.de
Stand
Hall 15, D55 (Page 812)
Company News
10/15/2010
Biggest PP Sea Outfall Pipe Worldwide
A PP - high load profile pipe DN 3400 is delivered
to Wilhelmshaven, Germany, for a sea outfall line of
3.000 m length. The installation in the sea starts this
week and will be continued until March 2011. Of course
these pipes are produced on a PROFILLINE P-series
extrusion line, manufactured by bauku. Each pipe has
a single length of 5,5 m and is equipped with socket and spigot end. The pipes
are connected with the extrusion weld method to 50 m pipeline pieces and are
shipped into the sea. The single sections are jointed under water with a socket
and spigot end and a rubber ring.
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Product Overview
02.04.001.05
02.04.001.07
03.02.001.02.05
03.05.007
Address
Kaiser-Wilhelm-Allee
51368 Leverkusen
Germany
Extrusion lines for pipes and profiles
Phone
+49-214-30-1
Extrusion welders
Fax
+49-214-30388-10
Internet address
www.bayermaterialscience.com
E-Mail
info@bayermaterialscience.com
Stand
Hall 06, A75-1 (Page 784)
Product Details
02.04.001.07
Bayer MaterialScience AG, Communications
PROFILEEN PP High Load Pipe
The PROFILEEN PP High Load pipe is the biggest one
worldwide, produced from polypropylene. In Germany
the pipes are extruded up to an inside diameter of DN
3500, the biggest possible diameter for the machinery
is a DN 4000. The pipes can be used for different applications, the most important ones are the sewer technology, the water technology, the industry technology and the landfill technology.
The high stability combined with the low weight make the pipe number one in
efficiency.
Company News
10/22/2010
Rigid polyurethane foam for an effective refrigeration
chain
The exceptionally important role played by rigid polyurethane foams in the insulation alongside the refrigeration chain is set to become even more vital in the
future. With urbanization constantly increasing the distance foodstuffs need to
travel before they reach the consumer – particularly in the megacities of Asia
and Latin America – a functioning refrigeration chain is essential to safeguarding the supply of food to the inhabitants. Bayer MaterialScience is working hard
to further improve the insulating properties of rigid polyurethane foam systems
for use in the refrigeration chain.
Die überragende Bedeutung, die Polyurethan (PUR)-Hartschäume bereits bei
der Wärmedämmung im Bereich der Kühlkette haben, wird in Zukunft weiter
zunehmen. Denn der Weg von Lebensmitteln zum Verbraucher wird wegen
der Urbanisierung immer länger – insbesondere in den Megacities Asiens und
Lateinamerikas –, weshalb eine funktionierende Kühlkette zur Versorgung der
Bevölkerung mit Nahrungsmitteln unverzichtbar ist. Bayer MaterialScience arbeitet intensiv daran, die Dämmleistung von PUR-Hartschaumsystemen für die
Kühlkette weiter zu steigern, damit zum Beispiel Kühlgeräte noch effizienter werden.
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In the context of its EcoCommercial Building Program Bayer MaterialScience is
working with selected partners to develop integrated energy and material concepts for cold stores. Customized rigid polyurethane foams play a central role
in this process. The aim is to provide the know-how and technologies required
to construct cold stores as zero-emission buildings.
Development work is also focusing on adapting the polyurethane formulations
for rigid foams to new, more environmentally friendly blowing agents that have
a far lower ozone depletion potential and global warming potential.
Bayer MaterialScience entwickelt z. B. zusammen mit ausgesuchten Partnern
im Rahmen des EcoCommercial Building Program integrierte Energie- und Materialkonzepte für Kühlhäuser. Eine zentrale Rolle spielen dabei maßgeschneiderte PUR-Hartschäume. Ziel ist, das Know-how und die Technologien bereitzustellen, damit Kühlhäuser als Nullemissionsgebäude gebaut werden können.
Ein anderer Schwerpunkt der Entwicklungsarbeit liegt darauf, die PUR-Rezepturen
für Hartschäume an neue umweltfreundlichere Treibmittel anzupassen, die ein
deutlich geringeres Ozonabbau- und Treibhauspotenzial haben.
Bayer MaterialScience has published a news release on this development.
Bayer MaterialScience hat eine Presse-Information über diese Entwicklung
veröffentlicht.
09/08/2010
First humanoid robot of its kind with removable body
parts which still retain their functionality
”Myon” is the first humanoid robot of its kind in the world
whose body parts can be completely removed and reattached
while still retaining full functionality. It was jointly developed
by the Neurorobotics Research Laboratory at the Humboldt
University in Berlin, Frackenpohl Poulheim and Bayer MaterialScience. The polycarbonate Makrolon® from Bayer MaterialScience proved to be the ideal material for designing the
outer shell that gives the robot its esthetic appearance while
also protecting the sensitive electronics inside.
Der humanoide Roboter Myon ist der weltweit erste seiner Art, bei dem die
Körperteile während des Betriebs unter Beibehaltung aller Funktionen komplett abgenommen und wieder angeflanscht werden können. Er wurde vom
Labors für Neurorobotik der Humboldt-Universität Berlin zusammen mit Frackenpohl Poulheim und Bayer MaterialScience entwickelt. Deren Polycarbonat
Makrolon® erwies sich als idealer Werkstoff bei der Gestaltung der äußeren
Verschalung, die gleichermaßen für die ästhetische Gestalt des Roboters verantwortlich ist und dessen empfindliches elektronisches Innenleben schützt.
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The robot’s esthetic design and degree of mobility presented particular challenges when it came to selecting materials. The material must not impede the
overall functionality and it must be suitable for the creation of specific shapes.
During tests, the glass-fiber reinforced, exceptionally stiff and flame retardant
polycarbonate Makrolon® 9425, and the glossy, transparent Makrolon® ET3113
proved the right materials for the job in order to achieve the required robustness
and surface quality.
Die ästhetische Gestalt und die Beweglichkeit des Roboters stellten besondere
Anforderungen an das verwendete Material, denn dieses darf die Funktionalität
nicht beeinträchtigen und muss sich für eine individuelle Formgebung eignen.
Bei den Versuchen erwiesen sich das glasfaserverstärkte, hochsteife und flammgeschützt ausgestattete Polycarbonat Makrolon® 9425 und das glänzendtransparente Makrolon® ET3113 als die Materialien der Wahl, um die geforderte
Robustheit und Oberflächenqualität zu erreichen.
Bayer MaterialScience has communicated this development by means of media
activities. Furthermore, the robot has been presented to the public at a number
of academic events.
Bayer MaterialScience hat die Entwicklung im Rahmen von Pressearbeit beworben. Außerdem wurde der Roboter auf mehreren akademischen Veranstaltungen der Öffentlichkeit vorgestellt.
09/08/2010
DirectSkinning/Coating Technologie ermöglicht
Herstellung spritzgegossener Teile mit dekorativer
Oberfläche in nur einem Prozessschritt
DirectSkinning/Coating process enables the
manufacture of inj
DirectSkinning technology combines injection molding of a thermoplastic material with the RIM process.
The coated component is produced directly on the
injection-molding machine in a single mold in a process that is comparable to multi-component injection
molding. After manufacturing of the thermoplastic substrate, the polyurethane system is injected into the closed mold and the thermoplastic surface is thus coated. A decorative panel located on the dashboard
of the BMW 5 Gran Turismo series is the first piece manufactured using this
technology.
Die DirectSkinning-Technologie kombiniert den Spritzguss von Thermoplasten
mit dem RIM-Verfahren der PUR-Verarbeitung. Das beschichtete Bauteil wird direkt auf der Spritzgieß-maschine in nur einem Werkzeug gefertigt. Nach Herstel-
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lung des thermoplastischen Trägers wird das PUR-System in das geschlossene
Werkzeug injiziert und die Thermoplastoberfläche so beschichtet. Das erste
damit in Serie gefertigte Teil ist eine Dekorblende für den Innenraum des BMW
5er Gran Turismo.
The technology is economic and saves investment costs, as the manufacture of
the coating part only uses one process step.
Das Verfahren ist wirtschaftlich und erspart Investitionskosten, da die Herstellung des beschichteten Teils nur einen Prozessschritt erfordert.
Bayer MaterialScience has run communications activities including news releases, technical articles etc.
Bayer MaterialScience hat dazu verschiedene Kommunikationsaktivitäten durchgeführt, u.a. Presse-Infos, technische Beiträge etc.
09/09/2010
Bayer MaterialScience and FRENZEL-BAU have run a number of communications activities on DURFLEX.
Bayer MaterialScience und FRENZEL-BAU haben verschiedene KommunikationsAktivitäten zu DURFLEX durchgeführt.
10/22/2010
DURFLEX track superstructure system
DURFLEX®, the new flexible track superstructure system, was jointly developed by FRENZEL-BAU and
Bayer MaterialScience and gives track beds long-lasting
stability. This solution delivers a clear cost benefit
for track network operators, because it considerably
lessens the workload involved in maintaining tracks
and reduces the frequency of maintenance cycles, while passengers benefit
from fewer downtimes, greater punctuality and more reliable connections. The
system can be used both for building new sections of track and upgrading existing stretches, including tunnels and bridges.
Das flexible Gleisoberbausystem DURFLEX® wurde von der Fa. FRENZELBAU in Zusammenarbeit mit Bayer MaterialScience entwickelt und bewirkt eine
dauerhafte Stabilisierung des Gleisbetts. Für den Gleisnetzbetreiber ist dies
ein klarer Kostenvorteil, da Wartungszyklen und der Aufwand für die Instandhaltung von Strecken spürbar reduziert werden. Bahnfahrer wiederum können
von weniger Ausfallzeiten, und pünktlicheren Zügen profitieren. Das System
kann sowohl beim Neubau von Bahntrassen als auch auf bereits bestehenden
Strecken einschließlich Tunnels und Brücken eingesetzt werden.
The system expands to completely fill the spaces in the ballast bed, thus preventing any movement of ballast stones resulting from the dynamic forces generated when a train passes over them. Any structure-borne noise is absorbed at
source. DURFLEX® thus helps to increase the service life of railway tracks and
reduce the amount of maintenance required. Test results so far indicate that this
innovative track construction technology can be used all over the world to help
reduce the cost of track operations.
Das System füllt die Hohlräume im Schotterbett vollständig aus und verhindert
dadurch Umlagerungen von Schottersteinen, wie sie durch die im Zugverkehr
üblichen Krafteinwirkungen auftreten. Zudem wird der Körperschall bereits dort
gedämmt, wo er entsteht. Somit trägt DURFLEX® zur Langlebigkeit von Gleisen
bei und reduziert den Instandhaltungsaufwand. Die bisherigen Testergebnisse
deuten darauf hin, dass die innovative Gleisbautechnologie überall auf der Welt
zur Senkung von Kosten beim Gleisbetrieb eingesetzt werden kann.
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Formable hardcoat film for electronic components
Functional films enable the manufacture of compact,
ready-to-install electronic modules that require a minimum of space, thus reflecting the trend toward miniaturization in electronics.
The three-dimensional formable hardcoat film Makrofol® HF produces surfaces with a deep gloss finish that
are highly resistant to chemicals and abrasion. When
working with 3D display elements, they are ideal for
popular high-gloss piano finishes in combination with “vanish-effect” technologies. These make the contours of light symbols appear to vanish when these
are switched off (Black Panel Technology).
Funktionale Folien ermöglichen die Herstellung kompakter, einbaufertiger Elektronikmodule, die nur sehr wenig Bauraum benötigen und daher dem Trend zur
Miniaturisierung in der Elektronik entsprechen.
Die dreidimensional verformbare Hardcoat-Folie Makrofol® HF mit Kratzfestbeschichtung wird unter anderem bei dreidimensionalen Anzeigeelementen eingesetzt.
Dort wird sie dem Trend zu Hochglanz-Klavierlackoptiken gerecht, die mit
„Verschwindeffekt“-Techniken kombiniert sind. Diese lassen die Konturen von
Leuchtsymbolen im ausgeschalteten Zustand scheinbar verschwinden (BlackPanel-Technologie).
The basis for the film’s excellent formability – which also enables narrow radii
and high depths of draw – is that the scratch-resistant coating is only pre-cured
and is not completely cured with standard UV lamps until forming is finished.
Die gute Verformbarkeit der Folie – es lassen sich auch enge Radien und hohe
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Ziehtiefen damit umsetzen – beruht darauf, dass die Kratzfestbeschichtung nur
vorgehärtet ist und erst nach dem Verformen endgültig mit dem Licht handelsüblicher UV-Lampen ausgehärtet wird.
A news release has been published on this development.
Über diese Entwicklung wurde eine Presse-Information versandt.
09/06/2010
Polyurethane sheathing for solar modules with an
integrated assembly system
For this development the in-roof module is equipped
with an intelligent system frame with an integrated assembly system based on the Bayflex® polyurethane
system from BaySystems. The solar module is fitted in
the roof without the need for conventional installation systems. Thanks to fastening elements integrated into the plastic, the module can be screwed directly onto
the roof battens. What’s more, the system’s overlapping polyurethane frame ensures that rainwater runs off easily and does not penetrate the roof.
Bei der Entwicklung wird das Indach-Solarmodul mit einem „intelligenten“ Systemrahmen mit integriertem Montagesystem auf Basis des Polyurethansystems
Bayflex® von Bayer MaterialScience ausgestattet. Das Solarmodul wird ohne
herkömmliche Installationssysteme in das Dach montiert. Durch bereits in den
Kunststoff integrierte Befestigungselemente kann es direkt mit der Dachlattung
verschraubt werden. Zusätzlich sorgt der überlappende Polyurethan-Rahmen
im System dafür, dass das Regenwasser leicht abfließen kann und nicht in das
Dach eindringt.
09/09/2010
Automotive glazing with polycarbonate
At K 2010 Bayer MaterialScience will be showcasing a
prototype for a newly developed solution for automotive glazing with Makrolon. The company is a global
market leader in polycarbonate automotive glazing and
a leader in the development of materials and technologies for this application. As well as expertise in technological developments, Bayer MaterialScience also has a broad materials knowledge and offers materials for mold proving.
Auf der K 2010 stellt Bayer MaterialScience einen neuen Prototyp für eine Verscheibungslösung mit Makrolon vor. Das Unternehmen ist weltweiter Marktführer in der Automobilverscheibung mit Polycarbonat und führend in der
Material- und Technologieentwicklung für diese Anwendung. Neben der Expertise in der Technologieentwicklung verfügt Bayer MaterialScience auch über umfangreiches Materialwissen sowie entsprechende Werkstoffe für Bemusterungen.
The polycarbonate Makrolon® is much lighter than glass – this enables to cut
the weight of panorama roofs, for example, by up to 50 percent, resulting in a
significant reduction in fuel consumption and carbon dioxide emissions. Additional functions such as defogging, antennae and infrared protection can easily
be integrated when manufacturing roof modules, rear windows and other glazing
applications. Polycarbonate also offers superb design freedom.
Die Technologie macht den einsatz einer kostspieligen Unterkonstruktion überflüssig und ersetzt auch den bisher eingesetzten Aluminium-Rahmen.
Das Polycarbonat Makrolon® ist deutlich leichtgewichtiger als Glas – bei Panoramadächern lassen sich damit zum Beispiel Gewichtseinsparungen von bis zu 50
Prozent erzielen. Das ermöglicht eine signifikante Senkung von Treibstoffverbrauch und Kohlendioxid-Emissionen. Zusätzliche Funktionen wie Scheibenheizungen, Antennen und Infrarot-Schutz können gleich bei der Fertigung von
Dachmodulen, Heckscheiben und weiteren Glazing-Anwendungen integriert
werden. Außerdem bietet Polycarbonat eine hohe Designfreiheit.
Bayer MaterialScience has reported about this technology through media activities.
Bayer MaterialScience has run several publications on automotive glazing with
polycarbonate, including news releases and technical articles.
Über die Technologie wurde von Bayer MaterialScience im Rahmen von Pressearbeit berichtet.
Bayer MaterialScience hat bereits viele Veröffentlichungen zum Thema Automobilverscheibung getätigt, darunter Presse-Informationen und technische
Beiträge.
Through this technology costly substructures are no longer necessary. Furthermore, the laborious use of an aluminum frame has now become obsolete.
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09/08/2010
Green Shoe Concept with up to 90 percent proportion
of eco-friendly materials
Bayer MaterialScience has developed a unique concept for a green shoe that uses a whole host of sustainable materials and technologies. These include
renewable polyurethane feedstocks, raw materials for
solvent-free coatings and adhesives, and a polycarbonate blend and thermoplastic polyurethane based
on renewable resources. Up to 90 percent of all components in the Ecotrekker
concept shoe can be given eco-friendly properties by using the company’s products.
Bayer MaterialScience hat ein einzigartiges Konzept für einen grünen Schuh
entwickelt, bei dem eine ganze Reihe nachhaltiger Materialien und Technologien zum Einsatz kommen. Dazu gehören PUR-Rohstoffe auf Basis
natürlicher Ressourcen, Produkte für lösemittelfreie Beschichtungen und Klebstoffe, außerdem ein Polycarbonat-Blend sowie thermoplastische Polyurethane
aus nachwachsenden Rohstoffen. In dem Konzeptschuh mit dem Namen
Ecotrekker können durch die Verwendung von Produkten des Unternehmens bis
zu 90 Prozent aller Schuhkomponenten mit umweltverträglichen Eigenschaften
ausgestattet werden.
In microcellular polyurethane elastomer systems for outer soles and midsoles
alone, the proportion of renewable raw materials is as high as 70 percent. This
high value puts Bayer MaterialScience into the number one spot in the industry,
as does a proportion of up to 40 percent of renewable materials in the polycarbonate blend used and also the products and technologies developed in-house
for solvent- and plasticizer-free textile coatings and adhesive raw materials. Using these coatings and adhesives alone would cut global emissions of organic
solvents by approximately 150,000 metric tons.
In den Polyurethan-Elastomersystemen für die äußere und die Zwischensohle
beläuft sich der Anteil erneuerbarer Rohstoffe auf bis zu 70 Prozent. Mit diesem
hohen Wert nimmt Bayer MaterialScience die Spitzenposition in der Branche
ein, ebenso mit bis zu 40 Prozent erneuerbaren Materialien in dem eingesetzten Polycarbonat-Blend sowie den im eigenen Hause entwickelten Produkten und Technologien für lösemittel- und weichmacherfreie Textilbeschichtungen
und Klebrohstoffe. Allein durch deren Einsatz könnte die Emission organischer
Lösemittel weltweit jährlich um etwa 150.000 t reduziert werden.
A news release has already been sent out, further communications activities are
under preparation
nahmen sind in Vorbereitung.
10/22/2010
Polyurethane roof module with sandwich support
structure
Bayer MaterialScience has developed a material for very lightweight and stiff
car roofs with excellent thermal insulating properties. This was made possible
by the Baypreg® and Multitec® polyurethane systems from BaySystems, the
company’s global polyurethane business. All kinds of automobiles can benefit
from the roof modules’ outstanding properties, but they are particularly beneficial
for electric vehicles powered by batteries or fuel cells, and for solar-powered
vehicles.
Bayer MaterialScience hat einen Werkstoffverbund entwickelt, aus dem sich
sehr leichte, steife und wärmeisolierende Autodächer wirtschaftlich fertigen
lassen. Die Entwicklung wurde ermöglicht durch den Einsatz der PUR-Systeme
Baypreg® und Multitec® von BaySystems, dem globalen Polyurethan-Systemgeschäft
des Unternehmens. Von den herausragenden Eigenschaften der Module können Automobile aller Art profitieren, doch extrem vorteilhaft sind sie bei Elektrofahrzeugen mit Batterie- oder Brennstoffzellenantrieb sowie bei Solarmobilen.
A coated Makrofol® film gives the roof modules a high-quality surface. The modules also provide superior drive comfort to conventional designs. They boast excellent acoustic properties and are highly resistant to hailstones and mechanical
influences.
State-of-the-art polyurethane processing technologies enable highly cost-effective
production in both small and large volumes, despite the multilayer structure.
Eine beschichtete Makrofol® Folie verleiht den Dachmodulen eine hochwertige
Oberfläche. Im Vergleich zu etablierten Lösungen verbessern die Dachmodule
zugleich den Fahrkomfort. Außerdem verfügen sie über hervorragende akustische Eigenschaften und sind sehr widerstandsfähig gegenüber Hagelschlag und
mechanischen Einwirkungen.
Trotz ihres mehrschichtigen Aufbaus lassen sich die Dachmodule dank modernster Polyurethan-Verarbeitungstechnologien sehr wirtschaftlich produzieren – in
kleiner Stückzahl ebenso wie in großer.
veröffentlicht.
Eine Presse-Information wurde bereits versandt, weitere Kommunikationsmaß-
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10/22/2010
LED optics with polycarbonate
09/09/2010
Bayer MaterialScience has developed customized polycarbonates for LED optics which are now proving their mettle in initial
series applications. Some examples from the automotive industry include LED lenses for low-beam and full-beam headlights
and fiber optics for daytime running lights in the front headlamps
of the new Audi A8.
The components were developed in collaboration with Audi AG
and Hella KGaA Hueck & Co. The ten plastic lenses used in the
headlamp are made from Makrolon® LED 2245, which boasts high transmission
for long light paths and high thermal resistance.
Bayer MaterialScience hat deshalb maßgeschneidert für dieses Anwendungsfeld Polycarbonate entwickelt, die nun erste Serienanwendungen erobern. Ein
Beispiel aus dem Automobilbau sind die LED-Linsen für das Abblendlicht und
das Fernlicht sowie die Lichtleiter für das Tagfahrlicht in den Frontscheinwerfern
des neuen Audi A8.
Die Bauteile wurden gemeinsam mit der Audi AG und der Hella KGaA Hueck
& Co. entwickelt. Die zehn Kunststofflinsen im Scheinwerfer bestehen aus
Makrolon® LED 2245, das sich durch eine hohe Transmission bei langen
Lichtwegen, eine hohe thermische Beständigkeit auszeichnet.
The material meets the high optical requirements for exposed headlamp parts
and is within the narrow color tolerance range. It also enables enhanced design
freedom and a considerable weight reduction. LED lenses are around 50 percent lighter than their glass counterparts. This is fully in line with the trend to
electric vehicles. To ensure that small vehicles, too, can be powered by batteries that are still very heavy, the cars themselves have to be lightweight, which
forces manufacturers to cut down on weight wherever possible.
Der Werkstoff wird den hohen optischen Anforderungen an die frei sichtbaren
Scheinwerferteile gerecht und erfüllt die engen Farbtoleranzen. Außerdem bietet er mehr Designfreiheit bei der Formgebung und ermöglicht beträchtliche
Gewichtseinsparungen. So sind die LED-Linsen um rund 50 Prozent leichter als
entsprechende Pendants aus Glas. Dies kommt dem Trend zu Elektrofahrzeugen entgegen. Damit auch Kleinwagen mit den zurzeit noch sehr schweren
Batterien elektrisch betrieben werden können, müssen sie sehr leicht sein, was
ihre Hersteller zwingt, überall wo es geht, Gewicht einzusparen.
BaymedixTM lubricious coating for medical
applications
Bayer MaterialScience has launched a new lubricious
surface treatment for catheters and other medical devices under the brand name Baymedix® CL 100. This
coating combines a very low coefficient of wet friction with high durability and biocompatibility. The exceptional lubricity of this new product complements
the company’s existing portfolio of Baymedix® hemocompatible polyurethanebased hydrophilic coatings.
Bayer MaterialScience bietet eine neue Oberflächenbeschichtung mit Gleitwirkung
für den Einsatz auf Kathetern und anderen Medizinprodukten an. Diese
Beschichtung kombiniert eine sehr geringe Gleitreibung mit hoher Beständigkeit
und Biokompatibilität. Die außergewöhnliche Gleitfähigkeit dieses neuen Produkts ergänzt das bestehende Portfolio des Unternehmens an hämokompatiblen, hydrophilen Baymedix™ Beschichtungen auf Polyurethanbasis.Das Produkt zeichnet sich vor allem dadurch aus, dass es auf die Lumen oder Innenoberflächen von Kathetern aufgebracht werden kann.
Unlike other lubricious and hydrophilic coatings, the Baymedix® product is
grafted directly onto the surface of the medical device rather than applied as
a separate coating. As a result, the coating is covalently attached to the substrate, giving excellent adhesion and durability. The especially thin coating is
just a few microns thick.
Im Unterschied zu anderen Gleit- und hydrophilen Beschichtungen wird das
Baymedix™ Produkt direkt auf die Oberfläche des Medizinprodukts „aufgepfropft“,
anstatt als separate Beschichtung aufgetragen zu werden. Die Beschichtung
wird dabei kovalent an das Substrat gebunden, wodurch sich eine hervorragende Haftung und Beständigkeit ergibt. Die dünne Beschichtung weist nur
eine sehr geringe Schichtdicke von wenigen Mikrometern auf.
Bayer MaterialScience has published news releases and a brochure on this
product, among other things.
Bayer MaterialScience hat bereits Presse-Informationen und eine Broschüre
über dieses Produkt veröffentlicht.
09/06/2010
Solar module for integration in roof constructions
A news release has been published on this development.
The SUNOVATION module comprises floating silicon cells embedded between
a Makrolon® solid sheet on the one side and a Makrolon® triple-wall sheet on
the other. The composite is shatterproof, flexible and boasts a long service life
Über diese Entwicklung wurde eine Presse-Information veröffentlicht.
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thanks especially to the load-bearing properties of the multi-wall sheet. As a
result, it provides optimum protection for the sensitive silicon cells and meets
the fire safety regulations of the construction industry.
The customer can avoid using the batchwise and time-consuming vacuum lamination. What’s more, the film can be recycled and enables complete solar modules to be repaired.
Das SUNOVATION Solarmodul ist ein Sandwichverbund bestehend aus je einer
Makrolon® Massiv- und Dreifachstegplatte und innenliegenden, schwimmend
eingebetteten Siliziumzellen. Der Verbund ist bruchsicher und zugleich biegsam
und zeichnet sich durch eine hohe Lebensdauer aus, vor allem aufgrund des
guten Lastenabtrags durch die Stegplatte. Er bietet damit optimalen Schutz für
die empfindlichen Siliziumzellen und erfüllt die brandschutztechnischen Auflagen im Baubereich.
Kunden können auf die chargenweise und zeitaufwändige Vakuumlaminierung
verzichten. Dies ist ein klarer Produktivitätsvorteil bei der Herstellung von
Photovoltaik-Modulen. Außerdem ist die Folie recyclingfähig und ermöglicht
auch die Reparatur von kompletten Solarmodulen.
The solution enables the integration of photovoltaic elements in e.g. stadium
roofs and is much more lightweight than using glass sheets.
Die Lösung ermöglicht die Integration von Photovoltaik-Elementen in die Dachkonstruktion z.B. von Stadien und ist deutlich leichtgewichtiger als die Verwendung
von Glasplatten.
Bayer MaterialScience as well as Sunovation have reported about this development through media activities.
Sowohl Bayer MaterialScience als auch Sunovation haben über diese Entwicklung im Rahmen von Pressearbeit publiziert.
09/06/2010
Encapsulation of solar cells by hot-melt adhesive films
made of thermoplastic polyurethane
For the encapsulation of solar cells, Platilon® hot-melt adhesive films made of
thermoplastic polyurethane (TPU) have proved to be superior to other materials
used for the same purpose, e.g. ethylene vinyl acetate (EVA). This is particularly
true of the flexibility of the TPU films in bonding with relatively hard materials such
as polycarbonate and glass. The TPU film facilitates continuous, vacuum-free
processing without cross-linking and, therefore, also without emissions. This
is a clear advantage in terms of productivity in the manufacture of photovoltaic
modules.
Bei der Verkapselung von kristallinen Solarzellen erweisen sich Platilon® Schmelzklebefolien aus thermoplastischem Polyu-rethan (TPU) gegenüber anderen hierfür eingesetzten Materialien wie z.B. Ethylen-Vinyl-Acetat (EVA) als überlegen.
Dies gilt vor allem für die flexible Verbindung mit relativ harten Materialien wie
Polycarbonat oder Glas. Mit der TPU-Folie ist eine kontinuierliche, vakuumfreie
Verarbeitung ohne Vernet-zung – und damit ohne Emissionen – gewährleistet. Dies ist ein klarer Produktivitätsvorteil bei der Herstellung von PhotovoltaikModulen.
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Bayer MaterialScience has reported about this technology through media activities
Bayer MaterialScience hat über diese Technologie im Rahmen von Pressearbeit
berichtet.
10/22/2010
Brilliant protection for LEDs
Bayer MaterialScience has developed raw materials
for highly transparent two-component polyurethane casting compounds that can be used to manufacture lighting strips and other lighting elements with light-emitting
diodes. The LEDs are given effective and long-term
protection against moisture, weathering and cleaning
agents by being integrated into the elements. The new casting compounds from
Bayer MaterialScience meet a demand created by the current transformation in
lighting technology.
Bayer MaterialScience hat Rohstoffe für hochtransparente Zwei-KomponentenPolyurethan-Vergussmassen entwickelt, mit denen sich Lichtleisten und andere Lichtelemente aus Leuchtdioden herstellen lassen. Indem die LEDs in
das jeweilige Element integriert werden, sind sie wirkungsvoll und dauerhaft
vor Feuchtigkeit, Witterungseinflüssen und Reinigungsmitteln geschützt. Mit
den neuen Vergussmassen erfüllt Bayer MaterialScience einen Bedarf, den der
derzeitige Technologiewechsel in der Beleuchtungstechnik hervorruft.
The casting compounds are formulated from solvent-free, aliphatic Desmodur®
grades in combination with solvent-free Desmophen® grades. The two liquid
components are used to cast the LED strips required. The compound hardens
to create a highly transparent casting that completely embeds the LEDs. The
specific selection of the two components enables the consistency of the casting
compound to be adjusted from highly flexible to very hard. This allows production of high-quality lighting elements for an extremely wide range of applications
using a broad array of design options.
Die Vergussmassen werden aus lösemittelfreien, aliphatischen Desmodur®
Typen in Kombination mit lösemittelfreien Desmophen® Typen formuliert. Mit
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den beiden flüssigen Komponenten werden die gewünschten LED-Streifen vergossen. Die Vergussmasse härtet zu einem hochtransparenten Überzug aus,
der die LEDs vollständig einbettet. Durch die Wahl der beiden Komponenten
kann die Konsistenz der Vergussmasse von hochflexibel bis sehr hart gezielt
eingestellt werden. Auf diese Weise lassen sich mit großer Designfreiheit
hochwertige Lichtelemente für die unterschiedlichsten Anwendungen herstellen.
vom Institut für Physikalische Chemie der Universität Köln.
Bayer has run a number of publications on this development. Prof. Strey has
applied for a patent on the POSME process.
Bayer hat eine reihe von Veröffentlichungen über diese Entwicklung getätigt.
Prof. Strey hat für das POSME-Konzept eine Patentanmeldung eingereicht.
veröffentlicht.
10/22/2010
Polyurethane nanofoam for further improved heat
insulation
Bayer MaterialScience is working on the development
of polyurethane nanofoams that could lead to a quantum leap in thermal insulation performance several
years down the road. The company is focusing its efforts on microemulsions, which react under supercritical conditions (Principle of Supercritical Microemulsion
Expansion, POSME) to form polyurethane rigid foams. The aim is to produce
rigid foams with pore sizes of less than 150 nanometers in diameter.
Bayer MaterialScience arbeitet an der Entwicklung von Polyurethan (PUR)Nanoschäumen, die in einigen Jahren die Wärmedämmung signifikant verbessern
könnten. Das Unternehmen geht dabei von Mikroemulsionen aus, die unter
überkritischen Bedingungen (Principle Of Supercritical Microemulsion Expansion, POSME) zu PUR-Hartschäumen umgesetzt werden. Ziel ist es, Hartschäume
mit Porengrößen von weniger als 150 Nanometern Durchmesser herzustellen.
Nanofoams of this kind achieve twice the thermal insulation performance of today’s polyurethane foams, meaning that they could, for example, significantly
reduce the energy consumption of refrigeration appliances and, in turn, make a
major contribution to reducing CO2 emissions. Furthermore, the walls of these
appliances could be of thinner design, resulting in more storage space for refrigerated goods. The company is partnering on this research project with Prof.
Reinhard Strey from the University of Cologne’s Institute of Physical Chemistry.
Solche Nanoschäume würden dank ihrer im Vergleich zu heutigen PUR-Schäumen
dop-pelt so guten Wärmedämmleistung zum Beispiel den Stromverbrauch von
Kühlgeräten deutlich reduzieren und dadurch auch einen großen Beitrag zur
Verringerung der CO2-Emissionen leisten. Oder die Wände der Geräte könnten
dünner ausgelegt werden, was mehr Stauraum für Kühlgut schaffen würde. Das
Unternehmen kooperiert in diesem Forschungsprojekt mit Prof. Reinhard Strey
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09/10/2010
EcoCommercial Building Program
With its global EcoCommercial Building program, Bayer
MaterialScience provides decision-makers in the construction industry with a unique portfolio of services
and material solutions for energy efficient and economic construction. In cooperation with its interdisciplinary network, Bayer MaterialScience supports e.g.
architects, project developers and construction companies and property developers in the implementation of public and commercial buildings that significantly
exceed the existing sustainability standards.
Das globale EcoCommercial Building Program von Bayer MaterialScience bietet Entscheidungsträgern in der Baubranche ein einzigartiges Portfolio an Dienstleistungen und Materiallösungen für energieeffizientes und wirtschaftliches
Bauen. Gemeinsam mit einem interdisziplinären Netzwerk an Mitgliedern unterstützt Bayer MaterialScience im Rahmen des Programms beispielsweise Architekten, Projektleiter, Bauunternehmer und Entwickler bei der Realisierung öffentlicher und gewerblicher Gebäude, die bisherige Standards in Sachen Nachhaltigkeit deutlich übertreffen.
The program offers decision makers in the construction industry access to leading experts and state-of-the-art solutions – custom-tailored across the entire
range of applications from analysis and planning to energy efficient materials
and building technologies. This ultimately means more competition for the best
solution, and can thus significantly improve the cost-effectiveness and sustainability of buildings – benefitting the building owner, its tenant and the environment.
Die Nutzer des Programms haben Zugang zu führenden Experten und Leistungen, von der Analyse und Planung über Baumaterialien bis hin zu den neuesten
Gebäudetechnologien – und zwar passgenau auf individuelle Bedürfnisse zugeschnitten. Letztlich bedeutet das: mehr Wettbewerb um die beste Lösung. Somit
lassen sich Rentabilität und Nachhaltigkeit von Gebäuden deutlich verbessern.
Davon profitieren Bauherren, Gebäudenutzer und Umwelt gleichermaßen.
Bayer MaterialScience has run several publications in the form of news releases,
technical articles, interviews, brochures etc.
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Bayer MaterialScience hat hierzu zahlreiche Veröffentlichungen getätigt, u.a. in
Form von Presse-Informationen, technischen Beiträgen, Interviews, Broschüren
etc.
Product Overview
01.01.004
01.01.017
01.04.003
Basic products PU
01.04.004
Isocyanurate resins
01.04.009
Polyesterpolyols
01.04.010
Polyetherpolyols
01.04.018
Polyurethane casting resins (PUR)
01.04.019
Polyurethane casting resins rigid structural
foams-RIMsystems
01.04.020
Polyurethane casting resins semi-rigid structural
foams-RIM-systems
01.01.064
01.01.065
Polycarbonate (PC)
01.01.066
Polycarbonate blends
01.04.021
Polyurethane casting resins rigid foams-systems
01.01.099
Polyurethane thermoplastic (PUR)
01.04.022
Polyurethane casting resins semi-rigid foams-systems
01.01.128
Thermoplastic urethane blends TPE-U/TPU
01.04.023
Polyurethane casting resins flexible foams-systems
01.01.129
Thermoplastic urethane TPE-U/TPU
01.04.024
Polyurethane casting prepolymer binder resins
01.02.006
Polyisocyanate
01.04.025
Polyisocyanates
01.02.007
PUR-Elastomers
01.07.008
Isocyanate resins
01.02.011
Thermoplastic PUR-elastomer
01.07.012
Unsaturated polyester resins (UP)
01.03.011
Casting resins
01.08.002
Binders
01.03.039
PU elastomers
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01.08.006
Dispersion adhesives
02.04.001.04
Semi finished products of polycarbonate (PC)
01.08.015
One-pack adhesives
02.04.002
Films
01.08.016
Two-pack adhesives
02.04.003.02
Parts from engineering plastics
01.08.017
Hot melt adhesives
02.05.068
Technical films
01.09.020
Polyacrylate resins
01.09.022
Polyesters unsaturated
01.09.024
Polyurethanes
01.13.009
Bisphenol A
01.13.028
Isocyanates
01.13.029
Catalysts
01.13.034
Polyester
01.13.035
Polyether
01.13.038
Polyols
01.13.039
Polyurethane systems PU
01.13.040
Raw materials
01.13.044
Toluene diisocyanate
01.14.016
Nanocomposites
02.01.002
BBP Kunststoffwerk Marbach Baier GmbH
Address
Erdmannhäuser Str. 59
71672 Marbach am Neckar
Germany
Phone
+49 7144 902-0
Fax
+49 7144 902-49
Internet address
www.bbp-online.de
E-Mail
info@bbp-online.de
Stand
Hall 06, E76 (Page 784)
Product Overview
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02.01.010
02.02.003
Printing
02.02.005
Welding
02.03.001
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02.03.002
02.05.006
Containers
02.03.003
02.05.023
Casings and cabinets
02.03.004
promotion
02.05.024
02.05.025
Handles
02.03.005
02.05.028
Rubber / plastics / metal combinations
02.03.006
appliance
02.05.032
Laboratory equipment- technical parts
02.05.036
Lamps and components
02.05.075.01
02.05.080
Toothed wheels and racks
03.06.001
Injection and compression moulds
03.06.002
Blow moulds
03.06.006
Other moulds
02.03.007
02.03.008
02.03.009
02.03.010
02.03.011
02.03.012
02.03.013
Product Details
02.03.014
industry
02.01.010
02.03.015
Unsere Spritzgußfertigung und Produktionstechniken
02.03.016
engineering
Mit über 50 CNC-gesteuerten Spritzgußmaschinen von
50to bis 2300to
Schließkraft verfügen BBP und KNB bei Klein- und
Großserien
in Abhängigkeit ihrer jeweiligen Anwendungen
über passende Fertigungslösungen.
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Product Overview
BEBUSCH GmbH - ein Unternehmen der GM Tec
Der im Jahre 1996 komplett erneuerte und seitdem auf dem neuesten
Stand der Technik gehaltene Maschinenpark garantiert höchste
Produktionssicherheit. Sämtliche Maschinen sind mit einem frei
02.01.010
02.03.002
02.03.006
appliance
02.03.007
02.03.012
02.03.013
02.05.004
Fastenings
02.05.023
02.05.024
02.05.025
Handles
02.05.028
02.05.064
Spools and spool bodies
02.05.080
programmierbaren Roboter bestückt. Dies ermöglicht die
weitestgehende Rationalisierung infolge Mehrmaschinenbedienung
und Reproduktionssicherheit durch optimale Zykluszeiten.
Die Rohmaterialversorgung erfolgt zentral über Siloanlagen.
Dies gewährleistet eine kontinuierliche Materialversorgung,
minimiert das Verpackungsaufkommen und sichert in den Werken
die Effizienz der innerbetrieblichen Logistik.
Address
Am Gewerbekanal 1
77716 Haslach
Germany
Phone
+49 7832 700-0
Fax
+49 7832 700-40
Internet address
www.bebusch.de
E-Mail
info@bebusch.de
Stand
Product Details
02.05.028
02.05.028
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Product Details
Vollautomatisiert hergestelltes Gehäuse für Lenkstockschalter mit zwei eingelegten Stanzgittern und einem Haltegitter.
02.05.050
Beinlich Pumpen GmbH
Parts for pumps
Complete pump unit
Die dazugehörige Automatisierung und das 4-fach Spritzgießwerkzeug wurden im Hause konzipiert bzw. gebaut.
Custom made special pumps
Address
Gewerbestr. 29
58285 Gevelsberg
Germany
Phone
+49 2332 5586-0
Fax
+49 2332 5586-31
Internet address
www.beinlich-pumps.com
E-Mail
info@beinlich-pumps.com
Stand
Hall 10, J80 (Page 800)
Product Overview
02.05.050
High capacity external gear pump
High precision dosing pump
Parts for pumps
High precision radial piston pump
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High pressure pumps
Bekaert Advanced Filtration SA/NV
Address
Rue de Cornemont, 9-11
4141 Sprimont
Belgium
Phone
+32 4 3609465
Fax
+32 4 3609477
Internet address
www.bekaert.com
E-Mail
bafinfo@bekaert.com
Stand
Hall 09, A67 (Page 798)
Magnetic pumps
Metering pump
Product Overview
Metering pumps
Stainless steel pumps
105
01.12.012
Metal fibres
02.03.014
industry
02.03.015
02.05.011
Sealings/Sealrings
02.05.020
Filters and parts
02.05.041
Membranes
02.05.065
Pressed parts in accordance with sample, drawing or
customer’s tools
03.01.007
Melt filters
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Product Details
02.03.014
Bekaert Dymonics GmbH
Address
Oststr. 68
32051 Herford
Germany
Phone
+49 5221 693330
Fax
+49 5221 693325
Internet address
www.bekaert.com
E-Mail
infobac@bekaert.com
Stand
Hall 02, E10 (Page 774)
Bekaert flexible duct
Bekaert flexible duct is a plastic coated (PU) low carbon
wire to reinforce large flexible ducts used to transport
gases, food and other material.
02.05.020
Filters and parts
Bekaert Removable Mesh Pack®
O ne of the options Bekaert offers for its filter candle range is the removable Mesh Pack®. This original
patented design can be dismantled which means you
can easily remove the filtering part of the candle to have
it cleaned and to reuse the part several times again. When the filtering element
can not be cleaned anymore you only need to replace this specific part of the
cartridge. That way you significantly reduce your incineration or landfill costs
which can help you save up to 30% on total filtration costs. The separate parts
of the Mesh PackR are ensured by a metal sealing that provides 100% security
down to 5 μm.
Polymer filtration
Looking for an upgrade for your polymer filtration application? With more than 30 years experience in designing and producing fiber media and metallic filtration
systems Bekaert has the know-how and technology to
provide an appropriate solution for any filtration application from polymerization
to spinning. Our service includes our full support; from investigating the possibilities of improving the filter process to the design, development and production
of a filter solution that matches your quality, productivity, handling and maintenance requirements.
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Product Overview
01.14.011
Anticorrosive effect
02.05.007
Coatings
04.05
Subcontracting
Product Details
02.05.007
Coatings
Metal transformation & coating technologies
The two core competences of Bekaert are related to material properties. Through
metal transformation we influence the properties of steel such as strength, ductility, fatigue, and shape. With our coating technologies we adjust the surface
properties of our materials and hence we provide corrosion protection, improve
aesthetic appearance, optimize adhesion, etc. The combination of the two core
competences results in a broad range of high technological products.
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its full length open but overlapping sleeving, has been introduced.
BIW Isolierstoffe GmbH
Address
Further information is available at www.biw.de.
Pregelstr. 5
58256 Ennepetal
Germany
Product Overview
Phone
+49 2333 8308-0
Fax
+49 2333 8308-10
Internet address
www.biw.de
E-Mail
info@biw.de
Stand
Hall 06, B27 (Page 784)
Company News
10/25/2010
01.05.022
Silicone rubber (SI)
01.05.023
Silicone rubber 02-componemtic, liquid, incl.
auxiliaries
01.05.024
Silicone rubber MVQ rigid incl. Auxiliaries
01.05.025
Silicone rubber room temperature curing, 02-comp.,
incl. auxiliaries
01.05.027
Urethane rubber (AU) (EU)
02.01.002
02.01.009
Parts made by foaming
02.01.010
02.03.001
02.03.002
02.03.005
02.03.006
appliance
02.03.007
Silicone products for medical applications
BIW as a leading manufacturer and supplier of products based on silicone rubber and glass fibre enlarges
its portfolio of products for medical applications. For
that, BIW is certified according to ISO 13485 standard.
Besides the classical products like hoses, pressure
hoses and moulded parts, the company now focuses
on specialised products requiring complex manufacturing techniques to exactly meet the customer’s demands.
To achieve this, all processes available at BIW like silicone extrusion, injection
moulding and coating can be combined, including silicone-metal and siliconeplastics bonding technology and parts made of electrically conductive silicone.
Further process steps and assembling of the produced parts can be done in a
semi-automatised setup or in a roboter-based environment.
A functional or promoting marking and coding for traceability can be applied by
printing technologies, by laser technique or as a single- or multi-coloured silicone
inlay. These techniques can of course be applied on various other applications.
For the even subsequent protection of cables e. g. in machine building and
automotive applications, the thermoplastic protection sleeving „Flextex“, an over
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02.03.008
02.05.028
02.03.010
02.05.029
Rubberised fabrics
02.03.011
02.05.041
Membranes
02.03.012
02.05.056
Foam products
02.03.014
industry
02.05.058
Hoses
02.05.059
Hose elbows
02.03.015
02.05.060
Cords
02.03.016
engineering
02.05.065
customer’s tools
02.05.066
Structural foam parts according to sample, drawing or
customers tools
02.05.075.01
02.05.076
Rollers and roller coatings
02.04.001.12
Semi finished products of rubber
02.04.001.13
Semi-finished parts/products made from
fibre-reinforced plastics
02.05.010
Sealing profiles
02.05.011
Sealings/Sealrings
02.05.014
Electrical equipements-parts
02.05.015
Electrical installation material
02.05.016
Bellows, expansible
02.05.027
Rubber / plastics combinations
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POLYURETHANE LEADING,GUIDING AND BEARING ROLLERS
Blik 99 Ltd
Address
Phone
29 Pokrovnishko shose Str.
2700 Blagoevgrad
Bulgaria
► Woodworking machines
►In-plant transport
► Lift rollers
+359-73-881-627
►Packing and conveyor machines
Fax
+359-73-881-627
Internet address
www.blik99-bg.com
►Textile machines
Polyurethane hydrocyclones
E-Mail
office@blik99-bg.com
Stand
Hall 08b, C80 (Page 792)
Product Overview
Blik 99 Ltd
02.04.001.10
02.05.028
02.05.050
Parts for pumps
02.05.076
Product Details
02.04.001.10
Blik 99 Ltd
Polyurethane flexible couplings
Hydrocyclones are devices for classifying /separating
or sorting particles in a liquid suspension based on the
densities of the particles. The hydro cyclones may
be used to separate solids from liquids or to separate
liquids of different density. Blik99 Ltd manufacturing
polyurethane hydro cyclones and polyurethane parts
for hydro and turbo cyclones with main applications: - for mechanical separation of the waste waters from the solid alloys - for condensation of the solid
suspensions like sand pulp - for separating of the solid suspensions to dispersing
fractions The applying polyurethane hydro cyclones and polyurethane parts for
hydro and turbo cyclones have the following advantages: ► Excellent abrasion
resistance ► Excellent corrosion resistance ► Excellent chemical resistance
/acids, bases, oils/ ► Very good resistance to hydrolysis and micro-organisms
► Very good pressure resistance ► High resilience ► Successful application
in flue gas desulphurization
Polyurethane rotors and polyurethane stators for
slurry pump
Blik 99 Ltd is developing and introducing in its production manufacturing of polyurethane impellers /rotors/
and polyurethane liners /stators/ for horizontal and vertical slurry pumps, specially designed for the transportation of products from the concentration of ores and nonmetallic minerals, sands and other abrasive hydro mixtures.
►Polyurethane flexible couplings for transmitting rotation. ► Poluyrethane vibration bumps. ►Polyurethane
opposing springs for cutting and shaping presses.
►Polyurethane rubber-metal sleeves.
Offering polyurethane stators and polyurethane rotors have the following advan-
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tages:
Polyurethane sreens ”BLIK”
► Excellent abrasion resistance
Polyurethane screens “Blik” are appropriate for the separation and dewatering of all sorts of materials from the
beginning of its deriving to getting of fine product with
minimal sizes.
► Excellent corrosion resistance
► Excellent chemical resistance /acids; bases; oils/
Due to the anti abrasive properties of the polyurethane,
the polyurethane screens “Blik” are advisable for the
classification of all sorts of material, both in dry and humid conditions.
► Longer pot life
► Lighter construction
► Easier for serving and using
The polyurethane screens varying in different hardness according its application
/for dry and irrigated conditions; for the reception of material at impact zone; to
support elasticity and abrasion; to support a good abrasion and strong impact/.
► More competitive prices
►The company is offering polyurethane spare parts for pumps according customer parameters and requirements .
Polyurethane items for Cigarette and Tabacco Industry
► Polyurethane plastic shafts ► Polyurethane printing
rollers ► Polyurethane action wheels and polyurethane
blades for vacuum pumps ► Polyurethane anti-abrasive
insulation of filters and dust liberators ► Polyurethane
conveyor -belt carries and shoves ► Polyurethane
linkwork guides ► Polyurethane coil breakers ► Polyurethane feed shafts for
paper, pasteboard, polypropylene, carton and filament
Polyurethane screens “Blik” have:
► Longer usage life compare with the screens produced by other materials ►
Minimum up- keep costs ► Easy installation ► Very low level of obstruction, due
to the conicity of its holes ► Sound reduction ► Excellent abrasion and corrosion resistance ► More competitive prices The company produces polyurethane
screens “Blik” according sizes and requirements given by the customers. Our
engineering staff is ready to offer you contemporary technological solutions in
the area of polyurethane screens.
Choosing our polyurethane screens “Blik” means to solve your problems for a
long time of period.
Polyurethane printing rollers
In the area of printing industry , Blik 99 Ltd applying:
►Polyurethane shafts and rollers for printing and varnishing on paper, carton, foil, cardblades, sheet iron
with hardness and chemical stability meeting the customers requirements. -Hardness of the polyurethane
from 20 Shore A to 70 Shore D - sizes to D=970 and
L=5000 ►Polyurethane shafts for intaglio printing ► Polyurethane shafts for
flexo printing ►Flexible polyurethane pads and shafts for press cutting machines
►Polyurethane shafts for shaping machines ►Feed and hold polyurethane
shafts and rollers
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2 WH - Optimale Langzeitrelaxationseigenschaften - KIWA Zertifizierung nach
BRL 2020
Bode GmbH
Address
Was sind die speziellen Merkmale einer fixierten Dichtung ?
Kirchweg 114
24558 Henstedt-Ulzburg
Germany
Phone
+49 4193 982-0
Fax
+49 4193 982-2222
Internet address
www.bode.eu
E-Mail
info@bode.eu
Stand
Hall 07.1, A21 (Page 790)
Product Overview
Die Bode HB-FIX Dichtung ist eine ´fixierte Dichtung´, d.h. sie ist fest in der
Rohrsicke eingebaut und kann weder beim Transport des Rohres herausfallen
noch beim Verlege- bzw. Steckvorgang der Rohre aus der Sicke herausgedrückt werden. Die beiden Funktionen ´Fixieren´ und ´Dichten´ werden durch
den 2-Komponenten Aufbau der Dichtung erreicht. Ein vergleichsweise fester
PP-Bereich im Querschnitt der Dichtung sorgt für die Fixierung, ein elastischer
Bereich aus TPE-V erfüllt die Dichtungsfunktion. Die Fertigung der HB-FIX Dichtung erfolgt im einstufigen 2-Komponenten-Spritzguß, der eine absolut sichere
Verbindung der beiden Komponeten PP und TPE-V garantiert.
Die spezielle Kontur reduziert einerseits die Steckkräfte, realisiert aber trotzdem mit den unterschiedlich ausgeprägten Dichtlippen am inneren und äußeren
Durchmesser eine hohe Flächenpressung zwischen Rohr und Dichtung.
Bode GmbH
02.05.010
Sealing profiles
02.05.011
Sealings/Sealrings
02.05.027
Die HB-FIX Dichtung erfüllt neben allen funktionsrelevanten Aufgaben und Prüfungen auch umwelttechnische Aspekte. Die Werkstoffe PP und TPE-V sind
recyclefähig. Die Form der Dichtung wurde mit FEM-Berechnungen optimiert
und garantiert so auch unter kritischen Verformungen oder Abwinklungen der
Rohre eine gute Dichtfunktion bis zu hohen Drücken.
Bond-Laminates GmbH
Product Details
02.05.011
Address
Am Patbergschen Dorn 11
59929 Brilon
Germany
Phone
+49 2961 96628509
Fax
+49 2961 96628500
Internet address
www.bond-laminates.de
E-Mail
info@bond-laminates.de
Stand
Hall 05, E06 (Page 780)
Bode GmbH
Sealings/Sealrings
Die neue HB-Fix Dichtung
Die neue HB-Fix Dichtung
Eines unserer inzwischen erfolgreichsten Produkte ist,
die zuletzt entwickelte HB-Fix Dichtung für Abwasserrohre und Fittinge gemäß EN 1401-1. Diese Dichtung verfügt über ein großes Spektrum einmaliger Produktmerkmale: - Geringe Steckkräfte aufgrund des besonderen Designs der
Dichtlippe - Fixierte Dichtung - Entwickelt für manuelle und automatische Installation - Sehr gute Dichtfunktion (bis 2,5 bar) - Ölbeständig gemäß EN 681-
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02.05.074
Product Overview
Bond-Laminates GmbH
01.03.015
High performance composite materials as
semi-finished ware,adhesive films, primer
01.12.006
Glass fibres (s. Textile glass)
01.12.011
Carbon fibres (CF)
02.04.001.13
02.05.074
Composite boards
Composite boards
TEPEX®
Bond-Laminates develops and produces reinforced thermoplastic composites (advanced composites) under the trade
name TEPEX®. The used reinforcement fibres consist out of
glass, carbon and aramide. Thermoplastic matrixes like PP,
PA6, PA6.6, TPU, PPS, etc. are used. The further processing
(forming, welding, injection molding) of the composite sheets
will be done at the customer.
Boschert GmbH & Co. KG, Maschinen- und Apparatebau
02.05.075.01
02.05.075.02
Other fibre-reinforced plastic parts
Product Details
02.04.001.13
Bond-Laminates GmbH
Semi-finished parts/products
reinforced plastics
made
from
fibre-
TEPEX®
Bond-Laminates produces thermoplastic reinforced composites during a continuous process. The forming of the TEPEX® sheets will be done by the customer. As TEPEX®
materials are already fully consolidated the cycle times for
the further processing are between 30 and 60 seconds.
Mattenstr. 1
79541 Lörrach
Germany
Phone
+49 7621 9593-0
Fax
+49 7621 55184
Internet address
www.boschert.de
E-Mail
infokl@boschert.de
Stand
Hall 10, G60 (Page 800)
Product Overview
Furthermore the thermoplastic matrix allows a combined
forming with injection molding.
Address
119
Boschert GmbH & Co. KG, Maschinen- und...
02.05.001
Apparatus and parts
03.03.005
Winding equipment
03.07.001.01.04
Closed loop control equipment for tensile stress of
film,sheet
03.09.002.03
Measuring equipment for tensile stress of film,sheet
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Product Details
02.05.001
Boschert GmbH & Co. KG, Maschinen- und...
Apparatus and parts
Boschert P-Lager und Automatiklager A50 / A80
Boschert AutomatiklagerDie Automatischen Lager können mit Druckluft geöffnet oder geschlossenwerden.
Sie bieten alle vom Boschert Klapplager her bekannten
Vorteile inder Anwendung, wie Sicherheit, Zuverlässigkeit, schnelles Wechseln desWickelbaumes und gleichzeitig die Möglichkeit
eine Anwendung zu auto-matisieren bzw. durch Fernbedienung zu realisieren.Für
den Anwender bedeuten diese zusätzlichen Möglichkeiten einen großenSchritt
vorwärts in Bezug auf mehr Sicherheit und größere Produktivität.Alle Typen
als Flansch- oder Stehlagerausführung (mit Fuss) erhältlich. Boschert PLagerEinsatz:Das P-Lager ist ein automatisches Lager das mit Druckluft geöffnet
oder geschlossen werden kann.Durch Initiatoren können die Stellungen:LadepositionLager
geöffnetLager geschlossenabgefragt und in einer Steuerung integriert werden.Besonderheiten:Innerhalb des kompakten Gehäuses sind alle Funktionen
integriert worden, die notwendig sind, um einen automatischen Betrieb zu
ermöglichen:WickelwellenlagerungDrehmomentübertragungÖffnungs-SchließzylinderElektrische
Abfrageeinrichtung für Lagerzustand (Offen, Geschlossen, Ladeposition)mechanische
Arretierung gegen unbeabsichtigtes Öffnen im Betrieb Automatiklager A50 /
A80Nach vielen erfolgreichen Gesprächen mit den Anwendern unserer Klapplager haben unsere Techniker eine völlig neue Generation von Automatiklagern
entwickelt.Unser neues A-Lager rüstet Sie für die Anforderungen der Zukunft,
in vielfältiger Weise.Seitens der Arbeitssicherheit bietet unsere Neuentwicklung
den höchstmöglichen Schutz für Ihre Mitarbeiter, auch unter der Berücksichtigung möglicher Bedienfehler. Ein Sicherheitsaspekt, der nicht zu Lasten von
Handling oder Zuverlässigkeit realisiert werden konnte.Auszeichnend für unser
neues A-Lager sind folgende Punkte:Axiale und radiale Zuführung des Wickelgutes im Lager integriert Mechanische Zwangsverriegelung Doppelte pneumatische Betätigung Maßgleichheit mit Standardlagern 40-50 bzw. 50-80 in den
Einbau- und Befestigungsmaßen Einbau der Lager ohne Änderung an der Maschine, den Befestigungssockeln oder an den Wickelwellen Elektrische Abfrage
des Lagerzustandes OFFEN oder ZU kann integriert werden Guter Zugang zum
Verschlußmechanismus von aussen zu Kontroll- und Einstellzwecken Vierkantaufnahme als Verschleißteil ausgebildet
schausführung und Optionen des Boschert-Klapplagers.
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Boschert Schiebelager
Dieses Lager kann in axialer Richtung verschoben werden. Dadurch ist es möglich das Wickelgut entsprechend
der Wickelrichtung zu verschieben. Auch können mit
einem Schiebelager Längentoleranzen der Wickelwelle
ausgeglichen werden.Ansonsten entspricht das Schiebelager bezogen auf Verschleißteile, Steh- oder FlanBoschert VT1/VT6/VT7 -Lager
Boschert VT-LagerVorbei sind die Zeiten langwieriger
Reparaturen.In 5 Minuten haben Sie an unseren VTLagern das Verschleißteil gewechselt.__________________Boschert
VT1-LagerBei diesem Modell kann das Verschleißteil
direkt an der Anlage ausgetauscht werden. Der Härtegrad des VT-Teiles und des Wickelwellenzapfen können ohne weiteres auf einander abgestimmt werden.
Die Aufnahmegrößen und die Geometrien einfach ausgetauscht werden. Die Lagerhaltungskosten sind gering, da nur die Einsätze
bereitgestellt werden müssen.Eigenschaften Boschert VT-Lager:Verchromtes
StahlhandradGummifingerschutzHärtegrad der Aufnahme HRC 56schnell auswechselbares Verschleißteil__________________Boschert VT6-LagerEigenschaften:Fertigungstechnis
aufwendiges Wickelwellenende Lagerung und Drehmomentübertragung sehr
gut Einlegen der Wickelwelle sehr einfach Für hohe Drehzahlen gut geeignet
- max. 2000 U/min. Lagerungsqualität gut __________________Boschert
VT7-LagerEigenschaften:Fertigungstechnisch aufwendiges Wickelwellenende
Lagerung und Drehmomentübertragung sehr gut Einlegen der Wickelwelle einfach Für hohe Drehzahlen gut geeignet max. 3000 U/min (mit Handradverriegelung) Lagerungsqualität sehr gut, auch wenn der Vierkannt verschlissen
ist
Bremsen
Bremsen werden an den Klapplagern eingesetzt um
beim Abwickeln auf der Wickelbahn eine Zugspannung zu erreichen. Da sich beim Abwickeln der Wickeldurchmesser ändert, muß das Bremsmoment ebenfalls verändert werden.
Diese Steuerung kann manuell oder pneumatisch erfolgen.Werden Bremsen
mit Boschert Lagern eingesetzt, ist darauf zu achten, daß die Lager mit den
entsprechenden Wellenenden bestellt werden.Funktion Mini Bremse, ESB i,
ESB, DSBDie Bremsscheibe ist axial verschiebbar zwischen der Flanschscheibe
und der Druckscheibe auf dem Wellenende gelagert. Je nach Ausführung
werden, entweder manuell oder pneumatisch, diese Scheiben zusammenge-
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presst und ein Bremsmoment erzeugt.Steuerung der Bremskraft:Mechanische
Steuerung:Mit einer mechanischen Stellschraube wird eine Bremsnormalkraft
erzeugt. Die Steuerung ist durch das Feingewinde feinfühlig, ist aber nicht
durch eine Regelgröße reproduzierbar. Pneumatische Steuerung mit Pneumatikkolben:Mit einem Pneumatikkolben wird eine Bremsnormalkraft erzeugt.
Als Regelgröße kann die Druckluft zum Ändern des Bremsmomentes verwendet werden. Durch den Stick Slip Effekt ist im unteren Druckbereich bis ca. 1
bar keine Regelung möglich. Für normale Regelaufgaben ist diese Anwendung
völlig ausreichend. Pneumatische Steuerung mit Membranzylinder:Ein Membranzylinder erzeugt eine Bremsnormalkraft. Als Regelgröße kann die Druckluft
zum Ändern des Bremsmomentes verwendet werden. Daduch, daß kein Stick
Slip Effekt vorhanden ist, kann auch im unteren Druckbereich bisca. 0,3 bar
geregelt werden. Diese Anwendung ist ideal für sehr feinfühlige Anwendungen.
05/05/2010
BP PLASTICS SDN BHD
Ultra Thin Cast Stretch Film
INFINITY is premium brand of thinner and stronger
hand and machine stretch films. Manufactured with
state-of-the-art technology and undergone stringent
quality control, this environmentally-friendly film has
unparallel puncture and tear resistance yet leaves less
carbon footprint compared to ordinary stretch films.
Features: Extra film length compare to conventional hand roll. Compact and
smaller roll size. Thin gauge film with excellent toughness and puncture resistance. Nature low neck in. Superior optics and quite during unwind. Materials
are ROSH compliance.
Benefit: Offer saving in total packaging costs. Lower handling, transportation
& storage costs. Reduce usage on plastic materials (environmental friendly)
Prefect loads security.
BP PLASTICS SDN BHD
Address
Company News
5A, JALAN WAWASAN 2, KAWASAN,
83300 Batu Pahat, Johor
Malaysia
Phone
+60 7 4557-633
Fax
+60 7 4557-699
Internet address
www.bpplas.com
E-Mail
marketing@bpplas.com
Stand
Hall 08b, F76 (Page 792)
Product Overview
02.03.015
123
BP PLASTICS SDN BHD
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Product Details
Brett Martin Ltd.
02.01.002
Address
24 Roughfort Road
BT36 4RB Mallusk
United Kingdom
Phone
+44 28 90849999
Fax
+44 28 90836666
Internet address
www.brettmartin.com
E-Mail
mail@brettmartin.com
Stand
Product Overview
Marlon Clickfix 1040
Brett Martin Ltd.
02.01.002
02.03.003
02.03.009
02.04.001.04
02.04.001.05
02.04.001.06
(PMMA)
02.04.001.08
02.04.001.11
Brett Martin Ltd.
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Marlon Clickfix1040 is Brett Martin’s new complete architectural glazing system. The interlocking glazing
panels are manufactured from structured polycarbonate sheet which simply click and fix into place for a
completely seamless façade. Marlon Clickfix1040’s
40mm tenwall structure panels provide a U-value of
0.99W/m2k making it a thermally efficient method of introducing natural light
into a building, reducing the overall consumption of energy. The modular design consists of interlocking panels which simply click and fix into place for fast
and easy installation. Available in glass clear for maximum light transmission,
opal for a softer, diffused light and a variety of tints and colours with varying
degrees of solar control, Marlon Clickfix1040 is suitable for use in all building
types in either façade or roof, as cladding or partitioning, internally or externally.
As with all our multiwall polycarbonate, Marlon Clickfix1040 has a full a 10 year
warranty. A range of accessories are also available including options for a fully
thermally broken system. Brett Martin has an impressive portfolio of products in
a variety of plastic material options which include Marlon® Polycarbonate, Marvec® PVC, Marpet® APET, Foamalux® Foam PVC and Marcryl® Acrylic. Sheet
options include multiwall, corrugated and flatsheet as well as complete systems
for roofing and glazing applications.
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Product Details
BYK-Gardner GmbH
02.05.001
Address
Lausitzer Str. 8
82538 Geretsried
Germany
Phone
+49 8171 3493-0
Fax
+49 8171 3493-140
Internet address
www.byk.com/instruments
E-Mail
info.byk.gardner@altana.com
Stand
Hall 05, E18 (Page 780)
Product Overview
BYK-Gardner GmbH
Apparatus and parts
BYK Instruments
BYK Gardner provides innovative and reliable testing instruments to measure
appearance, color and physical properties of plastics and coatings.
02.05.043
Parts for measuring instruments
BYK Instruments
BYK Gardner provides innovative and reliable testing instruments to measure
appearance, color and physical properties of plastics and coatings.
C. Trivedi and Co.
Address
A1/16, G.I.D.C. Estate, Phase-II, Vatva
382445 Ahmedababd, Gujarat
India
Phone
+91 79 40083551/52/53
Fax
+91 79 40083554
Internet address
www.ctrivedi.com
E-Mail
ctrivedi@ctrivedi.com
Stand
Hall 12, D22-8 (Page 806)
BYK-Gardner GmbH
02.05.001
Apparatus and parts
02.05.043
03.07.001.03
Software
03.09.001
Measuring and test equipment for rheological
properties
03.09.002.01
Thickness gauges
03.09.002.05
Other measuring and test equipment for mechanical or
dynamic properties
03.09.005
Measuring and test equipment for optical properties
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Core Cutting M/c, Stretch Wrapping Machine
Product Overview
02.02.003
C. Trivedi and Co.
Printing
Celtiplast SA
03.02.006.04
Machines for the tyre industry
03.03.005
Winding equipment
03.03.006
Slitter rewinders
03.04.001
Printing equipment for plastic and rubber products
03.04.004
Laminating plant
03.04.005
Coating plant
Product Details
02.02.003
Address
21270 Pontailler sur Saone
France
Phone
+33 3 80472020
Fax
+33 3 80472029
Internet address
www.celtiplast.com
E-Mail
celtiplast@wanadoo.fr
Stand
Hall 05, C18-10 (Page 780)
C. Trivedi and Co.
Printing
Product Overview
Product information
02.01.002
Rotogravure printing M/c Up to 12 Colours (Auto Registration Model Up to /200 M/Min.) (Standard Model Up
To 150M / Min.) (Economical Model Up to 100M/Min)
Product Details
02.01.002
• Dry & Wet lamination & coating Machine (Special type
of coating M/C like gravure, Maybar, Reverse Roll, Air
Knife Kiss Roll, Five Roll & Dr. Blade.) Water Base
Coating M/c for flexible laminates.
Celtiplast SA
Celtiplast SA
Tubes
• Duplex surface slitter rewinder M/C Up To 400 M/Min. Cantilever Differential
Slitter Rewinder M/c up to 300M/Min. Mini surface sliter rewinder M/C Up To
100M/Min. Heavy Duty Surface Slitter Rewinder machine upto 3000 mm web
width & 1000 mm Rewind Dia. Duplex Centre shaft slitter rewinder M/c (Simple),
Special Type Slitter for 10mm Cutting for Polyester, BOPP, Paper, & Cloth.
• Inspection Cum Salvage Rewinder M/c. (Doctoring M/c) Narrow wed slitting
cum Doctoring M/C Full Width Web Doctoring M/C.
We mostly manufacture: HDPE, PP, ABS, PC, PMMA,
PA, PS . . .
Diameters : From 3 mm to 250 mm
Thickness : From 0,18 mm to 20 mm
Length customized to suit your needs
We also work with you to meet your specific manufacturing needs
• Bow Rollers & Slat Expander For Wrinkle Removing Up to 4000 mm web width
• Linear /Fabric Re- Rolling M/c For Tyre Cord, Textile & Jute etc. Pneumatic
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PROFILES AND STAKES
welding Cell. This two cell line will be the main event on the stand and will
be operating live throughout the duration of the show manufacturing a gift for
interested visitors. The 1300 FA cell equipped with an Epson robot is used to
assemble the gift which will comprise both plastic parts and a metal part.
Plastic profiles and stakes
We mostly manufacture : HDPE, PP, ABS, PC, PMMA, PA, PS, ...
Plastic profiles : Width from 5 mm to 280 mm (Full or hollow)
Prior to assembly of the product, a Cencorp laser marking unit will be used to
personalise the product to the visitors’ specifications.
Stakes : Diameter from 3 mm to 100 mm
All our plastic section are custom-made through the collaboration of our research
department and your services.
Send us your plans for researching, free estimates.
Cencorp Oyj
Address
The live demonstrations will enable visitors to assess the real capabilities and
flexibility of the Cencorp range and Cencorp would be delighted to meet any customers or potential customers that would like the opportunity to be introduced
to this comprehensive range of machines at the show and would be happy to
arrange appointments on request. Please contact Mats Lillqvist – Product Manager –Production Automation, to arrange a convenient time either by email to
mats.lillqvist@cencorp.com or by phone on +358 40 562 9438. The Cencorp
team look forward to meeting you there.
Insinöörinkatu 8
50100 Mikkeli
Finland
Product Overview
Phone
+358 20 7747-788
01.10.003
Additives for laser transmission welding
Fax
+358 20 7747-770
01.14.002
Decorative films
Internet address
www.cencorp.com
02.02.003
Printing
E-Mail
info@cencorp.com
02.02.004
Type printing
Stand
Hall 11, E65 (Page 802)
02.02.005
Welding
02.02.006
Embossing
02.03.002
Company News
09/26/2010
Cencorp Oyj
Cencorp Oyj
Cencorp Showcase New Machines in Live
Manufacturing at K2010
At K 2010 27th October – 3rd November 2010, Dusseldorf, Hall 11 stand E65
Cencorp will be showing a wide range of manufacturing solutions along with
launching for the first time their new final assembly cell the 1300 FA.
Cencorp will be demonstrating live on their stand the outstanding capability and
flexibility of the 1300 FA assembly cell by showcasing it with a laser plastics
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02.03.008
03.07.003.01
Handling devices
02.03.016
engineering
03.07.003.02
Manipulating industrial robots, reprogrammable
03.07.003.03
Assembly systems
02.05.003
03.07.005.01
Stacking devices
02.05.007
Coatings
03.07.005.05
Equipment for palletizing
02.05.009
Data-processing equipement
04.05
Subcontracting
02.05.014
02.05.017
Telecommunication equipment - parts
02.05.044
Metalised parts
02.05.045
Micro parts
02.05.047
Centroplast Engineering Plastics GmbH
Address
Unterm Ohmberg 1
34431 Marsberg
Germany
Surface treated and decorated parts
Phone
+49 2992 9704-0
03.03.004
Cutting machines
Fax
+49 2992 9704-30
03.03.008
Punching and perforating machines
Internet address
www.centroplast.de
03.03.010
Deflashing equipment
E-Mail
info@centroplast.de
03.04.001
Stand
Hall 05, E06 (Page 780)
03.04.002
Marking equipment
03.05.008
03.07.001.02
Machine vision systems
03.07.002.04.04
Belt conveyors
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Company News
Product Overview
04/22/2010
New high-temperature polypropylene CENTROLAB HT
/ PP-HT from Centroplast
02.01.002
02.01.003.01
by spray-up
02.01.004
02.01.006
Parts made by mechanical treating
02.03.001
02.03.002
02.03.003
02.03.007
02.03.008
Specially for medical technology Medical equipment is steam-sterilised at high
temperatures. In order to kill off even highly resistant prions, a temperature of at
least 132ºC needs to be achieved. With its resistance to temperatures of up to
140°C, CENTROLAB HT / PP-HT is consequently ideal for use in sterility-critical
environments and is suitable for analytical devices and laboratory equipment,
chemical containers and apparatus, sterilising units as well as the containers,
trays and handles used in the healthcare sector. For example the Swiss medical
technology bricon ag is already using this material in the manufacture of support
trays for spinal implants.
02.03.009
02.03.010
02.03.011
02.03.012
Mechanically highly loadable CENTROLAB HT / PP-HT in addition has a particularly high mechanical load-bearing capacity and exhibits good friction and wear
behaviour. The high-strength, ultra-rigid, hard plastic features a low density and
excellent electrical insulating properties. As a material offering such a broad
range of performance characteristics, CENTROLAB HT / PP-HT is predestined
for uses in other areas beyond the healthcare industry, such as the bottling and
packaging industries, the automotive, electrical engineering and plastics industries, and in mechanical and plant engineering.
02.03.014
industry
02.03.015
02.03.016
engineering
Polypropylene is a highly versatile plastic, and its range
of mechanical properties can readily be extended by
means of special admixtures. Centroplast Engineering
Plastics GmbH, a manufacturer of engineering plastics, has capitalised on this fact for the new compound
material CENTROLAB HT / PP-HT. Instead of exhibiting polypropylene’s normal maximum operating temperature of 100 °C or temporarily 110 ºC, CENTROLAB HT / PP-HT actually remains thermally and dimensionally stable up to 140 ºC and thus closes the gap between polypropylenes and
engineering thermoplastics.
Autoclavable up to 140 ºC CENTROLAB HT / PP-HT can be sterilised in the
autoclave, steam-jetted, and is resistant to acids and chemicals. To verify these
properties, the plastic was also successfully put through sterilisation and decontamination tests by the C.R.T.T. Institute. CENTROLAB HT / PP-HT in addition
complies with foodstuff regulations to BfR/FDA and USP Class VI. This custommade plastic is therefore optimised above all for uses in the food and drinks
industry, by chemical and pharmaceutical companies and by manufacturers of
medical technology.
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02.04.001.01
Semi finished products of acryl-nitrile-butadiene (ABS)
02.05.023
02.04.001.03
Semi finished products of polyamide (PA)
02.05.024
02.04.001.04
02.05.025
Handles
02.04.001.05
02.05.032
Laboratory equipment- technical parts
02.04.001.07
02.05.033
02.04.001.13
02.05.034
Bearing boxes, bushes and sections
02.05.035
Bogie wheels and runners
02.04.001.14
parts
02.05.043
02.05.050
Parts for pumps
02.05.068
Technical films
02.05.069
Parts of industrial laminates
02.05.075.01
02.05.075.02
02.05.080
02.04.002
Films
02.04.003.01
02.04.003.02
02.04.003.03
Parts from high performance thermoplastics
02.05.002
Armatures and parts
02.05.010
Sealing profiles
02.05.011
Sealings/Sealrings
02.05.020
Filters and parts
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latches, headlights, valve heads, electronic housings, door modules, ABS and
airbag controls and to much more parts of new vehicles of different manufacturers. The building has got estimated construction costs of about 1.5 Mio. Euro
and has got a size of approx. 1.900 square yard, so that up to seven production
machines with 18 work places can be installed.
CeraCon GmbH
Address
Talstr. 2
97990 Weikersheim
Germany
Phone
+49 7934 9928-0
Fax
+49 7934 9928-600
Internet address
www.ceracon.com
E-Mail
epost@ceracon.com
Stand
Hall 11, G06 (Page 802)
Company News
03/09/2010
It was a clear decision for CeraCon to stay in Weikersheim as the support of
the municipality is exceptional. The General Manager of CeraCon, Mr. Andreas
Kreissl, who is responsible for Sales and Marketing, pointed out that the good cooperation with the mayor is an important reason for CeraCon to stay in the region
and to build the new production hall at the same location as the headquarters.
Product Overview
CeraCon GmbH
CeraCon GmbH
01.04.023
01.08.015
One-pack adhesives
02.04.001.10
02.05.010
Sealing profiles
02.05.011
Sealings/Sealrings
03.02.002.02
03.02.004.01
Compression and transfer moulding presses
03.02.005.03
Other machinery for foam
03.02.005.05
Casting machines for open moulds
04.05
Subcontracting
CeraCon remains on course of expansion
The German company CeraCon GmbH remains on course of expansion and
enlarges its capacities. The engineering company which was founded in 2000
with 5 persons has moved to a new building in 2002, but last year CeraCon
recognised that more production space would be necessary and a new production hall has to be built. The exceptional development of the business area “Contract gasketing” lead to the fact that parts of the company have to move from the
headquarters to a new domicile. CeraCon is designing, engineering and selling
customer-specific machines for sealing and curing parts of different branches
such as the automotive, the automotive suppliers, the electronics or the white
goods. A few months after the foundation of the company a new business area
was created in addition to the engineering sector: the Contract gasketing. This
business division is applying foam to the parts that the customers provide. The
operation of such machines as well as the storage of customer parts were reasons why more space is
needed. Therefore the company decided to rent a new building last year. To
meet the requirements of the market it was necessary for CeraCon to build a
new production hall for the business area „Contract gasketing“.
Starting in October 2008 four production machines and ten operators are working in three-shift operation and are taking care that foam is applied to door
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An EMBOSSING CYLINDER can also CUSTOMIZE the FINISH in imprinting a
relief on the sheet.
CIFRA
Address
6, Rue de la Plaine - Z.I.
02400 Chateau Thierry
France
Phone
+33 3 23838202
Fax
+33 3 23838210
PLASTIC, PVC and BAREX® :
Internet address
www.cifra.fr
Plastic is a PROGRESSIVE MATERIAL. It is the 21e century’s material, and has
endless applications..
E-Mail
cifra@free.fr
Stand
Hall 03, D95-1 (Page 776)
The resultant film is then COOLED, ROLLED or SLIT, according to the required
widths.
This sheet can also be DOUBLED with other material or LAMINATED or
COATED to give complementary qualities
CIFRA produces by the calendering process RIGID and FLEXIBLE PVC film,
and BAREX® film, which has intrinsic Rigidity and high gas BARRIER PROPERTIES.
• PVC or ” Polyvinyl chloride ” or (C2H3Cl)n is a polymer, made from 43%
PETROLEUM and 57% SALT , for whilch resources are very important.
Product Overview
CIFRA
01.01.106
02.04.001.11
Its specific gravity is about 1,30 - 1,40.
BAREX® is a Copolymer of acrylonitrile and Méthyl acrylate.
(résine agréée LNE, BGA, FDA).
02.04.004
Product Details
02.04.001.11
It is associated with an interesting and low specific gravity of 1,15 - 1,20.
Compounds/Recyclates
CIFRA
SOME FIGURES :
PVC’s market is mature and grows at an everage of 1% to 2% per year.
PVC représents 22% of the global use of plastic.
THE CALANDERING PROCESS :
West Europ used 5,55 Million tons of PVC in 1999 : 2/3 in rigid PVC 1/3 in
flexible PVC 12% of this consumption concerns PACKAGING in form of films
and bottles.
It allows the CONTINUOUS PRODUCTION of PLASTIC FILM with a garantee of REGULAR THICKNESSES
and GOOD LAY FLAT .
PVC’s ADVANTAGES :
The elements of a FORMULA are BLENDED, HEATED and GELLED to PASS
between several successive CYLINDERS of a calender, which will produce
gauges and lay flat.
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PVC is the MOST VERSATILE MATERIAL in the world, with a lot of INTERESTING PROPERTIES :
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- Light
CIFRA offers a range of films with standard colours or matched to samples.
- Solid, rigid, strong and durable
- Additives : confer specific properties to the film according different uses or
conversions.
- Waterproof
- Self-extinguishing and fire-safe (for rigid)
- Inert, stable
- ECOLOGICAL & ECONOMICAL
- 100% RECYCLABLE
Cinpres Gas Injection Ltd.
THE ADVANTAGES of BAREX® :
Address
Prosperity Court, Midpoint 18
CW10 0GD Middlewich
United Kingdom
Phone
+44 1606 839800
Fax
+44 1606 839801
Internet address
www.cinpres.com
E-Mail
info@cinpres.com
Stand
Hall 11, G33 (Page 802)
- Monolayer film with high barrier rating to gas and aromas
- Improvement of the products shelf-life
- excellent chemical résistance
- high rigidity et low density (1,15)
- excellent mécanical properties
- easy to convert, vacforming, HF and thermic welding
- ECOLOGICAL and 100% RECYCLABLE
- A monomaterial alternative to laminated products.
PVC is a VERSATILE MATERIAL, universally available for every type of PLASTIC CONVERSION.
According to customer’s requirements, elements become integrated into the formula, such as :
- Stabilizers : to stabilize and improve the heat-résistance of PVC in the calandering process.
All PVC film from CIFRA conforms to regulations.
Standard rigid PVC from CIFRA is food contact certified and approved for pharmaceutical use.
Company News
10/27/2010
SURPRISE MOVE FOR CINPRES
Cinpres, the global leader in assisted gas injection technology, has signed a remarkable deal with a German partner that
will lead to a revitalised global product offering and a major
overhaul of its presence in the German market.
The move was announced on the eve of the K Show, the
world’s leading plastics industry fair.
CIFRA produces to order custom-made rigid and flexible film.
The deal is with Maximator, the market leader in high pressure
technology and Germany’s leading supplier of high pressure
industrial gas systems. Under the agreement:
- Pigments : to give colour to the sheet.
• Cinpres will sub-license its technology to Maximator in the German market.
- Plasticisers : to give more or less softness to the film.
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total support in doing so,” said Butler.
• The two companies will merge their global product offering.
Maximator will have exclusive rights to represent Cinpres in Germany; all other
arrangements in the country have been terminated.
The way was cleared for the deal two years ago when Cinpres won a long legal
tussle with US-owned competitor Melea over control of a suite of technology
licenses.
The Cinpres victory, which came after protracted trans-Atlantic court proceedings, was so emphatic that Melea was liquidated – and Cinpres even bought its
remaining licenses from the liquidator.
Maximator had represented Melea in Germany and won the (grudging) respect
of Cinpres executives for its work.
“Germany is a critical market and Maximator caused us many problems over the
years,” said Mr Butler. “We had the strongest global presence in the industry but
weren’t matching that in Germany.”
In terms of merged technology, Cinpres will concentrate on gas controllers, generators, electric compressors and liquid cool systems; Maximator will concentrate on compressor stations, air-driven gas boosters, hydraulic-driven compressors, water assist systems, proportioning and dosing systems, nozzles and injectors.
For Cinpres, the move caps a global brand revitalisation. After winning its case,
the firm was recapitalised by its parent company and set about improving its
global representation. New agents and distribution arrangements have been
secured in India, Brazil, The Czech Republic, Poland, Italy, Spain and France.
Talks with Maximator opened tentatively in 2009 but “progressed rapidly” when
the potential benefits to the companies and their customers became clear. “We
jointly had a hard, objective look at the market, and what each company does
best,” said Mr Butler.
“Our gas controller is copied across the world. Why? Because it has a better
design, is packaged better, is more cost-effective and has a better valve than
anything else on the market.
“It’s a powerful proposition for Maximator and will make life simpler and easier for
customers. There’ll be no further confusion over who-owns-what technology.”
Henning Willig, Managing Director of Maximator, said: “We reached agreement
on both these platforms just before the K Show. But it’s been obvious for some
time that there was real customer benefit in combining our offerings in this sector.
“The two companies have different, and complementary, core skills but share
values and a culture which has many common features.
“The path for this agreement was opened by Cinpres winning its global legal
battles with Melea, and then buying the remaining Melea licenses from the liquidator. Once that had happened, there was little to stand in the way of us
working together for the benefit of customers.
“I don’t believe there is any assisted injection molding solution that we cannot
now provide. We share, with Cinpres, a commitment to helping customers reduce cost, improve quality and maximise profitability, because that is what generates customer loyalty.”
ends
Product Overview
02.01.002
02.01.010
03.08.007
Equipment for gas injection
03.08.008
Equipment for water injection
“But nozzles, injectors, and actuators call for precision-engineering in a beautiful CNC-equipped manufacturing facility … precisely what Maximator can offer.
Bluntly, they can do that better than us,” he said
“In the German market Maximator has unrivalled customer relationships. They
did a great job for Melea and will continue to work with the same technology
now the licenses are owned by Cinpres. They’ll be able to offer a complete
range of technical solutions for almost any requirement – and they’ll have our
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mit außergewöhnlichen Ideen. Als Produzent, als Entwickler, Problemlöser und
Dienstleister orientieren wir uns an dieser Maxime. Das wichtigste Ziel für uns ist
es, effiziente Lösungen für die unterschiedlichsten Anforderungen der Industrie
zu finden. Darum betreiben wir intensiv Produktentwicklung - gemeinsam mit
unseren Kunden. Für eine optimal passende Lösung.
CMC Klebetechnik GmbH
Address
Technische Klebebänder und Beschichtungen
67227 Frankenthal
Germany
Phone
+49 6233 872300
Fax
+49 6233 872390
Internet address
www.cmc.de
E-Mail
info@cmc.de
Stand
Company News
24.09.2010
Wir bieten interessierten Kunden auf Basis unserer Beschichtungsanlagen und
der jahrzehntelangen Erfahrung umfangreiche Möglichkeiten, kundeneigene Lösungen zu realisieren. Dabei ist es egal, ob Sie eine neue Folie mit einer Standardbeschichtung versehen wollen oder eine neue Beschichtungsmasse auf
eine beigestellte Folie aufbringen lassen wollen.
Sie erhalten - wenn notwendig - Unterstützung bei der Formulierung der Beschichtungsmasse durch unser Labor (unsere Möglichkeiten sind nicht nur auf einen
”Kleber”-Auftrag beschränkt) . Auch stehen wir Ihnen bei Bedarf gerne bei der
Auswahl der Rohstoffe (Trägermaterialien) zur Verfügung.
Eventuell notwendige ”Hilfsmittel” wie Silikonpapier, Abdeckfolien oder LaminatPartner stehen in großer Vielfalt zur Verfügung. Die Mindestbeschichtungsmenge sollte 1000m² nicht unterschreiten. Die Gesamtkapazität liegt bei
mehreren Millionen Quadratmeter pro Jahr. Natürlich kann die lohnbeschichtete
Ware im Anschluss auch geschnitten oder formatiert werden.
Kennzahlen:
Verstärkung in der Produktionsleitung
Auftragsstärke ca. 8 µm - 60 µm (Sonder: bis 1000 µm)
Coloprint Tech-Films GmbH & Co. KG ist die Tochterfirma der CMC Klebetechnik. Sie ist schwerpunktmäßig im Folienhandel und der Stanztechnik tätig.
Zum 3. Quartal 2010 wurden zur Verstärkung und Professionalisierung der
Entwicklungs- und Fertigungskapazitäten Herr Jürgen Nick (jn@tech-films.de)
und Herr Ralf Müller (ralf.mueller@tech-films.de) eingestellt.
Herr Jürgen Nick übernimmt die Fertigungsleitung. Er kann an dieser Stelle
optimal seinen großen Erfahrungschatz aus der Beschäftigung bei einem bedeutenden Hochleistungsfolienhersteller nutzen.
Herr Ralf Müller unterstützt Ihn in der Stanz- und Laminationsabteilung als Bereichsleiter. Er bringt umfangreiche Erfahrungen aus dem Sondermaschinenbau
mit. Er ergänzt damit ideal die sehr stark kundenindividuell ausgerichtete Arbeitsweise der Coloprint Tech-Films.
31.05.2010
Kundenspezifische Beschichtungen für
anspruchsvolle Aufgaben
Ein Unternehmen und seine Produkte sind so stark wie die Menschen, die
dahinter stehen. Dafür stehen wir mit unserer Überzeugung und bei Bedarf auch
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Breite ca. 500 - 1900 mm
Trägerstärke ca. 6 µm - 350 µm (Sonder: bis 1 mm)
Lösungssystem auf Lösemittel- oder Dispersionsbasis
Trocknungsart Heißluft unter Inert-Atmosphäre
Vorbehandlungs-möglichkeiten Coronavorbehandlung
Laborbeschichtungsanlage
Laborbeschichtungskanal bis 300mm - für Dispersionen und Lösemittelbeschichtungen geeignet
31.05.2010
Beschichtungs-Know-How für kundenspezifische
Folienveredelungen
Die CMC Klebetechnik GmbH ist ein mittelständisches Unternehmen, das sich auf kunden- und anwendungsspezifische Lösungen spezialisiert hat. Schwerpunkt der Tätigkeit ist das Beschichten von folienartigen Produkten mit Funktions-
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und Kleberbeschichtungen.
fische Entwicklungen.
Die Klebetechnik GmbH und die Produktionsgesellschaft Colorit GmbH bestehen seit den 50er Jahren und haben während dieser Zeit Ihre Kompetenz und
technische Ausrüstung konsequent weiterentwickelt.
Deshalb ist ein Klebeband von CMC Klebetechnik nicht nur ein beliebig austauschbares Produkt, bei dem es ausschließlich auf den Preis ankommt.
In dem eigenen Entwicklungslabor werden moderne Klebstoffrezepturen passend
zu den Anwendungen z.B. in der Elektrotechnik, der Luftfahrt- und Automobilindustrie sowie vielen anderen Branchen entwickelt. Zusammen mit dem
langjährigen Erfahrungsschatz in Anwendung und Technik entwickeln erfahrene
und kompetente Berater mit Ihnen zusammen maßgeschneiderte Lösungen gerne auch vor Ort.
Auf mehreren verschiedenen Beschichtungsanlagen, die umwelttechnisch auf
dem aktuellen Stand sind, werden die unterschiedlichsten folienartigen Materialien mit Funktionsoberflächen beschichtet. Und was nicht passt, wird kundenspezifisch angepasst. Das betrifft auch die Möglichkeiten zum Formatieren,
Schneiden und Stanzen.
Auf einer Grundstückfläche von ca. 25.000m² arbeiten rund 120 Mitarbeiter am
Standort Frankenthal in der Pfalz.
Unsere Lieferanten sind uns ebenfalls wichtige Partner. Es sind die namhaften
Hersteller wie z.B. Du Pont, BASF, Mitsubishi und Bayer – aber auch eine Reihe
kleiner Spezialisten.
Seit 1995 sind die Klebetechnik und Colorit nach ISO 9001 zertifiziert, seit
2000 auch nach ISO 14001. Viele unserer Standardklebebänder sind ULgelistet und sind im IMDS-System der Automobilindustrie eingetragen. Alle Klebebänder entsprechen der RoHS-Verordnung und unterliegen damit keinerlei
Beschränkung.
Unsere Maxime
höchste Qualität große Flexibilität verantwortungsbewußte Beratung konstruktive Unterstützung Termintreue kurze Lieferzeiten faires Preis-/ Leistungsverhältnis kundenorientierte Fertigung Ein Klebeband lediglich auf den Preis pro
Quadratmeter zu reduzieren und dann Vergleiche zwischen Anbieter A und B
anzustellen, wird dem Service der CMC Klebetechnik nicht gerecht.
Anders als viele Converter (Händlern) mit einem sehr breiten Programm an
Produkten verschiedener Hersteller und Produktausprägung wird bei CMC Klebetechnik nur auf selbst hergestellte Klebebänder zurückgegriffen. Durch diese
Eigenproduktion ist ein großes Hintergrundwissen über verwendete Folien und
Kleber vorhanden, welches die erfahren Mitarbeiter optimal einbringen können
bei der Lösung von Kundenanforderungen.
Angepasste Systemlösungen und ein gutes Service-Dienstleistungsangebot reduzieren die „Total cost of ownership“. Denn ein optimal ausgewähltes Produkt
hilft bei der Beschaffung (z.B. Verfügbarkeit in der benötigten Ausführung), der
Montage (Fertigungszeit reduziert) und bei dem Service im Feld (geringere Folgekosten durch große Langlebigkeit) Kosten zu sparen.
Die CMC Klebetechnik ist in verschiedenen Märkten gut etabliert und baut diese
Position kontinuierlich aus.
Product Overview
02.01.005
Parts made by laminating
02.02.003
Printing
02.03.002
02.03.006
appliance
02.03.007
02.03.008
02.04.002
Films
02.04.004
02.05.015
02.05.065
customer’s tools
CMC Klebetechnik stellt nicht nur das Klebeband an sich in den Mittelpunkt
seines Angebots, sondern bietet darüber hinaus Beratung und kundenspezi-
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02.05.068
Technical films
04.05
Subcontracting
Product Details
02.04.002
beband diesen Bedingungen trotzen können. Voraussetzung dafür ist vor allem
eine gute Verklebung auf der an sich abweisenden Oberfläche der ETFE-Folie.
Dies gelingt hervorragend mit dem doppelseitig klebenden ETFE-Klebeband
CMC 77703. Der spezielle Kleber widersteht dauerhaft einer Unterwanderung
und haftet zuverlässig auch auf ETFE- oder PVDF-Oberflächen.
Films
CMC 77703 - Flexible Solarmodule sicher verkleben auf ETFE
Luftig leicht Bauen mit ETFE-Membranmodulen ist mittlerweile State-of-the-Art
für viele Architekten und Auftraggeber. Dies in Verbindung zu bringen mit der
Umwandlung kostenloser Sonnenenergie in elektrischen Strom und einer klimatisierenden Beschattung kommt der Quadratur des Kreises gleich.
Fassaden, Decken- und Überdachungskonstruktionen aus ETFE-Folienkissen
bestechen durch den scheinbar weitgehenden Verzicht auf Stützkonstruktionen
und bieten weitgehende Designfreiheit durch Freiformflächen. Diesen Vorteil
nutzt man seit einigen Jahren zunehmend im Baubereich – daher auch die Bezeichnung „Fünfter Werkstoff” neben Metall, Stein, Glas und Holz.
Ihre Stabilität erhalten diese Konstruktionen dabei durch den inneren, geringen
Überdruck in den Membrankissen. Durch das geringe Flächengewicht lassen
sich so sehr große Strecken ohne Stützkonstruktion überspannen.
Allerdings sind diese Konstruktionen nur bedingt mit zusätzlichem Gewicht belastbar.
Als zweites Problem tritt bei starker Sonneneinstrahlung der gleiche Effekt wie
in einem Treibhaus auf: die Wärmestrahlung gelangt ins Innere des Gebäudes
und heizt dieses auf. Variable Beschattungssysteme können diesen Effekt vermindern.
Da, wo absehbar eine partielle Dauerbeschattung notwendig werden wird oder
konstruktiv der Bereich nicht transparent sein muß, kann man Folien-Solarmodule
verwenden.
Diese millimeterdicken Solarmodule bestehen aus einer dünnen Funktionsschicht (Stahlfolie, Polymerfolie), auf die die fotosensitive Schicht aufgebracht
wird. Zuletzt werden diese Solarzellen dann zwischen zwei Schutzfolien eingeschweißt.
Die wesentlichen Vorteile sind die relativ geringen Fertigungskosten für die Solarzellen und das sehr geringe Flächengewicht des fertigen Solarmoduls.
Diese flexiblen Module können, selbstklebend ausgerüstet, auf den Membrankissenflächen
verklebt werden. Natürlich muß dabei beachtet werden, dass die Solarmodule
dem gesamten Spektrum der Bewitterung (Kälte, Feuchte, Hitze, ggf. Windangriff) ausgesetzt werden. Daher muß auch das verwendete, doppelseitige Kle-
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Der durch die Solarmodule gewonnene Strom kann entweder ins Netz eingespeist werden oder direkt zur Klimatisierung des Gebäudeinneren genutzt werden.
So gelingt, was anders kaum oder nur sehr kostenintensiv möglich ist: Leichtbauweise, hohe Formfreiheit bei der Gestaltung und doppelter Nutzen durch den
Abschattungseffekte und die kostengünstige Gewinnung elektrischer Energie.
Hochleistungsfolie Polyarylat
ARYPHAN wird im Lösungsmittelgießverfahren aus Polyarylat ohne Zugabe von
Weichmacher hergestellt. Je nach Oberfläche der Gießunterlage kann die Folie
mit einer mattierten oder glänzenden Oberfläche hergestellt werden.Für die Folien,
welche bei LOFO mittels der Lösemittel-Giesstechnologie hergestellt werden,
besteht ein breites Anwendungsgebiet. Speziell seit der Einführung von LCD
Flachbildschirmen für PC-Monitore, Notebooks und Fernseher, steigt der Bedarf an unseren high tech Folien kontinuierlich an. Wegen dem aufwändigen
Produktionsverfahren und den hohen Anforderungen im Umweltschutz, wird die
Lösemittel-Giesstechnologie weltweit nur von wenigen kompetenten Produzenten praktiziert. Übersicht der FolientypenAryphan F: Schwer entflammbar (UL94,
VTM-0), farblos, hochtransparent (glänzende Typen), hohe Temperaturbeständigkeit.Aryphan
N: Hohe Temperaturbeständigkeit, gelb (farblos möglich), gute Tiefzieheigenschaften.Serienprodukte sind beispielsweise Polarisator Schutzfolien für LCD,
Spezialfolien für Mikrofone oder Lautsprecher in Mobiltelefonen, Folien im Grafikbereich aber auch Produkte für die Pharmaindustrie sowie für die Leiterplattenherstellung.Neuentwicklungen von LOFO high tech Folien finden Anwendung
in Brennstoffzellen, optischen Speichermedien oder im technischen Bereich als
Hochtemperaturfolien.
Polyphenylensulfid-Folie (PPS)
Polyphenylensulfid – Folie (PPS) von CMC Klebetechnik
Die Geschichte von Folienmaterial aus PPS ist anders wie bei vergleichbaren
Hochleistungswerkstoffen relativ kurz. Erst seit 1987 sind Folien aus diesem
Material verfügbar und es gibt nur einen bedeutenden Hersteller dafür: die japanische Firma Toray.
PPS – Folien sind in ihrem Leistungsvermögen in etwa einzustufen zwischen
PEN, Polycarbonat und Polyimid. Einzelne herausragende Eigenschaften prädes-
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tinieren den Werkstoff jedoch für elektrische Anwendungen unter harschen Bedingungen.
Biaxial gereckte PPS-Folien sind in einem breiten Dickenspektrum verfügbar
(1,2µm – 350µm), wobei Standardtypen zwischen 12,5 und 100µm liegen.
PPS-Folien haben gegenüber Polyester-, PEN- oder Polyimidfolien folgende
Vorteile:
- sehr geringe Wasseraufnahme (0,05%; PEN: 0,4%; PI: 2,2%)
- exzellente, herausragende Hydrolysebeständigkeit
- bei Einsatz in Sattdampf keine wesentliche Änderungen der Eigenschaften
- das Material ist grundsätzlich selbstverlöschend gemäß UL94 V0
- es besitzt eine hohe Dauergebrauchstemperatur (UL-746B: 200C)
- kein Bruch oder Splittern bei niedrigen Temperaturen bis –195°C
- kurzzeitig kann PPS bis 260°C/1h belastet werden ohne signifikante Schwächung
der mechanischen Eigenschaften
- eine exzellente Chemikalienresistenz ohne bekannte Schwachpunkte wie bei
PET oder PI (organische Lösemittel, Säuren, Basen)
- die Dielektrische Konstante ist sehr stabil über einen weiten Temperaturbereich
(150°C) bzw. Frequenzbereich
- Gute Coronabeständigkeit vergleichbar Polyesterfolie (CTI=1)
- das Material weist nahezu keine Kriechneigung unter Druck auf und ist sehr
formstabil über den gesamten Temperaturbereich.
- Als Thermoplast ist das Material formbar zu 3D-Teilen (z.B. Lautsprechermembranen)
Wie gewohnt sind die Weiterverarbeitungsmöglichkeiten Beschichten, Schneiden, Stanzen oder Formatieren von der Firma CMC Klebetechnik verfügbar. Der
Einsatz von PPS-Folien in der eigenen Produktion wird so deutlich erleichtert.
02.05.015
Lebensdauer erhöhen - teilentladungsfeste Klebebänder
Lebensdauer erhöhen - teilentladungsfeste Klebebänder
In der jüngeren Vergangenheit gab es vermehrt die Anforderung, Isolationsmaterialien zu verwenden, die ein gutes TE-Verhalten zeigen.
Teilentladung zeichnet sich dadurch aus, dass zunächst nicht die gesamte Isolierstrecke durchschlägt, sondern nur ein Teil der Isolierstrecke. Diese Teilentladungen in einem Teil des Isoliersystems werden aber im Laufe der Zeit zu
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einer immer grösseren Schadensstelle führen. Nach Stunden, Tagen, Wochen,
Monaten oder Jahren ist dann das Isoliersystem durch die dauernde Teilentladung so geschwächt, dass es zu einem Volldurchschlag kommt.
TE oder Teilentladungsfestigkeit beschreibt also prinzipiell die Beständigkeit des
Isolationsstoffes gegenüber der Dauerstressbelastung durch hohe (Wechsel-)
Spannungen. Sie ist zugleich auch ein (wenn auch vages) Maß für die Dauerzuverlässigkeit der Isolationsfolie.
Teilentladungsprüfungen (Partial Discarge Test) in der Gerätefertigung dienen
dazu, die Güte eines kompletten Isolationssystems und des elektrischen Aufbaus zu überprüfen oder Qualitätsmängel an Wicklungen zu detektieren. Die
Prüfung kann sowohl in Verbindung mit der Hochspannungsprüfung als auch
mit der Stoßspannungsprüfung erfolgen.
Aus Erfahrungen bei Kunden und Meßreihen haben sich die Fluor-Polymerfolien
als besonders geeignet herausgestellt. Das mag auch an dem guten Hochfrequenzverhalten dieser Materialien liegen.
Daneben gibt es eine Variante der gut bekannten Kapton® HN Folie, die sich
durch eine besonders gute Coronabeständigkeit (Glimmentladung, Teilentladung)
auszeichnet: Kapton® CR.
Für Anwendungen, bei denen es auf eine besonders hohe Zuverlässigkeit und
Lebensdauer ankommt (zum Beispiel Frequenzumrichter in Windkraft- und Solaranlagen), kann es sein, dass günstige Isolierstoffe wie Polyester oder PEN
nicht ausreichend sind. Insbesondere bei der Anwesenheit von Feuchtigkeit
und Wärme (z.B. in einem Schaltschrank/-kasten im Außenbereich) kann es zu
zusätzlichen Ab-bauprozessen im Isolationsstoff kommen (Hydrolyse).
Insgesamt erreichen Produkte wie CMC 75730 (FEP-Folie), CMC 75738 (PTFEFolie) oder CMC 77700 (ETFE-Folie) hervorragende Lebensdauerbewertungen,
da diese Art der Polymer von sich aus eine sehr große Alterungsbeständigkeit
besitzen sowie eine gute TE-Leistung (hohe TE-Einsatzspannung) mitbringen.
Alle Varianten sind leicht dehnfähig, so dass sie bei sorgfältiger Auslegung der
Wicklungen und des Spulenkerns eine sichere Trennung von Primär- zu Sekundärwicklung ermöglichen (alternativ zum Fiedern von z.B. Polyes-terfolie).
Die Kapton® CR Folie wird seit langem im Hochspannungsmotoren- oder –generatorenbau eingesetzt. Ausgedehnte Versuche bei ABB und Siemens haben
nachgewiesen, dass die Glimmentladungsbeständigkeit gegenüber „normalem”
Kapton® HN oder Polyimid-Folie anderer Hersteller deutlich viel höher ist.
Kapton® Folie hat anders wie die Fluorpolymerfolie nicht die Neigung, unter
Druck nachzugeben. Dafür ist die Folie aber auch steifer, was in den Randbereichen „Wicklung zu Spulenträger” zu Problemen führen kann (Umschlagen).
Wenn also mehrere Belastungsarten zusammen kommen – hohe Spannung und
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Umwelteinflüsse – sowie eine große Lebensdauer gefordert wird, kann der Einsatz dieser relativ teuren Isolierfolien Sinn machen.
Bei anderen, günstigeren Isolationsmaterialien, die bereits seit vielen Jahren mit
guten Erfahrungen eingesetzt werden, ist meist die Lebensdauer des Gerätes,
in denen der Transformator oder die Spule ein-gebaut wurde, geringer als die
Lebensdauer der Isolation. Bei heutigen Langzeitanforderungen (15-25 Jahre)
kann sich das ändern – aussagekräftige Erfahrungen bestehen nur bedingt.
ColorLite GmbH
Address
Am Zimmerplatz 2
37191 Katlenburg-Lindau
Germany
Phone
+49 5552 999580
Fax
+49 5552 999589
Internet address
www.colorlite.de
Die Zeitverzögerung zwischen Produktion und Farbprüfung kostet Geld.
Da die Farben der im Spritzgießverfahren hergestellten Formteile von der Oberflächentemperatur abhängig sind, kann die Prüfung erst zeitverzögert durchgeführt werden. ColorLite hat in Zusammenarbeit mit dem Süddeutschen Kunststoffzentrum Würzburg (SKZ) und unter AIF-Förderung eine Lösung entwickelt,
um diese zeitliche Verzögerung zu eliminieren und damit Kosten zu sparen.
The spectral data is recorded by a fully automatic ”online” spectrophotometer
which measures the colour directly in production. By simultaneously scanning
the temperature and spectral values, at exactly the same surface position, real
time ”thermochromism” compensation is possible, allowing for an adjustment of
colours during the production process.
Die Aufnahme der Spektraldaten erfolgt durch vollautomatisch laufende „Online“Farbmessung direkt in der Produktion. Durch die gleichzeitige Aufnahme von
Temperatur- und Spektralwerten an der exakt gleichen Stelle der Oberfläche
wird die „Thermochromie“ in Echtzeit kompensiert, sodass eine Anpassung der
Farbe noch während des Produktionsprozesses möglich wird.
Product Overview
E-Mail
Stand
02.05.043
03.09.005
Measuring and test equipment for optical properties
info@colorlite.de
Hall 11, E52 (Page 802)
Company News
09/22/2010
ColorLite GmbH
ColorLite GmbH
Integrated Online Colour Measurement for Injection
Moulding Production
Time delay between production and colour testing
costs money.
As the colours of injection molded parts are dependent
on surface temperature, measurements must be delayed to allow for cooling. In an AIF financed project
the ColorLite GmbH has in collaboration with the Süddeutsches Kunststoff-Zentrum, Würzburg (SKZ) developed a solution to eliminate this delay and thus save costs.
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COMEL s.n.c. di Aldo Beccaro & C.
Address
Product Details
Via Grandi, 29
30036 S. Maria di Sala / VE
Italy
Phone
+39 041 5732404
Fax
+39 041 5731736
Internet address
www.comel.it
Moulds for EPS products with in-mould skinning
Moulds for EPS products with in-mould skinning for:
ice-cream boxes interior decorations: cornices, rosettes
etc. seed trays
02.01.011
E-Mail
sara.tessarotto@comel.it
Stand
Hall 13, A88 (Page 808)
Product Overview
02.01.009
Parts made by termoforming
Moulds for thermoforming
Moulds for thermoforming : Floor heating panels Egg
boxes Bike helmets
02.05.056
01.04.016
01.04.017
Polystyrene foams
02.01.009
02.01.011
02.05.056
Foam products
03.02.005.01
Preexpanders, foaming machinery for parts and blocks
(for EPS, EPP, EPE)
03.06.001
Foam products
Moulds for the energy saving industry
Moulds for: Boilers /heater insulation shells in EPS and EPP
(with photoengraved surface and tiny holes instead of core
vents for the steam passage). Solar systems insulation Pump
systems insulation Air conditioning insulation and components
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COMPTEK Farbbatch & Compounds Kunststoffverarbeitung
GmbH
Address
Product Overview
Heinrich-Hertz-Str. 15
65582 Diez
Germany
COMPTEK Farbbatch & Compounds...
01.01.017
01.01.022
Self-reinforcing plastics (LCP=liquid crystal polymers)
Phone
+49 6432 6456-0
01.01.023
Fax
+49 6432 6456-50
01.01.025
Ethylene/chlorotrifluoroethylene copolymers (E/CTFE)
Internet address
www.comptek.de
01.01.028
Ethylene/tetrafluoroethylene copolymers (E/TFE)
E-Mail
info@comptek.de
01.01.032
Granulates
Stand
Hall 08a, F47 (Page 796)
01.01.037
Masterbatches
01.01.059
Polyaryletherketone (PAEK)
01.01.069
Polyetheretherketone (PEEK)
01.01.070
Polyetherimide (PEI)
01.01.072
Polyethersulfone (PES, PESU)
01.01.091
Polyphenylene sulfide (PPS)
01.01.095
Polysulfone (PSU)
01.01.096
Polytetrafluoroethylene (PTFE)
01.01.097
Polytrifluorochloroethylene (PCTFE)
01.01.113
Polyvinylidene fluoride (PVDF)
Company News
10/05/2010
COMPTEK Farbbatch & Compounds...
COMPTEK GmbH Quality Management System was
ISO 9001:2008 certified by SKZ-Cert.
COMPTEK GmbH Germany has 2010 introduced and implemented a Quality Management System according to ISO 9001_2008 covering all his business
activities.
QMS Scope: Design and development, manufacture and sales of Colour Concentrates, Precolours and Compounds based on high performance thermoplastics and fluoropolymers.
The proof and quality audit has been furnished by SKZ-Cert GmbH Wuerzburg
and the ISO 9001:2008 Certificate No. 1849/10.N is valid until 03. June 2013.
For more info: We would be glad seeing you at K 2010 in hall 8a - booth F47.
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01.01.115
Reclaimed material
Company News
01.01.126
Tetrafluoroethylene/perfluoroalkylvinylether
copolymers (PFA)
09/30/2010
01.01.127
Tetrafluoroethylene/perfluoropropylene copolymers
(FEP)
01.10.004
The demand for high performance industrial spring aids
is increasing year by year. The main reason is the increasing prosperity in so called emerging markets, like
Brazil, India or China. The rising prosperity causes an
increasing request for mobility, especially for cars.
01.10.047
Masterbatches
The second reason for the rising demands of spring aids
is the ongoing substitution for rubber by polyurethane.
02.04.004
DesmaTec, a division of Klöckner Desma GmbH, located
in Achim near Bremen is focused along other things of the Manufacturing of production equipment for this branch. Spring aids are injection on big rotary tables.
The moulds are designed with multi cavities. Depending on the product sizes,
up to eight cavities could be done in one mould. The release agent normally will
be sprayed with electrostatic guns, adapted on robots.
DESMA TEC
Address
Desmastr. 3/5
28832 Achim
Germany
Phone
+49 4202 990-0
Fax
+49 4202 990-210
Internet address
www.desma-tec.de
E-Mail
info@desma-tec.de
Stand
Hall 13, D75 (Page 808)
DESMA TEC
Bumperspeed: Fully automatic production of industrial
spring aids
After opening the mould, the runner systems are cutted also by robots. No manual work is necessary. After that processes the dampers will be demoulded fully
automated and pass an injection printer for getting production day cods on the
fly. The tier one suppliers need that production code for their monitoring and in
case of claims.
After printing the parts, they will get correctly sorted by a conveyer system,
adapted on the rotary table. After finishing the parts they are ready for shipping.
It’s not only possible to produce springs aids for the automotive industry on the so
called Bumperspeed machines. DesmaTec costumers are also producing parts
for the crane- and elevator industry. In this industry costumers often request to
place inserts in the bumpers to be able to install them at buildings or objects.
Often steel plates have to been foamed in the bumpers.
Special developments regarding adaption and sealing technologies make that
happen. Often camera systems are installed to make sure the right insert is
placed in right mould to avoid crashes in the mould.
The kind of tempering could be customised. The moulds will be tempered normally by fluids. But it’s also state of the art of install electrical heating’s.
Another unique selling point of the Desma equipment, especially the low pressure mixing technology, is the fast component- and colour change from shot to
shot. Up to four main components and four colours/ additives or catalysts can be
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driven at the same time. It is possible to run two Polios and Isocyanats parallel to
serve the costumers with two different qualities. Especially the separate dosing
of four additives, colours or catalysts creates a big amount of setup possibilities.
Deutsche Technoplast GmbH
Address
Reitfeld 2
93086 Wörth an der Donau
Germany
Phone
+49 9482 9081-0
Fax
+49 9482 9081-22
Internet address
www.deutsche-technoplast.com
Visit us at the K-fair and have a look at the various setup possibilities of the
Desma production equipment. There will be produced spring aids on a single
mould carrier in hall 13, booth D75.
We are looking forward to see you soon.
Yours, Marten Beiersdorf
Product Overview
DESMA TEC
02.05.045
Micro parts
E-Mail
info@deutsche-technoplast.com
03.02.002.01.01
force
Stand
Hall 12, B49 (Page 806)
03.02.002.03
Injection moulding machines, multi-station
Company News
03.02.002.05
Injection moulding machines, for rubber
03.02.002.06
03.02.005.02
Reaction moulding machinery and plant
03.02.005.03
Other machinery for foam
03.02.005.05
Casting machines for open moulds
03.06.001
03.06.006
Other moulds
02.09.2010
1 Jahr W&L Deutsche Technoplast Automotiv GmbH in
Schwabach W&L Deutsche Technoplast Automotive
GmbH, Schwabach Die Zeichen stehen auf Aufbau
Seit gut einem Jahr besteht die W&L Deutsche Technoplast Automotive GmbH in Schwabach. In Fortführung
der Geschäfte der alteingesessenen Wolf & Liegel
Formen-bau GmbH stellen nach der Insolvenz im Frühjahr 2009 heute wieder rund 70 Mitarbei-ter Werkzeuge
und Kunststoffteile für die Automobilzuliefer- oder Haustechnikindustrie her. Aus Anlass des einjährigen Bestehens des Unternehmens
hatte die Geschäftsfüh-rung der W&L Deutsche Technoplast GmbH den mittelfränkischen Europaabgeordneten Martin Kastler (CSU) zu einem Unternehmensbesuch mit Betriebsbesichtigung eingela-den.
Der Abgeordnete erwies sich dabei als äußerst interessierter Zuhörer sowohl
zu den betrieblichen Abläufen im Spritzguss technischer Kunststoffe als auch zu
den aktuellen Aufgaben, die Diplomingenieurin Birgit Bauer-Groitl als geschäftsführende Gesellschafte-rin ein Jahr nach der „Stunde Null“ beschäftigen.
Oberpfälzer mit Herzblut für Mittelfranken
Im Gespräch lobte Martin Kastler insgesamt das Engagement der W&L-Geschäftsführung:
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Hier arbeite eine oberpfälzische Unternehmerfamilie auch in Mittelfranken daran,
durch solides Unternehmertum das wirtschaftliche Herz der Region zu stärken.
Gerade die Erfahrungen mit Zeitarbeitskräften, u.a. auch bezogen auf die 2008
erlassene EU Zeitarbeitsrichtlinie, versprach er in Brüssel in die Arbeit des Ausschusses für Beschäftigung und Soziale Angelegenheiten mitzunehmen, in dem
er ordentliches Mitglied ist.
Dieses Thema war denn auch eines der wichtigsten, das Geschäftsführerin Birgit Bauer-Groitl im Gespräch mit der Presse anschnitt: Aktuell stehen die Zeichen bei der W&L Deutsche Technoplast nämlich auf Personalaufbau. Gesucht
ist hier v.a. qualifiziertes Fachpersonal im Bereich der Kunststofffertigung.
Während jedoch kürzlich die Suche für die Bereiche Mess- und Betriebstechnik
erfolgreich war, blieb das Inserat nach ausgebil-deten Verfahrensmechanikern
für Kunststoff- und Kautschuktechnik ohne positives Ergebnis. „Großbetriebe
mit bekannten Namen und Marken sind hier auch finanziell attraktiver für die
Arbeitnehmer. 116 Verfahrensmechaniker haben laut Bericht der IHK Mittelfranken kürzlich ihre Ausbildung abgeschlossen. Wo sind diese? Wehrdienst,
Stu-dium, Zeitarbeit? Bei uns haben sie sich jedenfalls nicht beworben“, stellte
die Firmen-chefin provokant die Frage in den Raum.
personal zu sichern. Bereits im September werden am Schwabacher Standort
voraussichtlich fünf Auszubildende ihre Arbeit aufnehmen, zwei als Verfahrensmechaniker in der Kunststofffertigung, zwei als Werkzeugmechaniker Formtechnik. Der Bau von Präzisionsformen für den Spritzguss technischer Kunststoffteile ist neben der eigentlichen Kunststoffverarbeitung nämlich die zweite
Domäne des Schwabacher Betriebes. „Denn erst die Verbindung von Knowhow
der beiden Werkstoffe Metall und Kunststoff zusammen, macht die eigentliche
Expertise aus, die einem mittelständischen Unternehmen wie die W&L Deutsche
Technoplast auch in den kommenden Jahren Wettbewerbsvorteile sichern wird.“
Daten und Fakten: Die W&L Deutsche Technoplast Automotive GmbH in
Schwabach ist seit Juni 2009 Teil der Unternehmensfamilie Deutsche Technoplast. Diese hat sich als familiengeführtes mittelständisches Industrieunternehmen
mit Stammsitz in Wörth a.d. Donau innerhalb von mehr als 40 Jahren auf
Kunststoffverarbeitung, Formenbau und Automatisierungs-technik spezialisiert.
Heute entwickeln, konstruieren und fertigen allein in Schwabach rund 70 Mitarbeiter Spritzgießformen, Fertigungslinien und Präzisionsbauteile aus thermoplastischen Kunststoffen für weltweit tätige Kunden der Halbleiter-, Elektrotechnik, Automobil- und Haustechnikindustrie.
Zeitarbeit: Wunsch und Wirklichkeit
Zu den derzeit 68 Mitarbeitern und Mitarbeiterinnen der Stammbelegschaft
der W&L Deutsche Technoplast kommen deshalb aktuell noch einmal rund 50
Zeitarbeitskräfte. Gerne würde die Unternehmerin hier weitere Mitarbeiter in
feste Arbeitsverhältnisse übernehmen. Doch ein Mehr an Zuverlässigkeit, Loyalität und Verantwortungsbewusst-sein für einen als Einstieg nur etwas höheren
Stundenlohn sei trotz der Aussicht auf ein längerfristiges Arbeitsverhältnis für
viele Mitarbeiter gegenüber einem „bequemen“ Zeitarbeitslohn von 7,50 Euro
einfach nicht attraktiv. „Und für den gesunden und soliden Aufbau des Standortes in Schwabach benötigen wir einfach eine zuverlässige und motivierte
Mannschaft, damit sich die Fertigung von Kunststoffteilen bei aller Automatisierung auch in Deutschland rechnet“, erklärte Bauer-Groitl. Auch und gerade im Um-gang mit Zeitarbeitskräften habe sie sich dafür entschieden, die Arbeitsqualität und -einstellung vor Ort zu bewerten und den Mitarbeitern selbst
aber auch den entsenden-den Zeitarbeitsunternehmen Rückmeldung darüber
zu geben. Mit dem Ziel ein Mehr an gegenseitigem Verständnis und Motivation zu erreichen, erhofft sich die Geschäftsführe-rin positive Effekte von dieser
neuartigen Maßnahme.
Eigene Ausbildung ist der langfristige Weg
Product Overview
02.01.010
02.03.002
02.03.007
02.03.012
02.03.016
engineering
02.04.003.01
02.04.003.02
Langfristig geht man bei der W&L Deutsche Technoplast wie auch am Stammsitz der Unternehmensfamilie in Wörth an der Donau konsequent den Weg
der gewerblichen Ausbildung im eigenen Haus, um sich qualifiziertes Fach-
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02.04.003.03
02.05.024
02.05.028
02.05.045
Micro parts
03.06.001
Product Details
02.01.010
Dimontonate Floccati S.p.A.
Address
Via Dante, 40
21020 Mornago / VA
Italy
Phone
+39 0331 270164
Fax
+39 0331 906016
Internet address
www.dimontonate.it
E-Mail
info@dimontonate.it
Stand
Hall 16, B71 (Page 814)
Injection moulding
The production of injection moulded parts made of high performance technical
plastic materials is a major part of our core competence.
Efficient production equipment with fully automated injection moulding machines
facilitate quick order fulfilment including large volume items. Our production of
parts for the optoelectronic industry like housings, lens and other components,
even in micron-size, is successful due to the perfect function of our precision
moulds.
Company News
We develop special projects for our customers like SMT-leadframe processing
and imprinting them, which are billions of micro-precision parts.
DIMONTONATE FLOCCATI PRESENTS DM PACK GREEN LINE: A NEW LINE
OF ENVIRONMENT-FRIENDLY PRODUCTS
In close cooperation with our raw material suppliers we act as catalyst for material and process development of our customer.
Dimontonate Floccati, the Italian firm with a well-known tradition in manufacturing of flocked products for high quality packaging, has developed in 2008 the
new products DM PACK RECYCLED and DM PACK COMPOSTABLE.
10/12/2010
DM Pack Green
DIMONTONATE FLOCCATI SPA
As a firm that cares about the environment Dimontonate Floccati is proud to
present the newly developed line of products DM PACK GREEN, that consists
of two different categories, the DM PACK RECYCLED line, divided into PS ”R”,
a flocked high impact polystyrene film with a recycled part and into PET “R”,
a flocked PET film with a recycled part, and the DM PACK COMPOSTABLE
line, the DM PACK PLA, a cotton flocked poly-lactic acid film, whose features
are to be biodegradable and compostable. This product has been tested and
certified degradable by the “Fondazione Laboratorio Prove Materie Plastiche” by
Politecnico of Milan. Furthermore Dimontonate Floccati also proposes two other
new products that increase its DM PACK range: SUEDEL GALAXY, a flocked
Polyamide HIPS with a “ metal effect” developed by Winter & Company in exclusivity for Dimontonate Floccati and DM PACK PS SILK, a microfiber Polyester
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Flock on PS basis with a very soft touch, aimed to the luxury packaging market.
Product Overview
02.05.005
Flocking
02.05.010
Sealing profiles
02.05.056
Foam products
02.05.062
Welding foil
01.14.006
Flock
02.01.002
02.01.004
02.01.011
02.02.006
Embossing
02.03.002
02.03.004
promotion
02.03.015
02.03.016
engineering
02.04.001.07
02.04.001.08
02.04.001.10
02.04.001.11
Product Details
02.05.005
Flocking
The extraordinary versatility of flock
The extraordinary versatility of flock finds its ideal application in the ever-changing world of fashion.
The most diverse fabrics can be used, from cotton to
stretch clothes, soft nylons and polyester microfibres;
besides, fibres of different composition may be employed in the flocking process. All this, together with
apainstaking finishing, gives rise to a huge variety as to touch and appearance.
The softness of deerskin, comfortable and easy, playing with light and shadow,
lives in close association with he who wears it. The richness of velvet, whether
in a plain or fancy colours, whether casual or stylish, always fits the importance
of the garment.
Suitable for all seasons, ready to adjust to fashion trends and quickly adaptable
to the requirements of the clothing industry, be it men’s, ladies’ or children’s wear
flocked fabric, can be exploited in a number of ways.
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Address
Kautexstr. 53
53229 Bonn
Germany
Phone
+49 228 9769-0
Fax
+49 228 9769-500
Internet address
www.hagen-stiftung.de
lich geringeres Gewicht gegenüber heutigen Artikeln erreicht werden. Zwei
wesentlichen Einflussgrößen, die Form des Artikels sowie die verfahrensbedingte Wanddickenverteilung müssen dafür gleichzeitig betrachtet und optimiert werden. Erreicht werden soll dies durch eine neue Partielle WandDickenSteuerung in Kompaktbauweise, die Voraussetzung für eine material- und
ressourcenschonende Fertigung von Verpackungsartikel unter drei Liter ist. Zudem muss im theoretischen Auslegungsprozess (CAE-Techniken/Simulation)
eine signifikante Erweiterung geschaffen werden. „Die derzeitige Simulationsungenauigkeit muss derart verbessert werden, dass quantitative Aussagen möglich werden und die Branche ihre „Produkte der Zukunft“ vorab
auf Machbarkeit und Einsatz im Detail untersuchen kann“, gibt Dr. Bruch die
Forschungsrichtung vor.
E-Mail
info@hagen-stiftung.de
Das Projekt zählt zu den von der CheK.NRW Jury zur Förderung empfohlenen
Projekten und startet Ende des Jahres.
Stand
Hall 07a, D35 (Page 786)
Dr. Reinold Hagen Stiftung - Kunststoffwerkstatt
Product Overview
Company News
27.07.2010
Neues Forschungsprojekt: Material- und
Ressourceneffienz für Kunststoffhohlkörper (MatRes)
Steigende Energie- und Rohstoffpreise verändern das
Profil von Blasformartikeln signifikant. Einwegverpackungen werden kontinuierlich dünner und leichter. Der
Zwang zur globalen Ressourcenschonung wird immer
größer. „Das Einsparpotential lässt sich exemplarisch
an einem Verpackungsartikel mit 70 Gramm verdeutlichen“, erläutert Dr.-Ing. Olaf Bruch, Leiter Forschung
und Entwicklung der Dr. Reinold Hagen Stiftung, die
dieses Projekt gemeinsam mit der Hochschule Bonn-Rhein-Sieg und dem Ingenieurbüro Feuerherm durchführt. „Bei nur drei Gramm weniger Gewicht lassen
sich bei 10 Millionen Artikeln 30 Tonnen Polymer und knapp 30.000,- € an Kosten
sparen. Nach Addition der Herstellkosten entsteht eine Kosteneinsparung von
ca. 42.400,- €, die einer Gesamt-CO2-Reduzierung von 387 Tonnen entspricht“,
so Dr. Bruch. „Das Einsparpotenzial wird schon deutlich, wenn man nur an
Wasch- und Reinigungsmittelflaschen denkt.“
Ziel des Gemeinschaftsprojektes ist eine verbesserte Material- und Ressourceneffizienz für Blasformartikel, insbesondere für Verpackungsartikel unter drei Liter.
Bei gleicher Performance und wachsenden Designansprüchen soll ein deut-
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02.01.010
02.03.002
03.02.003.01
Extrusion blow moulding machines
03.02.006.05
Machines and equipment for rapid prototyping
03.06.002
Blow moulds
03.06.006
Other moulds
04.01
Computer software services
04.03
Trade associations
04.05
Subcontracting
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04.06
Science and consulting
Agitator drive, overhead mounted
DST Dauermagnet-SystemTechnik GmbH
Address
Hönnestr. 45
58809 Neuenrade
Germany
Phone
+49 2394 61680
Fax
+49 2394 61681
Internet address
www.dst-magnetic-couplings.com
E-Mail
info@dst-magnetic-couplings.com
Stand
Hall 10, J76 (Page 800)
Product Overview
Assemblies for magnetic couplings
Ceramic canister
02.05.050
Parts for pumps
03.10.007
Rotary unions for liquids
Magnetic coupling
Product Details
02.05.050
Parts for pumps
Agitator drive bottom mounted
Magnetic couplings
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SSIC ceramic plain bearings
polymers and elastomers for a range of industries including the automotive, wire
and cable, health care, food, alternative energy and packaging sectors. Particular highlights of the DuPont exhibit will include the launch of a second wave of
polymers based on DuPont™ SHIELD technology, the presentation of the industry’s broadest portfolio of renewably-sourced polymers and the latest additions
to its range of high performance elastomers for the automotive industry.
Sustainable solutions for the automotive industry - New DuPont™Zytel® PLUS
and DuPont™Vamac® Ultra HT Among DuPont innovations at K 2010 will be
new advances in materials to replace metal in the automotive industry, creating
new opportunities for the use of elastomers and light weighting solutions in components exposed to aggressive environments, thereby creating the potential for
greater energy savings, reduced emissions and enhanced sustainability.
DuPont de Nemours International S.A.
Address
Chemin du Pavillon, 2
Le Grand Saconnex -Geneva
Switzerland
Phone
+41 22 717-5111
Fax
+41 22 580-2245
Internet address
www.plastics.dupont.com
E-Mail
remi.daneyrole@che.dupont.com ;
nilgun.turan@tur.dupont.com
Stand
Hall 06, D33 (Page 784)
Company News
07/13/2010
New polymers based on SHIELD technology, only from DuPont, constitute one
of the innovations to be presented by DuPont at K 2010. As with the first wave
of nylon products based on the same technology and launched as DuPont™
Zytel® PLUS nylon in March this year, these new additions will deliver excellent
performance levels which are maintained much longer than traditional nylons
despite exposure to hot oil, hot air, calcium chloride and other aggressive automotive chemicals. Benefits for the automotive industry include polymer components with enhanced durability, while maintaining the design and processing
ease familiar with nylon, for even greater opportunities to replace metal for cost
and weight savings.
DuPont at K 2010: Responsible Innovation Now
DuPont at K 2010: Responsible Innovation Now Geneva,
July 2010. The DuPont exhibit at K 2010 reflects the
company’s optimistic and future-oriented view of its
business and the opportunities for high-performance
polymers and elastomers that are emerging from recent global economic challenges. Under its sustainability banner of “Responsible Innovation Now”, DuPont
Performance Polymers will present at K 2010 new advances in high performance
175
DuPont will also demonstrate at K2010 how the development of some of the latest high performance elastomers can help the automotive industry meet many
of its current challenges. Key among these are high temperature Vamac® Ultra
HT, specified for molded turbo air ducts, air intake gaskets, turbo charger hoses,
intercooler seals and connectors, where it offers significant performance and
cost advantages over ACM and HNBR. Alternatively, Viton® is the most specified fluoroelastomer for tough automotive sealing applications, retaining sealing force from -40°C to +203°C. Significantly, and in line with strong projected
growth in biofuels, DuPont and independent OEM testing has demonstrated the
high resistance of Viton® to permeation and chemical attack from bio-diesel and
alcohol-based blend gasoline. In addition, recent compatibility testing has verified the ability of new grades of Zytel® PA and Zytel® HTN PPA and the latest
Vamac® Ultra Grades to resist the aggressive “Adblue” aqueous urea solutions
used for selective catalytic reduction (SCR) systems designed to reduce NOx
emissions from diesel engines.
The broadest portfolio of renewably-sourced materials The strategy of DuPont
Performance Polymers is to offer polymers that are at least 20% renewably
sourced and have equal or better performance than the entirely petrochemicallybased materials they replace. DuPont has the industry’s broadest range of high-
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performance, renewably-sourced polymers, including DuPont™ Sorona® EP
thermoplastic polymers, which exhibit molding characteristics similar to highperformance PBT (polybutylene terephthalate), DuPont™ Hytrel® RS thermoplastic elastomers, which contain 35% to 65% renewably sourced material and
provide the same established performance characteristics of original Hytrel®
and, thirdly, the family of DuPont™ Zytel® RS long chain nylons – initially consisting of Zytel® RS polyamide 1010, which is 98 percent renewably sourced,
and Zytel® RS polyamide 610, which is more than 58 percent by weight renewably sourced. Renewably sourced materials from DuPont can help reduce
dependence on petroleum and reduce the net production of greenhouse gases.
DuPont helps meet the requirements of regulated industries New solutions for
wire & cable industry In line with DuPont commitment to the industry trends and
the need for truly sustainable options for 21st century, DuPont Performance
Polymers recently expanded its solutions for the wire & cable industry with
Zytel® Renewably Sourced polyamide resins, Hytrel® thermoplastic polyester
elastomer Renewably Sourced resins, and a performant Halogen free Flame retardant DuPont™ ETPV thermoplastic vulcanizate resin. This is in addition to
the existing material offering for wire and cable, including DuPont™ Vamac®
ethylene acrylic elastomers (AEM), recognized as superior material for Halogen Free Flame Retardant (HFFR) and low smoke generating cable jacketing &
insulations.
DuPont opened an Application Laboratory at its European Technical Center near
Geneva, Switzerland, at the start of the year. More than ten DuPont products
are critical to photovoltaic production, including UV resistant DuPont™ Rynite®
PET and flame retardant Zytel® for frames, fixations and electrical components.
A rapidly developing DuPont material and technology portfolio offers solutions
towards reaching grid parity.
Advanced solutions for health care components With the recent introduction of
twelve new grades of DuPont engineering polymers that are specially designed
to meet demanding health care requirements for use – and the scheduled launch
of a further two during 2010 – DuPont is actively pursuing its objective to become
the material supplier of choice to the health care segment. A prime example of
the use of a DuPont polymer to address a pertinent health care challenge is
provided by the recently launched Bardo Airway – a medical device, namely,
an oropharyngeal airway that satisfactorily maintains an open airway while preventing emergence clenching. The product is molded using a Special Control
grade Hytrel® because of the material’s soft elastomeric properties, its regulatory compliance and its plasticizer-free/BPA-free formulation.
The DuPont Performance Polymers business manufactures and sells Crastin® PBT and Rynite® PET thermoplastic polyester resins, Delrin® acetal
resins, Hytrel® thermoplastic polyester elastomers, DuPont™ ETPV engineering thermoplastic vulcanizates, Minlon® mineral reinforced nylon resins, Neoprene polychloroprene, Tynex® filaments, Vespel® parts and shapes, Sorona®
EP, Kalrez® perfluoroelastomer parts, Vamac® ethylene acrylic elastomers
(AEM), Viton® fluoroelastomers, Viton® FreeFlow™ processing aids, Zytel®
nylon resins, Zytel® PLUS nylon resins and Zytel® HTN high-performance
polyamides. These products serve global markets in the aerospace, appliance, automotive, consumer, electrical, electronic, healthcare, industrial, sporting goods and many other diversified industries.
New polymer food grade products Similarly, DuPont Performance Polymers will
launch in the fall of 2010 a new family of products, designated “FG” (Food
Grade), that meet demanding requirements for use in food contact applications.
These products provide compliance with several regional food contact regulations including FDA (Food and Drug Administration), European Food Contact n°
2002/72/EC and GMP (EC) n° 2023/2006. All FG products are available globally
to allow customers to have the flexibility to design and manufacture in multiple
regions.
DuPont (www.dupont.com) is a science-based products and services company.
Founded in 1802, DuPont puts science to work by creating sustainable solutions
essential to a better, safer, healthier life for people everywhere. Operating in
more than 90 countries, DuPont offers a wide range of innovative products and
services for markets including agriculture and food; building and construction;
communications; and transportation. XXX The DuPont Oval Logo, DuPont, The
miracles of science and all product names denoted with ® are trademarks or
registered trademarks of E.I. Du Pont de Nemours and Company or its affiliates.
New photovoltaic application facility at DuPont’s European Technical Center
Press contact (UK, Benelux, Scandinavia) DuPont press contact Andrew Wilkins
177
New emerging technologies with ethylene copolymers Beyond its engineering
polymers, DuPont will use K-2010 to highlight its ethylene copolymers portfolio
with a special focus on emerging technologies for scratch and abrasion resistant surfaces, breathable membranes and solutions for waste reduction through
packaging.
DuPont will also present its polymer modifiers portfolio, including DuPont™ Entira™ Antistat antistatic polymeric agents and novel, maleic-anhydride copolymers, which enable innovation in toughening applications, in HFFR compounds
and in blends of natural fibres with polyolefins. In addition, easy-open solutions
for the packaging industry will also be featured on the booth. # # #
AdBlue® is a registered trademark of the VDA (Verband der Automobilindustrie)
and is licensed especially to car manufacturers, suppliers, and companies of
the chemical and mineral oil industry. The trademark AdBlue® is applicable to
vehicles, car-parts, in car-manuals, and for urea AUS 32.
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Rémi Daneyrole Tel.: +44 (0)1353 663350 Tel.: +41 (0)22 717 54 19 Fax: +44
(0)1353 663350 Fax: +41 (0)22 580 22 45 Email: dupont.press@btconnect.com
PP-EU-2010-14
July 2010
03/25/2010
DuPont Performance Polymers Launches New Nylon
With Added Performance to Subtract Weight, Cost in
Automotive and Other Consumer Products
Geneva - March 2, 2010 – A new family of nylon products from DuPont Performance Polymers – DuPont™
Zytel® PLUS nylon – delivers excellent performance
levels and importantly maintains those excellent performance levels much longer than traditional nylons
despite exposure to hot oil, hot air, calcium chloride and other aggressive automotive chemicals. “Performance demands in automotive continue to increase,”
said Patrick Ferronato, global marketing director – DuPont Automotive Performance Polymers. “Zytel® PLUS nylon meets these demands with better durability while maintaining the design and processing ease familiar with nylon to
invite even more opportunities to replace metal for cost and weight savings.”
The new family launches with four products primarily targeted at the automotive
industry where the drive to take out weight and cost adds up to improved fuel
economy and reduced carbon emissions. Additional products are planned for
2010. Whether exposed to calcium chloride or to 3,000 or 4,000 hours of hot
air, hot oil, water, long-life coolant, members of the Zytel® PLUS nylon family outperform traditional nylon products on the market today, according to recent tests, which are available on line at www.zytelplus.dupont.com. “In many
cases, Zytel® PLUS nylon will be able to double the life of thermoplastic components exposed to hot, chemically aggressive and humid environments,” said
Rob Palmer, research and development senior research associate – DuPont
Performance Polymers. “Zytel® PLUS nylon creates the opportunity to replace
even more metal and some specialty polymers, while simplifying processing.“
New Zytel® PLUS nylon receives its endurance boost from SHIELD Technology, Exclusively from DuPont. DuPont™ SHIELD Technology combines several innovations, including a new polymer backbone, polymer modifications and
a special set of additives, to enhance many performance characteristics. The
exact combination and composition of chemistries are optimized for each product based on the targeted application.
atures (up to 210˚C or even 230°C for shorter periods) PLUS provides great
surface appearance, resistance to calcium chloride solutions. • Zytel® PLUS
95G50 nylon - Exceptionally good long-term performance at very high temperatures (up to 210˚C or even 230°C for shorter periods) PLUS better stiffness,
creep at high temperatures. • Zytel® PLUS 93G35 nylon - Good long-term
performance despite exposure to heat PLUS improved weld lines, good performance in burst tests. • Zytel® PLUS 90G30 nylon - Exceptional resistance
to hot engine coolant PLUS excellent properties in contact with water. Target
automotive applications include: charge air coolers, exhaust mufflers, turbo air
ducts, engine mounts, resonators, cylinder head covers, oil pans, EGR coolers,
oil modules, thermostats, transmission components – such as front covers – and
radiator end tanks where calcium chloride resistance is especially important due
to road treatments. “While targeted initially at the automotive market, we expect
broader interest, especially where superior surface appearance, resistance to
aging and/or ease of processing is desired,” said Karin Weining, global marketing director, industrial, consumer, energy – DuPont Performance Polymers.
“This new product is the result of several breakthroughs from research and development aimed at cost-effectively improving performance and especially durability to meet automotive market needs,” said Bob Lawton, global technology
manager – DuPont™ Zytel® nylon. “The convergence of the chemistries produced a step change in durability that is amazing. We are investigating other
polymers whose performance also could be greatly enhanced with DuPont™
SHIELD Technology.”
The DuPont Performance Polymers business manufactures and sells Crastin®
PBT and Rynite® PET thermoplastic polyester resins, Delrin® acetal resins,
Hytrel® thermoplastic polyester elastomers, DuPont™ ETPV engineering thermoplastic vulcanizates, Minlon® mineral reinforced nylon resins, Thermx® PCT
polycyclohexylene dimethyl terephthalate, Tynex® filaments, Vespel® parts
and shapes, Zenite® LCP liquid crystal polymers, Kalrez® perfluoroelastomer,
Vamac® ethylene acrylic elastomer (AEM), Viton® fluoroelastomer, Viton®
FreeFlow™, Zytel® nylon resins and Zytel® HTN high-performance polyamides.
These products serve global markets in the aerospace, appliance, automotive,
consumer, electrical, electronic, healthcare, industrial, sporting goods and many
other diversified industries.
The new portfolio launches with: • Zytel® PLUS 95G35 nylon - Requisite, core
product delivers exceptionally good long-term performance at very high temper-
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Air duct for high performance engines, blow-molded in
DuPont™ Hytrel®, reduces weight and cost
The lower duct section A, extrusion blow-molded from
DuPont™ Hytrel®, consists of the flange with a fitted
metal coupling as a connection to the intercooler, a
welded bracket and the metal-ring-reinforced coupling
to the upper duct section B, which is also made of
Hytrel® and is located on the throttle body side. The integrated bellow in this duct counters any relative movement between the vehicle and engine and permits a degree of flexibility for assembly purposes. Following on from an additional screw-on clip, there is a connecting flange for the engine sound system, two couplings for wastegate (gray)
and – just ahead of the connection flange on the throttle body side – a bracket
with sensor.
Air duct for high performance engines, blow-molded in DuPont™ Hytrel®, reduces weight and cost
Geneva, March 17 2010 - A newly-developed two-component air duct, from system supplier MAHLE of Stuttgart, Germany, connects the intercooler and throttle
body of the three liter, six cylinder twin-turbo engine from BMW. Blow-molded
using stiff yet elastic DuPont™ Hytrel® HTR4275, the air duct fulfills its task in
a particularly efficient manner due to the very low material usage of the design
and despite the high pressures and flow velocity encountered in such a highperformance petrol engine. By reducing the part to just two basic components,
the time required for production and assembly is significantly reduced compared
to the previous version, which was used up until mid-2009, and consisted of a
series of pipes and clamps. Moreover, blow-molding technology enables greater
flexibility in the integration of application-specific connections, such as those required for resonators, sensors or the discharge of gases. Together, the combination of lower weight, more efficient production and assembly, and the integration
of variable functionality, provides for a significant cost advantage over the earlier
model, which was produced using glass-fiber reinforced nylon and elastomers.
Used on the ‘cold’ side of the engine, the innovative air duct, consisting of two
Hytrel® sections measuring 300 mm and 400 mm respectively, is one of the
first mono-material solutions of its kind in Germany. “Despite the ambitious nature of this development, we succeeded, with DuPont’s support, in combining
high functionality with high cost-efficiency,” comments Thorsten Riechelmann,
project manager at MAHLE. “For example, finite element calculations conducted
by DuPont helped us to optimize wall thickness in line with the given pressure
and temperature conditions (2 bar absolute pressure at -40 °C to +100 °C). The
same simulations from DuPont also generated very precise assembly data. This
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enabled us, for example, to optimise the integrated bellows at a sufficiently early
stage to ensure that the high levels of deformation, necessary due to the limited
assembly space, and the pressure levels required to install it, were within an acceptable range.” Riechelmann continues: “Overall there was a strong correlation
between the values provided by DuPont and those which resulted from actual
component testing. We also appreciated greatly the technical support available
from DuPont’s technical centre in Geneva with regard to three-dimensional blow
molding. From there we were able to source valuable advice on how to conduct
both energy-saving and reliable processing, which simplified the start of serial
production considerably.”
Hytrel® thermoplastic polyester elastomers from DuPont provide the flexibility
of rubbers, the strength of plastics, and the processibility of thermoplastics.
Hytrel® HTR4275 is a specially-modified grade for use in blow-molding, with
an increased melt viscosity, a hardness of 55 Shore D and a relatively high
stiffness of 170 MPa at 23 °C and 60 MPa at 100 °C. Thus it combines good
mechanical properties at high temperatures – a prerequisite for air ducts which
are located under the hood and consistently exposed to internal pressure – with
high elasticity across a broad temperature range. As with all Hytrel® grades,
this blow-molding grade offers long-term resistance to hydrocarbons and other
media typical for the automotive sector.
The MAHLE Group is amongst the 30 largest automotive suppliers and is the
world’s leading producer of components and systems for the combustion engine
and its peripherals. MAHLE employs around 45,000 people at over 100 production facilities and eight Research & Development centres in Stuttgart, Northampton, Detroit (Farmington Hills, Novi), Tokyo (Kawagoe, Okegawa), Shanghai and
São Paulo (Jundiaí). In 2008, MAHLE achieved a turnover of over 5 bn. Euros
(7.3 bn. USD).
The DuPont Performance Polymers business manufactures and sells Crastin®
PBT and Rynite® PET thermoplastic polyester resins, Delrin® acetal resins,
Hytrel® thermoplastic polyester elastomers, DuPont™ ETPV engineering thermoplastic vulcanizates, Minlon® mineral reinforced nylon resins, Neoprene polychloroprene, Thermx® PCT polycyclohexylene dimethyl terephthalate, Tynex®
filaments, Vespel® parts and shapes, Zenite® LCP liquid crystal polymers,
Kalrez® perfluoroelastomer parts, Vamac® ethylene acrylic elastomers (AEM),
Viton® fluoroelastomers, Viton® FreeFlow™ processing aids, Zytel® nylon
resins and Zytel® HTN high-performance polyamides. These products serve
global markets in the aerospace, appliance, automotive, consumer, electrical,
electronic, healthcare, industrial, sporting goods and many other diversified industries.
DuPont is a science-based products and services company. Founded in 1802,
DuPont puts science to work by creating sustainable solutions essential to a
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better, safer, healthier life for people everywhere. Operating in more than 70
countries, DuPont offers a wide range of innovative products and services for
markets including agriculture and food; building and construction; communications; and transportation.
01.01.049
Polyamide PA 06
01.01.050
Polyamide PA 610
XXX
01.01.051
Polyamide PA 612
The DuPont Oval logo, DuPont™, The miracles of science™ and all products
denoted with ® ot ™ are registered trademarks or trademarks of E.I. du Pont de
Nemours and Company or its affiliates.
01.01.053
Polyamide PA 66
01.01.063
01.01.084
Polyethylene terephthalate (PET)
01.01.088
01.02.005
Polyetherester elastomers
01.02.013
TPV-thermoplastic vulcanised material
01.03.037
Polyimide resins
01.10.019
Antistatic agents
01.10.059
Adhesives
01.10.060
Coupling agents
01.10.102
Impact modifiers
01.14.015
Metal polymer composites
02.03.002
02.03.003
02.03.004
promotion
Note to the editor: This press release is based on information provided by:
MAHLE Filtersysteme GmbH, Pragstraße 54, D-70376 Stuttgart Contact: Thorsten
Riechelmann Telephone: +49 (0) 7 11-5 01-20915 thorsten.riechelmann@mahle.com
PP-EU-2010-03-uk
Product Overview
01.01.001
01.01.009
Barrier plastics
01.01.022
Self-reinforcing plastics (LCP=liquid crystal polymers)
01.01.026
Ethylene/ethylene acrylate copolymers (E/EA)
01.01.027
01.01.029
01.01.032
Granulates
01.01.033
01.01.034
Ionomers
01.01.037
Masterbatches
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02.03.005
02.03.006
appliance
02.03.007
02.03.008
02.03.009
02.03.010
02.03.011
02.03.012
02.03.013
02.03.014
industry
02.03.015
Product Details
02.03.002
EC Pack (Pump & Valve) Industrial Limited
Address
Flat A, 4/F, Valiant Commercial
Tsim Sha Tsui, Kowloon
Hong Kong
Phone
+852 29578208
Fax
+852 29578202
Internet address
www.ec-packing.com
E-Mail
hk@ec-packing.com
Stand
Hall 01, C01 (Page 772)
Product Overview
02.01.001
02.01.010
02.03.005
02.04.001.07
03.06.001
03.06.002
Blow moulds
DUPONT AUTOMOTIVE
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Product Details
02.01.001
Eichholz Silo- und Anlagenbau GmbH & Co. KG
Address
Kolpingstr. 1
48480 Schapen
Germany
Phone
+49 5458 9309-0
Fax
+49 5458 9309-800
Internet address
www.eichholz.com
E-Mail
info@eichholz.com
Stand
Hall 09, A12 (Page 798)
Plastic Bottles & Containers
- Plastic Bottles & Containers (PET/PE/PP/PVC).
02.01.010
Dispensing pumps, Fine mist spray pumps & Cap
Closures
- Dispensing pumps with dosage 1.0cc, 2.0cc, 3.5cc &
5.0cc;
Product Overview
- Fine mist spray pumps with dosage 0.10cc & 0.16cc;
02.03.009
02.05.006
Containers
1” Aerosol Valves and accessories
02.05.033
1” Aerosol Valves and accessories e.g. Actuators,
Spray caps (35mm, 45mm, 52mm, 57mm, 65mm)
03.01.001.01
Mixers, continuous type, for solids
03.07.002.01
Silos
03.07.002.02
Silo discharge devices
03.07.002.04.03
Spiral conveyors
- Plastic closures e.g. Flip-Top caps, Disc-On caps,
Screw caps, Spout caps, Shampoo caps;
02.03.005
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Product Details
02.03.009
In diesem speziellen Container können mehrere Kleinkomponenten eingelagert werden.
Landwirtschaft
Wir verfügen über langjährige Kompetenz in schlüsselfertigen Systemlösungen
für Schweinezucht- und Mastanlagen. Mehr Informationen finden Sie unter www.eichholzglandorf.de
02.05.006
Mehrkammer-Container
Durch seine robuste Unterkonstruktion (Stahl lackiert)
kann der Mehrkammer-Container leicht bewegt werden
und ist so je nach Bedarf an unterschiedlichen Verarbeitungsstationen einsetzbar.
Die Ausstattung kann Ihren Ansprüchen angepasst werden, z. B. in der Anzahl und Größe der Container, in der Form des Untergestells
oder Bezüglich der Bedienung.
Containers
Container-Andockstationen
Eine wichtige Ergänzung unseres Containersystem ist die
Andockstation. Sie garantiert die effektive und saubere
Entleerung von Schüttgut-Containern.
Mischcontainer
Der Mischcontainer ist eine Weiterentwicklung des Kleincontainers.
Die Andockstation enthält die Austragshilfe für den Container und den Anschluss an Ihre Produktionseinheit, z.
B. über einen Absaugkasten.
Die einfache Bedienung ist dadurch gewährleistet, daß der
Container über Zentrierlaschen optimal auf die Station aufgesetzt wird. Die
staubfreie Abdichtung der Stutzen wird über eine federnde Anpressung erreicht.
Durch Aufflanschen eines Getriebemotors und Einbau einer stehenden, konischen Mischschnecke wird aus dem Lagerbehälter
ein Mischbehälter, der Chargenweise befüllt und kontinuierlich
entleert wird.
Schüttgut-Container
Kleincontainer
Für die effektive Verarbeitung von kleinen Schüttgutmengen bieten wir Ihnen diese speziellen Container an.
Die Schüttgut-Container werden für die innerbetriebliche
Logistik der Schüttgüter eingesetzt.
Die Container eignen sich zur Lagerung von rieselfähigen Schüttgütern. Sie werden vorzugsweise in kunststoffverarbeitenden Betrieben eingesetzt als Vorratspuffer für Extruder. Durch den Einbau eines Absaugrohres ist die Einbindung in Ihren Produktionsablauf problemlos gewährleistet. Sie sind sowohl für die stationäre Montage
als auch für den mobilen Einsatz auf Lenkrollen geeignet.
Die Container können entweder mit Stapler oder Kran
verfahren werden. Zu diesem Zweck sind sie mit dem
Stahluntergestell sehr robust konstruiert, jedoch durch
die Aluminiumbauweise des Containers immer noch
sehr leicht.
Darüber hinaus können die Container bei Bedarf Platz
sparend gestapelt werden.
Tagesbehälter
Der Tagesbehälter wird vorwiegend als Puffer zwischen
Lagersilo und einer Verarbeitungsmaschine genutzt.
Das Schüttgut wird vom Lagersilo in den Tagesbehälter
gefördert und verweilt dort um die Innentemperatur des
Gebäudes anzunehmen.
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arators - Fat and starch separators We also work with individual products and
products.
EKO-SYSTEMY Sp. z o.o.
Address
Poleczki 13
02-822 Warsaw
Poland
Phone
+48 22 8551708
Fax
+48 22 8551709
Internet address
www.rotomoulder.pl
E-Mail
biuro.w-wa@eko-systemy.pl
Stand
Product Overview
02.01.008
Address
Calea Rahovei No. 266-268
050912 Bucharest
Romania
Phone
+40 21 4042106
Fax
+40 21 4042194
Internet address
www.electromagnetica.ro
E-Mail
sales@electromagnetica.ro
Stand
Hall 07, B24 (Page 788)
Product Details
02.01.008
Electromagnetica
Product Overview
02.01.010
02.01.008
We have been manufacturer and supplier of devices
for outdoor sewage disposal and water supply systems
and environmental protection systems. We are one of
the premier rotational moulding companies in Poland
because of technology, size of machine. We are a
member of Association of Rotational Moulders Intemational (ARMI).
Electromagnetica
Product Details
02.01.010
Electromagnetica
02.01.010
In our offer are:
CONTAINERS FOR SAND AND SALT PUMPING STATIONS DOMESTIC PUMPING STATIONS ROAD BARRIERS SEPARATORS OF PETROCHEMICALS
SEWAGE MANHOLES RAINWATER TANKS DIESEL OIL TANKS CONTAINERS FOR SELECTIVE WASTE COLLECTION DOMESTIC SEWAGE TREATMENT PLANTS HYDROPHORE SETS: - Coalescent separators - Lamellar sep-
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elfo ag
Address
Edisriederstr. 106
6072 Sachseln
Switzerland
Phone
+41 41 6667111
Fax
+41 41 6667121
Internet address
www.elfo.ch
E-Mail
contact@elfo.ch
Stand
Hall 12, B51-11 (Page 806)
Product Overview
elfo ag
02.03.012
02.04.003.01
02.04.003.02
02.04.003.03
02.05.020
Filters and parts
02.05.024
02.05.041
Membranes
03.06.001
03.06.006
Other moulds
02.01.010
02.03.001
02.01.010
02.03.002
Plain plastic parts
02.03.005
02.03.006
appliance
02.03.007
02.03.008
Product Details
193
elfo ag
In the plain injection molding processes we mainly focus on highly precise and technically highly demanding
plastic parts. We have strong experience in adapting
our equipment for a fully automatic production.
Medium up to large series of production (>10 Mio per year) Standard and technical plastic materials Range of parts weight between 0.05 to 500 gr
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diese Kapselung wird die Migration des Metalls in die Polymermatrix unterbunden. Deshalb treten auch bei hohen Aufheizraten von 200°C pro Sekunde kaum
Hot Spots auf. Auch dicke Kunststoffteile lassen sich dank der gleichmäßigen Wärmeverteilung gasdicht Verschweißen. Im Bedarfsfall lassen sich die
Verbindungen zerstörungsfrei trennen.
Ensinger Compounds, Geschäftsbereich der HP Polymer
GmbH
Address
Werkstr. 3
4860 Lenzing
Austria
Phone
+43 7672 7012372
Fax
+43 7672 96865
Internet address
www.ensinger-online.com
E-Mail
office@ensinger-compounds.com
Stand
Hall 07, A26 (Page 788)
Product Overview
02.04.004
Detektierbare Compounds erhöhen die Sicherheit bei der Verarbeitung von
Lebensmitteln. Bei TECACOMP ID sorgt ein metallischer Füllstoff dafür, dass
sich bei Bauteilbruch die Bruchstücke mit Hilfe von Metalldetektoren im Rahmen
der standardisierten Prozesskontrolle zeitnah aufspüren lassen.
Ensinger Compounds, Geschäftsbereich der HP...
Product Details
02.04.004
Die neuen, elektrisch hoch leitfähigen Compounds von ENSINGER setzen sich
aus einer Kunststoffmatrix sowie aus Kupferfasern und niedrig schmelzendem
Metall zusammen. Die spezifische elektrische Leitfähigkeit von TECACOMP
CSM liegt bei ca. 5*104 S/m. Damit ist das Material herkömmlichen leitfähigen
Kunststoffcompounds mit Stahlfasern oder Carbonfasern um einen Faktor von
100-1.000 überlegen.
Ensinger Compounds, Geschäftsbereich der HP...
Ledercompounds sind völlig neuartige Verbundwerkstoffe aus Lederfaser-Material
und Polymeren. Durch entsprechende Modifizierung kann das Compound
TECACOMP LF als hochwertiges und umweltverträgliches Material im Spritzguss oder in der Extrusion eingesetzt werden. Die Teile zeichnen sich durch
eine angenehme warme Haptik, ideale Feuchtigkeitsregulierung, charakteristischen Lederduft sowie optimale Wärme- und Schalldämmung aus. Festigkeit
und Dichte sind variabel einstellbar.
´Neue Compounds zur K’2010
ENSINGER erweitert das TECACOMP®-Produktprogramm
ENSINGER Compounds, Spezialist für die Modifizierung von
thermoplastischen Hochtemperaturkunststoffen, stellt zu KMesse 2010 zahlreiche neue Produkte vor:
Induktiv erwärmbare Compounds werden u.a. in der Lebensmittelund Medizintechnik eingesetzt. Mit ihnen können in einem Wechsel-Magnetfeld
über die genaue Steuerung des Temperaturniveaus auch thermisch empfindliche Kunststoffe rasch miteinander verbunden werden. TECACOMP® IH enthält Füllstoffe aus Eisenoxid, die mit einer Silikatschicht ummantelt sind. Durch
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15.02.2010
ESWE-FLEX Walzen GmbH
Address
Phone
Hitdorfer Str. 14 b
40764 Langenfeld / Rhld.
Germany
ACE-Vertretung in Deutschland
ESWE-FLEX hat seit Ende 2009 die Generalvertretung
von ACE Electrostatic, Legnano, Italien übernommen.
Hauptprodukte:
Bahnreinigungsanlagen
+49 2173 3992430
ESA-Systeme
Fax
+49 2173 3992455
Internet address
www.eswe-flex.de
E-Mail
info@eswe-flex.de
Elektrostatische Systeme
Product Overview
Stand
02.05.007
Coatings
02.05.076
03.10.002
Barrels
03.10.003
Rolls
Hall 10, G34 (Page 800)
Company News
15.02.2010
SIMEC Generalrepräsentanz
Seit der DRUPA 2008 ist ESWE-FLEX die Generalrepräsentanz der SIMEC GROUP, Olgiate, Italien für
Gravurwalzen und Reinigungsanlagen.
Product Details
Im Einzelnen umfasst das Portfolio die Gravurserie
”Deltor” -mechanisch gravierte Walzen in Stahl, Kupfer,
Nickel, etc.-, die Starlox-Serie-keramische Rasterwalzenund Sleeves-, den Bereich Emboss -Prägewalzen- und
die Produktserie ”Profil” -horizontale,- vertikale und inline-Reinigungsanlagen für
Rasterwalzen- und sleeves.
02.05.076
Wie bieten Walzenbezüge aus:
* Gummi
* Polyurethan
* Silikon
Wir sind in der Lage Walzen bis zu 1000 mm Durchmesser und 8000 mm Länge
zu bearbeiten.
Desweiteren stehen dem Kunden in unserem Democenter in Langenfeld diverse
Gravurwalzen und Sleeves, sowie Rasterwalzenreinigungsequipment zur Ansicht und für Tests bereit.
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Eurofoam S.r.l.
eurolaser GmbH
Address
Via Colombo, 12
20020 Lainate / MI
Italy
Address
Borsigstr. 18
21339 Lüneburg
Germany
Phone
+39 02 93796660
Phone
+49 4131 9697500
Fax
+39 02 93796700
Fax
+49 4131 9697555
Internet address
www.eurofoam.com
Internet address
www.eurolaser.com
E-Mail
info@eurofoam.com
E-Mail
sales@eurolaser.com
Stand
Hall 06, D58 (Page 784)
Stand
Hall 03, E36 (Page 776)
Product Overview
Eurofoam S.r.l.
Product Overview
eurolaser GmbH
01.04.026
Closed cell foam rubber
01.01.003
01.05.022
Silicone rubber (SI)
01.01.065
Polycarbonate (PC)
02.01.002
01.01.087
acrylic glass)
02.04.001.12
01.01.092
Polypropylene
01.01.093
Polystyrene (PS)
01.12.001
Aramide fibres
01.12.006
Glass fibres (s. Textile glass)
02.05.010
02.05.056
02.05.058
Sealing profiles
Foam products
Hoses
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01.12.011
Carbon fibres (CF)
02.05.020
Filters and parts
02.01.006
02.05.024
02.01.010
02.05.041
Membranes
02.01.011
02.05.042
Membrane films
02.02.004
Type printing
02.05.068
Technical films
02.02.005
Welding
02.05.075.01
02.03.002
03.03.002
Bending, folding and edgetrimming machines
02.03.004
promotion
03.03.004
Cutting machines
03.03.008
02.03.006
appliance
03.03.009
Milling machines
03.04.002
Marking equipment
03.07.002.04.04
Belt conveyors
03.08.004
Dust and fume extraction systems
02.03.007
02.03.010
02.03.012
02.03.013
Product Details
eurolaser GmbH
02.03.015
02.01.006
02.05.002
Armatures and parts
Laser systems for cutting, engraving and marking
eurolaser is your partner in the world of laser technology, the specialist for laser systems designed to cut,
engrave and mark different materials in various fields
of application. From first consulting to application tests
with your designed materials to training for users and
worldwide service - eurolaser offers you a comprehensive support from a single source. eurolaser offers many advantages: · The
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sole provider of laser systems that are based on a consistent modular concept
right from the start · Maximum utilisation by optimisation of all process conditions · Cost efficiency by the application of low maintenance technologies and
maintenance-free sealed CO2 lasers · Ergonomic loading and unloading without time-consuming opening of protective lids and covers · Secured and intuitive
control of the systems software-independent and licence-free possible · Conservation of value through application of components of highest quality · Proved
thousands of times moving system ”Swiss Made” from the world market leader
ZÜND · Higher flexibility due to option variety and retrofitting · Fast change to
conventional processing methods with ZÜND toolheads · Modular, multifunctional table concepts for application-related material support
02.01.010
203
02.01.011
02.02.004
Type printing
conventional processing methods with ZÜND toolheads · Modular, multifunc-
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tional table concepts for application-related material support
02.02.005
Welding
02.03.004
02.03.002
Plastics products and parts for office equipment/ promotion
205
02.03.006
maintenance-free sealed CO2 lasers · Ergonomic loading and unloading with-
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out time-consuming opening of protective lids and covers · Secured and intuitive
02.03.007
02.03.012
02.03.010
207
02.03.013
right from the start · Maximum utilisation by optimisation of all process condi-
tions · Cost efficiency by the application of low maintenance technologies and
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02.03.015
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02.05.002
Armatures and parts
02.05.020
Filters and parts
conventional processing methods with ZÜND toolheads · Modular, multifunc-
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tional table concepts for application-related material support
02.05.024
02.05.042
02.05.041
Membranes
02.05.068
211
Membrane films
Technical films
control of the systems software-independent and licence-free possible · Con-
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servation of value through application of components of highest quality · Proved
02.05.075.01
Europlasma NV
Address
De Bruwaan 5 D
9700 Oudenaarde
Belgium
Phone
+32 55 303205
Fax
+32 55 318753
Internet address
www.europlasma.be
E-Mail
sales@europlasma.be
Stand
Hall 10, C09 (Page 800)
Product Overview
Europlasma NV
02.05.007
Coatings
02.05.047
03.08.001
Surface pretreatment equipment
Product Details
02.05.007
Europlasma NV
Coatings
Custom Design
Adapted systems can be designed and manufactured to suit your specific needs:If
you have a need for incorporating your plasma system into an existing production
line, or if your products are demanding for a special loading system or enlarged
reactor, or special adapted roll-to-roll systems, we can adapt our standard gas
plasma systems to your wishes or even design a completely new machine.
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Exel Composites GmbH
Address
Industriestrasse-West 8
8605 Kapfenberg
Austria
F.W. Breidenbach GmbH & Co. KG
Phone
+43 3862 33180
Fax
+43 3862 33180-25
Internet address
www.exelcomposites.com
E-Mail
christian.steiner@exelcomposites.com
Stand
Hall 05, E30-10 (Page 780)
Product Overview
02.04.001.13
Product Details
Address
Raiffeisenstr. 4
63589 Linsengericht-Lützelhausen
Germany
Phone
+49 6051 9613-0
Fax
+49 6051 9613-13
Internet address
www.fwbreidenbach.de
E-Mail
fwb@fwbreidenbach.de
Stand
Hall 02, E05 (Page 774)
Product Overview
02.01.010
02.04.003.01
GFK-Profile
02.04.003.02
GFK-Profile sind ein hochwertiges Verbundmaterial mit
hohen Festigkeiten bei vergleichsweise geringem Gewicht.
Die Profile weisen außerdem eine hohe thermische
und elektrische Isolierfähigkeit auf und sind sehr gut
Temperatur- und Witterungsbeständig.
02.04.003.03
02.05.011
Sealings/Sealrings
03.06.001
02.04.001.13
reinforced plastics
made
from
fibre-
Die Anwendungsbereiche sind sehr vielfältig, u.a. in der Elektrotechnik, Gebäudetechnik, Verkehrstechnik oder im Maschinenbau.
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Product Details
02.01.010
10/13/2010
Spritzgieß - Formartikel
Wir fertigen Spritzguß - Formartikel von 0,1 bis 1250
Gramm Schußgewicht auf einen Maschinenpark von 20
bis 350 to. Schließkraft. Unsere Produkte finden überwiegend Anwendung in den Industriebereichen Automotive,Sanitär, Eisenwaren, Elektro, Haushalt, Spielwaren, Modellfahrzeuge, Möbel und im technischen
Handel.
Freisinger Str. 30
85737 Ismaning
Germany
Phone
+49 89 962489-0
Fax
+49 89 962489-11
Internet address
www.fipa.com
E-Mail
info@fipa.com
Stand
Hall 10, E66 (Page 800)
Fipa GmbH
New at FIPA: Replaceable gripper jaws for sprue
grippers
Replaceable gripper jaws simplify matters: One gripper for many applications FIPA GmbH supplements its
range of grippers / quick assembly and more flexible
application
A new application means: new grippers? This is not
the case with the FIPA sprue grippers, GR04.103 and
GR04.130C. The reason is that the material flow experts at Fipa have developed
replaceable gripper jaws for this purpose – with the result that the same gripper
can be used easily and quickly for various applications and materials lowering
investment costs and a substantial amount of time due to changeover.
Fipa GmbH
Address
Company News
The gripper jaws were conceived and designed for the plastics, automotive, telecom and other industries. The components enable secure gripping of soft gates
and gentle lifting of films or paper covering a wide bandwidth in Pick & Place applications. They ensure maximum flexibility to the users since the gripper can be
adapted to suit the material being handled and when the requirements change,
the gripper jaws are simply replaced.
The 4 Versions make the difference: Gripper jaws for all needs
The flexible gripper jaws are available in four different designs:
- Set 1, the customizable jaws: The customer mills his own shape of the gripper
jaw, which he can then adapt to his applications. This version is recommended,
above all, for application-specific material handling and gripper tasks.
- The sets 2 “V-shaped notch jaws” and 3 “Prisma / V-shaped notch jaws” grip
soft gates or multi-component systems firmly and securely.
- Set 4 gummed jaws - for sensitive and hot materials: The rubberized gripper
jaws with an elastomeric coating are particularly suitable for delicate gripping of
warm to hot plastic parts as well as gentle gripping of films or paper. As a result
of the HNBR coating, the gripper jaws can withstand heat up to 284 degree
Fahrenheit
FIPA develops products ´as needed´ based on the specifications of various industries and organizations. As Mr. Rainer Mehrer puts it, “This applies to our
standard components as much as it does to our customized and tailor-made
solutions”.
The FIPA CEO adds: “Our new and innovative gripper jaws provide the customer
with a highly flexible and versatile product, which he can adapt optimally to his
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area of application.
Additional plus points: All grippers are robust and light-weight, and have long life
owing to their Hart-Coat® surface coating – and the reliable closing force that
they provide makes them a convincing choice.
10/13/2010
Recent news — FIPA Thermalon® vacuum cups for
mark-free handling of hot plastic parts
Thermalon® vacuum cups handle hot plastic parts
without leaving marks
Flat and bellows vacuum cups in different sizes/heatresistant up to 320°F Clean Pick & Place functionality:
FIPA GmbH will present flat and bellows vacuum cups
made from the new Thermalon® material for the first time at the K 2010 trade fair
in Düsseldorf, Germany, from October 27 to November 3. The heat-resistant,
mark-free, as well as silicon-free vacuum cups are particularly suitable for hot
plastic parts that still have to be coated after taking them out of the injection
molding machine.
Flexible, process-safe and specifically tailored to the plastics industry — The
extremely mark-free Thermalon® material ensures that the flat and bellows vacuum cups (1.5 and 2.5 bellows) leave no marks when handling injection moldings.
Thanks to high heat resistance of Thermalon®, the vacuum cups remain reliable at temperatures of up to 320°F. Furthermore, the robust and wear-resistant
material withstands the impact of oil and chemicals.
Thermalon® — Suitable vacuum cups for every application
Diameter of 5 mm to 63 mm: The broad size range of the new Thermalon® vacuum cups offers companies the greatest possible flexibility in Pick & Place in the
plastics industry. ”The development of our products and solutions always takes
place according to specific requirements and areas of use in the individual sectors. We give our customers appropriate and efficient solutions with our comprehensive and modularly constructed standard range of products in vacuum
technology and gripper assembly,” said Rainer Mehrer, President and Owner of
FIPA.
These high standards are also consistently upheld by the new Thermalon® vacuum cups.
Product Overview
Fipa GmbH
02.05.055
Suction cups
02.05.058
Hoses
02.05.073
Valves
03.07.001.01.02
Closed loop control equipment for pressure
03.07.002.04.01
Pneumatic conveyors
03.07.003.01
Handling devices
Product Details
02.05.055
Fipa GmbH
Suction cups
FIPA Vakuumsauger
Im Pick & Place haben alle Vakuum-Sauger die gleiche Aufgabe: Teile anzuheben
und zu bewegen. Je nach Form, Größe und Material des Handlingguts kommen
dabei ganz unterschiedliche Saugnäpfe zum Einsatz: Der eine ist flach, der andere hat Falten. Der nächste ist oval oder besitzt Abstützrippen.
Egal, was für einen Vakuum-Sauger Sie benötigen – bei FIPA werden Sie garantiert
fündig.
02.05.058
Hoses
FIPA Vakuumschläuche
Vakuumschläuche, robust und flexibel - geschaffen für Pick & Place
Flexible Vakuumschläuche von FIPA erfüllen alle Anforderungen im Pick & Place
und trotzen Öl und Chemikalien genau so wie hohem Vakuum und mechanischen Kräften.
02.05.073
Valves
FIPA Ventiltechnik
Abgestimmte Ventiltechnik
Keine Verluste: Mit Ventiltechnik von FIPA bleibt das Vakuum im System. Rückschlagven-
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til, Drosselventil oder – ganz neu – Elektromagnetventil: FIPA hat für jedes System das passende Ventil auf Lager. Elektronisch oder manuell zu steuern. Und
abgestimmt auf den Einsatz in jeder Branche.
Product Details
02.01.010
FKT Formenbau und Kunststofftechnik GmbH
Spritzgussteile
Herstellung von Kunststoffteilen für diverse Branchen, wie Automobilbau, Elektround Elektronik-, Haushaltgeräte- und Optikindustrie, Medizintechnik, Sanitärtechnik sowie Telekommunikation.
Address
Phone
Jahnstr. 2
07819 Triptis
Germany
Folgende Technologien werden angewandt:
- Montagespritzgießen
- Spritzgießen in Mehrkomponententechnik
+49 36482 87-0
- Verarbeitung aller Hochtemperaturkunststoffe
Fax
+49 36482 87-188
Internet address
www.fkt-triptis.de
E-Mail
fkt@fkt-triptis.de
Stand
Hall 01, B23 (Page 772)
- Gasinnendruckspritzgießen
- Montieren, verkleben verschweißen, bedrucken
Product Overview
02.03.006
02.03.002
02.01.010
02.03.007
03.06.001
02.03.012
- Zerspanende Herstellung durch 5-Achs- und Drehfräsen
- Serienfertigung auf Spritzgießmaschinen von 35 – 650 t Schließkraft
FKuR Kunststoff GmbH
Address
Siemensring 79
47877 Willich
Germany
Phone
+49 2154 9251-0
Fax
+49 2154 9251-51
Internet address
www.fkur.com
E-Mail
sales@fkur.com
Stand
Hall 06, B66 (Page 784)
appliance
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Company News
07/19/2010
products made from this material.
Fujitsu Technology Solutions is the leading European IT infrastructure provider
present
FKuR & Fujitsu: Bio-Keyboard
in all worldwide key markets, serving large-, medium- and small-sized companies as well
Fujitsu introduces a world first - an injection moulded
keyboard made from renewable
as consumers. With its Dynamic Infrastructures approach, the company offers
a full
materials. This newly developed eco-keyboard ’KBPC
PX ECO’ has been launched under
portfolio of IT products, solutions and services, ranging from clients to datacenter
the label “Green IT” with Biograde® resin from FKuR
being used for some of the
solutions, Managed Infrastructure and Infrastructure-as-a-Service.
component parts.
Amper Plastik established for 50 years, a high-quality, technically superior plastic
This new Eco-Keyboard underlines Fujitsu’s Green IT commitment to saving
CO2
productand injection moulding producer. Among their customers are well-known
OEM’s
emissions, and represents a further innovation for Green IT. “In order to reduce
the
from the IT and automotive sector, electrical and electronic industry as well as
medical
dependency on oil, Fujitsu’s new keyboard replaces 45 percent of plastic components
and communication technologies.
with materials from renewable resources”, confirms Jürgen Geiger, project manager in
charge at Fujitsu Technology Solutions.
For the keyboard base, Biograde® C 7500 CL from FKuR has been chosen.
“The ease of
processing using existing production equipment and the excellent mechanical
properties
FKuR Kunststoff GmbH produces and markets special, customized biopolymers
under
the brand names Bio-Flex® (polylactic acid/copolyester compound), Biograde®
(cellulose
ester compound) and Fibrolon® (natural fibre reinforced polymers). The close
cooperation of the company with the Fraunhofer Institute UMSICHT assures
outstanding
know-how and quality standards.
of Biograde® were the decisive factors for choosing this material from FKuR”,
says
Thomas Raab, responsible project manager at Amper Plastik. “Parts made from
Biograde
Product Overview
meet the special requirements for keyboards and in some cases even exceed
the
01.01.010
01.01.011
Cellulose acetate, secondary (CA)
Bioplastics are a class of polymers, which have properties comparable to conventional
01.01.017
polymers, but are made from renewable resources or enable biodegradability of
the
01.01.032
Granulates
properties of oil-based plastics.”
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01.01.033
02.04.004
Product Details
02.01.002
Flexi-Cell (UK) Ltd
Solid Rubber Tubing
EPDM CR NBR
Flexi-Cell (UK) Ltd
02.05.011
Address
Unit 3, Shepley Industrial Estate
M34 5DR Manchester
United Kingdom
Pipeseal
EPDM NBR
02.05.056
Phone
+44 161 3421140
Fax
+44 161 3421141
Internet address
www.flexi-cell.co.uk
E-Mail
info@flexi-cell.co.uk
Stand
Product Overview
Sealings/Sealrings
Foam products
Coloured Polymeric Blends
Grey Red White
Fotec Forschungs- und Technologietransfer GmbH
Address
Viktor Kaplan Str. 2
2700 Wiener Neustadt
Austria
Phone
+43 2622 90333-10
Fax
+43 2622 90333-99
Internet address
www.fotec.at
E-Mail
office@fotec.at
Stand
Hall 05, E22-2 (Page 780)
Flexi-Cell (UK) Ltd
01.04.026
Closed cell foam rubber
01.05.008
Chloroprene rubber (CR)
01.05.013
Ethylene/propylene terpolymers (EPDM)
02.01.002
02.05.011
Sealings/Sealrings
02.05.056
Foam products
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Product Overview
02.01.010
03.02.002.01.01
force
03.07.001.01.05
Other control equipment
04.06
Milligramm-Bereich und für die Fertigung von mikrostrukturierten Formteilen
(Mikro auf Makro)
Wachsspritzgießen
Verfahren zur Herstellung von spritzgegossenen Wachsmodellen für den Einsatz als verlorenes Modell beim Feingießen
Pulverspritzgießen
Product Details
02.01.010
Spritzgießen
Ein Schwerpunkt unseres Dienstleistungsspektrums basiert
auf Verfahren rund um das Spritzgießen. In diesem
Bereich decken wir mit unserem Team die folgenden
Themenbereiche ab:
Der PIM-Prozess untergliedert sich in drei maßgebliche Herstellungsschritte:
Spritzgießen, Entbindern und Sintern.
Kunststoffspritzgießen / Sonderverfahren / Kunststoffspritzgießen von Sondermaterialien und mit Sonderverfahren / Sondermaterialien
Hochgefüllte Kunststoffe, leitfähige Kunststoffe, Hochleistungskunststoffe und
Holz-Kunststoff-Compounds
Mehrkomponentenspritzgießen
Verfahren für die Herstellung von Formteilen aus zwei oder mehr Kunststoffen
mit unterschiedlichen Eigenschaften
Unser Technikum verfügt über zwei moderne Spritzgießmaschinen (eine hydraulische Spritzgießmaschine mit 600 kN Schließkraft und eine vollelektrische
Mikrospritzgießmaschine) an denen verschiedenste technologische Versuche
durchgeführt werden können (z.B. Bemusterung, Erprobung neuer Materialien,
Werkzeugtests, Verifizierung der Serienreife, Optimierung u.v.a.). Zur Abdeckung der kompletten PIM-Fertigungskette betreiben wir weiters Entbinderungsanlagen und Sinteröfen.
Unsere maschinelle Ausstattung und unser fundiertes Know-how ermöglichen
die Abbildung der kompletten PIM-Prozesskette, von der Idee bis zum fertigen
Produkt. Neben dieser Komplettlösung unterstützen wir Sie gerne mit Kreativität
und Flexibilität auch bei dezidierten Problemstellungen.
Wir blicken im Bereich der PIM-Technologie auf mehr als zehn Jahre Erfahrung
zurück und besitzen ein dichtes Netzwerk nationaler und internationaler Partner.
Mikrospritzgießen
Verfahren für die Fertigung von Mikroformteilen mit Einzelteilgewichten im
Pulverspritzgießen (PIM) ist ein relativ junges Verfahren zur Formgebung. Es
verbindet die Gestaltungsmöglichkeiten des Kunststoffspritzgießens (komplexe
Formteilgeometrien, Mikroabmessungen) mit den mechanischen Eigenschaften
hochwertiger z.B. keramischer oder metallischer Werkstoffe. Je nach eingesetzten Werkstoffen kann eine begriffliche Unterteilung in Keramikspritzgießen
(CIM) bzw. Metallspritzgießen (MIM) erfolgen.
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Product Details
Prozessentwicklung (von der Idee bis zur Prototypenherstellung) Prozessoptimierung Machbarkeitsstudien Bauteilauslegung (simulationsgestützt) Materialauswahl Werkzeugauslegung (simulationsgestützt) Fertigung von Prototypen,
Null- und Kleinserien Technologieberatung und Technologietransfer
Albert-Einstein-Str. 7
07745 Jena
Germany
Phone
+49 3641 807-0
Fax
+49 3641 807-600
Internet address
www.iof.fraunhofer.de
E-Mail
info@iof.fraunhofer.de
Stand
Hall 03, E91 (Page 776)
Product Overview
Coatings
Coatings on Plastics
Coating deposition at low temperatures becomes more
and more important. In many applications cheap, light
and flexible plastic materials are replacing the glass and
crystal optic materials that have been used until now.
Due to the high temperature sensitivity of plastics, they
can only be coated using processes running at low temperatures (<100 °C).
Fraunhofer-Institut für Angewandte Optik und Feinmechanik
IOF
Address
02.05.007
Fraunhofer-Institut für Angewandte Optik und...
Additionally, such processes are interesting, because the extra step of substrate
heating is not necessary. Therefore the production processes, which are based
on low temperature procedures, require less time and are more cost-effective.
We produce dielectric interference layer systems or metal coatings on several
different plastic materials, such as PMMA, PC, COC, Zeonex, and CR 39 as well
as on other kinds of substrates. The coating development bases on plasma-ion
assisted evaporation (Leybold APS) and sputter technology.
NIR and VIS-Coatings
Fraunhofer-Institut für Angewandte Optik und...
The NIR- and VIS-coatings group is involved into the
calculation, preparation, and characterization of optical
coatings, which are designed for a spectral range that
preferably lies in the visible or near infrared spectral regions.
02.02.001
Vapour-deposit decorating
02.03.016
engineering
At present, we are mainly dealing with:
02.05.007
Coatings
- Design of optical coatings
- classical and plasma-ion assisted deposition of coatings,
04.06
- optical monitoring (among them most sensitive wavelength monitoring and
broadband monitoring),
- measurement and optimization of optical layer properties.
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Fraunhofer-Institut für Chemische Technologie ICT
Layer deposition as accomplished at a Balzers BAK 640 (classical electron beam
evaporation) and a Leybold Syruspro deposition system (plasma ion assisted
deposition) utilizing the Advanced Plasma Source (APS). The optical properties
are investigated by spectrophotometry (measurement of directed and diffuse
transmission and reflection), spatially resolved measurements may be accomplished by means of a microscope photometer. The typical tests concerning
mechanical and climate resistance are available, as well as a measurement setup for mechanical stress.
Address
Joseph-von-Fraunhofer-Str. 7
76327 Pfinztal
Germany
Phone
+49 721 4640-0
Fax
+49 721 4640-111
VUV, EUV and X-Ray Coatings
Internet address
www.ict.fraunhofer.de
In many global key technologies, great steps forward
depend on the production of high-quality optical components offering improved transmitting properties and
increased stability. The use of soft X-radiation (especially in the ”water window”: 2.3.. 4.4 nm), extreme ultraviolet (EUV: 5...50 nm) and vakuum ultraviolet radiation (VUV: 50 ... 200 nm) are important examples in this context due to their
overlapping fields of application in microlithography, astronomy, plasmaspectroscopy, medical engineering, X-ray microscopy on live tissue as well as in
laser research and synchrotron radiation research.
E-Mail
info@ict.fraunhofer.de
Stand
Hall 03, E91 (Page 776)
The work team engaged in Coatings for the VUV, EUV and soft x-rays develops
products and production technologies for industrial use and for special applications. These technologies meet the wide range of requirements in the fields of
application just mentioned. Material research, coating design, technology parameter optimization, as well as the complete optical and non-optical characterization are amongst our team’s project scope.
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Product Overview
01.01.010
01.01.017
01.01.023
01.01.115
Reclaimed material
01.03.043
SMC (sheet moulding compounds)
01.04.016
01.04.017
Polystyrene foams
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02.01.003.04
by RTM
02.01.007
Product Details
02.01.003.04
by RTM
durch RTM (Resin Transfer Moulding)
02.01.009
02.01.010
02.01.011
02.03.002
02.03.003
02.03.006
appliance
02.04.003.03
02.05.007
Coatings
02.01.007
Teile hergestellt durch Pressen
02.01.009
Teile hergestellt durch Schäumen
02.05.024
02.05.069
02.05.075.01
02.01.010
Teile hergestellt durch Spritzgießen
02.05.075.02
03.02.005.01
Preexpanders, foaming machinery for parts and blocks
(for EPS, EPP, EPE)
03.04.005
Coating plant
04.06
02.01.011
Teile hergestellt durch Thermoformen
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02.03.002
02.05.069
Kunststoffwaren und -teile für den Automobil- und
Fahrzeugba
02.03.003
Teile aus Hochleistungs-Verbundwerkstoffen
Kunststoffwaren und -teile für Bauanwendungen
02.05.075.01
Glasfaserverstärkte Kunststoffteile
02.03.006
Kunststoffwaren und -teile für Elektro-/Haushaltsgeräte
02.05.075.02
02.04.003.03
Technische
Teile
Thermoplasten
02.05.007
aus
Sonstige Faserverstärkte Kunststoffteile
Hochleistungs-
Coatings
Beschichtungen
02.05.024
Glasfaserverstärkte Kunststoffteile (GFK)
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Fraunhofer-Institut für Schicht- und Oberflächentechnik
(IST)
Address
Product Details
02.02.001
Bienroder Weg 54E
38108 Braunschweig
Germany
Inner surface coating of cell culture bags using
...an atmospheric pressure plasma process
Phone
+49 531 2155-0
Fax
+49 531 2155-900
Internet address
www.ist.fraunhofer.de
E-Mail
info@ist.fraunhofer.de
Stand
Hall 03, E91 (Page 776)
Product Overview
Fraunhofer-Institut für Schicht- und...
Fraunhofer-Institut für Schicht- und...
Living cells are increasingly used in modern medical treatment methods such
as stem cell therapy, blood transfusion and bone marrow transplantation or in
the case of deep burns. Presently cell cultivation is often carried out in open
systems where contamination of the cell cultures can easily occur. This disadvantage can be avoided with a new method developed at the Fraunhofer IST.
This method uses dielectric barrier discharges (DBD) at atmospheric pressure
to selectively deposit cell-friendly coatings on inner surfaces of closed polymer
bags in a plasma assisted chemical vapour deposition (PACVD) process. DBD
generation selectively in the interior of the bag occurs in a set-up shown in fig.
1 when the breakdown voltage of the process gas inside the bag is significantly
lower than the breakdown voltage of the gas surrounding the bag. Fillings of the
bag consist of mixtures of inert gases such as helium with film-forming precursors. Surfaces promoting cell growth can be obtained using e.g. 3-aminopropyltrimethoxysilane (APTMS) as precursor which leads to the deposition of amino
group-containing coatings.
02.02.001
02.03.016
engineering
With suitable automated process gas filling equipment (s. fig. 2) high reproducibility and homogeneous coatings can be obtained. Ongoing research also
explores the potential of the method described here for applications where surfaces are required that e.g. prevent adhesion of proteins, secure targeted selection of cells by antibodies or keep thrombocyte concentrates fresh.
02.05.007
Coatings
Scheme: DBD set-up/plasma generation Picture of automatic filling equipment/DBD
set-up
02.05.044
Metalised parts
02.05.007
Coatings
Biegsame Polymer- und Polymerkompositschichten
02.05.047
03.04.005
Coating plant
03.08.001
04.06
Mit Hilfe von transparenten Schichten lassen sich Polymeroberflächen auf verschiedenste Art veredeln. So lässt sich die Kratzbeständigkeit von Polymeroberflächen erhöhen, die Durchlässigkeit verschiedenster chemischer Verbindungen
reduzieren (Sauerstoff, Wasser, Aromen von Lebens- und Genussmitteln, etc.)
oder optische Effekte wie Entspiegelung oder spektral selektive Verspiegelung
erzielen. Hierfür kommen bislang keramische Materialien, wie Magnesiumfluorid, Siliziumdioxid, Titandioxid oder Tantaloxid zum Einsatz. Derartige Materialien besitzen hervorragende optische Eigenschaften (definierte Brechzahlen,
geringe Absorption und Lichtstreuung), zeichnen sich jedoch durch eine geringe
mechanische Dehnbarkeit aus. Auf flexiblen Substraten wie Polymerplatten
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oder –folien können derartige Schichtmaterialien beim Biegen der Substrate
oder infolge unterschiedlicher thermischer Ausdehnungskoeffizienten brechen
sowie enthaften und hierdurch ihre eigentliche Aufgabe nicht mehr erfüllen. Ein
Ansatz dies zu vermeiden ist die Verwendung von flexiblen optischen Schichtmaterialien, wie etwa von Polymeren. Die Herausforderung hierbei besteht darin,
die Polymermaterialien haftfest, mit exakt definierter Schichtdicke und geeigneten
optischen Schichtparametern auf den Polymersubstraten abzuscheiden. Für
den Einsatz von hochbrechenden Schichtmaterialien, wurde am Fraunhofer IST
ein Herstellungsprozess für Polymer-Metalloxid-Kompositschichten entwickelt,
der sich im Vergleich mit den reinen keramischen Materialien durch eine wesentlich
höhere Dehnbarkeit auszeichnet. Der aufgebaute Demonstrator zeigt zwei beschichtete
Polycarbonatsubstrate, einmal mit einem konventionellen keramischen Schichtsystem und einmal mit einem neuartigen Polymer-Metalloxid-Kompositschichtsystem.
Beide Substrate sind gebogen, wodurch die Beschichtung mechanisch beansprucht
wird. Während das konventionelle Schichtsystem bei optischer Vergrößerung
Risse zeigt, ist das polymerhaltige rissfrei.
Coating of polymer surfaces with atmospheric pressure plasma
Non-coating dielectric barrier discharge (DBD) processes,
often also referred to as ’corona’ processes, have long
been used in industry to modify polymer surfaces, e.g.
to improve bonding with printing inks, coatings or adhesives. However, DBD can also be used in plasma assisted chemical vapour deposition (PACVD) processes to coat polymers. Such
processes may potentially in many fields of application, e. g. in selective chemical functionalization, adhesion promotion (e.g. for metals - link), tuning of wettability or in the generation of barrier properties, be a cost-efficient and environmentally friendly alternative to wet-chemical and vacuum plasma processes
and are therefore subject of considerable research activities. To achieve coating in a DBD process the process gas needs to contain at least one film-forming
precursor either in the form of an aerosol or as vapour. Choice of the precursor depends on the requirements of the particular application. Examples for
precursors are 3-aminopropyl-trimethoxysilane (APTMS) (s. also link cell culture bags), hexamethyldisiloxane (HMDSO) and glycidylmethacrylate (GMA).
Research work at the Fraunhofer IST includes processes for large-area, (micro)structured as well as coating of three-dimensional substrates. A major technical challenge is to avoid the formation of deposits on the electrodes during
the coating process. Here, recently a solution has been developed with a DBD
arrangement employing a controlled shield gas flow to separate the precursorcontaining process gas from the electrode, thus achieving significantly reduced
239
formation of deposits on its surface.
02.05.044
Metalised parts
P3T
P3T – a new technology for the cost and resource efficient production of flexible printed circuits, RFID antennas and biosensors
Plasma printing at atmospheric pressure (for the principles s. also link….) can be combined with subsequent
electroless plating to produce conductive metal circuits on polymer films. In order to achieve adherent metallizations the plasma printing process is carried
out in nitrogen atmospheres suitable to generate nitrogenated groups such as
amino groups on the polymer surface. Such surface functionalization strongly
promotes the adsorption of palladium on the polymer. This effect is exploited in
an innovative potentially cost-efficient reel-to-reel technology to produce flexible
printed circuits, RFID antennas and biosensors. The technology, named »P3T«
which stands for plasma printing and packaging technology is being jointly developed by the Fraunhofer IST and partners from industry and academia. P3T
features mass production capability, good scalability, the absence of vacuum
processes, the material saving additive technique flexibility with respect to the
substrate and a lower number of process steps compared with conventional
lithographic processes.
P3T involves reel-to-reel plasma printing in the first process step. Metal printer
rollers similar to those known from conventional rotogravure printing are used
as printing masks. The principle of reel-to-reel plasma printing is shown in the
schematic in fig. 1.
Films of polyimide (PI), polyethylene terephthalate (PET) and biaxially oriented
polypropylene (BOPP) have been successfully area-selectively activated at velocities up to 3 m/min for subsequent electroless copper, nickel or palladium
metallization. In the case of a copper metallization on PI peel strengths according to DIN 53494 up to more than 1 N/mm were found.
240
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Fraunhofer-Institut für Verfahrenstechnik und Verpackung
IVV
Address
Product Details
02.03.014
Giggenhauser Str. 35
85354 Freising
Germany
Phone
+49 8161 491-0
Fax
+49 8161 491-491
Internet address
www.ivv.fraunhofer.de
E-Mail
info@ivv.fraunhofer.de
Stand
Hall 03, E91 (Page 776)
Product Overview
Fraunhofer-Institut für Verfahrenstechnik und...
Functional Materials
Using a variety of techniques for surface modification
and coating we develop polymer films with barrier and
ultra-barrier properties against permanent gases and
water vapor. A further aim of our development work is
the incorporation of self-acting functional components
(e.g. oxygen-scavengers and moisture-absorbers) in
order to customize materials for specific products. We
develop products for food packaging applications and
also flexible materials for technical products.
Fraunhofer-Institut für Verfahrenstechnik und...
Fried Kunststofftechnik GmbH
Address
Wasenstr. 90
73660 Urbach
Germany
industry
Phone
+49 7181 8000-0
04.03
Trade associations
Fax
+49 7181 8000-15
02.04.004
Internet address
www.fried.de
02.04.002
Films
E-Mail
info@fried.de
02.03.015
Stand
04.06
03.01.009
Recycling lines
02.03.014
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Company News
14.09.2010
Große Spritzgußteile als Verkleidung für
Brennerheizung
Die Verkleidung der Fröling-Pelletsheizung wird im Vergleich zu den bisherigen
Tiefziehteilen sehr wirtschaftlich und qualitativ hochwertig als lackiertes TSG-Teil
hergestellt.
14.09.2010
Gehäuse für Bedientastatur als lackiertes TSG-Teil
In enger Entwicklungspartnerschaft mit Gildemeister wurden mehrere Tastaturgehäuse als Kunststoffteil konstruiert und im TSG-Verfahren mit anschließender hochwertiger Lackierung produziert.
Product Overview
02.01.010
02.03.002
02.03.003
02.03.009
02.03.010
02.03.011
02.03.012
02.04.003.01
02.04.003.02
02.05.001
Apparatus and parts
243
02.05.023
02.05.024
02.05.025
Handles
02.05.044
Metalised parts
02.05.047
02.05.061
Protective covers, hoods and wrappers
03.06.001
FSK Schaumkunststoffe und Polyurethane e.V.
Address
Am Hauptbahnhof 10
60329 Frankfurt
Germany
Phone
+49 69 299207-0
Fax
+49 69 299207-11
Internet address
www.fsk-vsv.de
E-Mail
fsk@fsk-vsv.de
Stand
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Company News
10/04/2010
PUR-core for impact resistant carbon skeleton
construction – University of Munich by the students
Martin Kinner, Franz Lutz, Andreas Rutz, Artur
Tsavenko and Lukas Wankel with Prof. Horoschenkoff
PUR-core for impact resistant carbon skeleton construction
Prefabricated house construction with PUR sandwich
elements by Jens Kompe (KraussMaffei Technologies
GmbH), Josef Lasselsberger (LB Engineering GmbH)
Every other year the Specialist Association Foamed
Plastics and Polyurethanes (FSK) awards innova-tive
projects.Award winners 2010 contributed following idea:
Prefabricated house construction with PUR sandwich
elements
The use of carbon fibre materials has often failed due
to the high impact sensitivity of the material. Even minimal impact stresses can cause significant structural
weakening. The idea is to build a simple, yet very cost efficient carbon skeleton construction made of semi-finished products and using foamed plastics in
combination with an external shell achieve a high impact resistance and shatter
protection.
PUR-Kern für schlagfeste Carbon-Skelettbauweise
Der Einsatz von Carbonfaserwerkstoffe scheitert bisher oft aufgrund der hohen Schlagempfindlichkeit. Bereits geringe Schlagbeanspruchungen können
erhebliche strukturelle Schwächungen hervorrufen. Die Idee ist eine einfache,
äußerst preiswerte Carbon-Skelett-Bauweise aus Halbzeugen zu bauen und
über Schaumkunststoffe in Verbindung mit einer äußeren Hülle eine hohe
Schlagfestigkeit und einen Splitterschutz zu erzielen.
For the tractive and compressive forces resulting from the bending moment CFK
rods are inserted which, to prevent buckling, are lead through buckling supports.
The entire “skeleton” is then foam filled with polyurethane foam respectively surrounded by foam, to transfer the shear forces, to secure the individual parts and
achieve an impact and shatter resistant structure.
Für die Zug- und Druckkräfte resultierend aus dem Biegemoment werden CFK
Stäbe eingesetzt, die zur Verhinderung der Knickung durch Beulsteifen geführt
werden. Das gesamte „Skelett“ wird an-schließend mit Polyurethan Schaum
ausgeschäumt bzw. umschäumt, um die Schubkräfte zu übertra-gen, die Einzelteile zu befestigen und eine schlag- und splitterunempfindliche Struktur zu erhalten.
10/04/2010
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“It is all about frameless construction based on light,
but very sturdy PUR system elements with excellent
insulating properties and an insulation thickness of 150 mm. In appearance
there is no difference to the traditional prefabricated house design.Manufacturing
costs, production, and assembling times are noticeably reduced.
Der Fachverband Schaumkunststoffe und Polyurethane e.V. (FSK) zeichnet alle
2 Jahre innovative Projekte aus. Dieser Preisträger 2010 bot folgende Idee:
Fertighausbau mit PUR-Sandwichelementen
„Es handelt sich um eine rahmenlose Bauweise auf Basis leichter, aber sehr stabiler PUR-Systemelemente mit hervorragenden Dämmeigenschaften bei einer
Isolationsstärke von 150 mm. Optisch besteht kein Unterschied zum traditionellen Fertighaus-Design“, fasst Kompe die Vorteile zusammen. Herstellkosten, Produktions- und Montagezeiten werden insgesamt deutlich reduziert.
Complete prefabrication at the factory Assembling with only a few large surface system elements Standardised connecting elements for easy assembling
instead of complex assembling Manufacturing in industrial dimensions with continuous production instead of manual manufacturing Continuous production of
sandwich elements on a double belt press instead of discontinuous production
on a press Maximum precision for imprint free and high quality elements Dosing,
mixing, and application technology for sandwich elements
Komplette Vorfertigung im Werk statt Rohbauteile mit Fertigstellung auf der
Baustelle Aufbau aus wenigen großflächigen Systemelementen Standardisierte
Verbindungselemente für einfache Montage statt aufwändiger Montage (Betonbau/Zimmerei) Herstellung im industriellen Maßstab durch kontinuierliche Produktion statt manueller Fertigung Kontinuierliche Produktion von Sandwichelementen auf einer Doppelbandpresse statt diskontinuierlicher Herstellung auf
einer Presse Höchste Präzision für abdruckfreie und hochwertige Elemente
Dosier-, Misch- und Auftragstechnik für Sandwichelemente
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10/04/2010
The stuff foams are made of – sculptures made of PUR
by Angelika Arendt (freelance artist)
Every other year the Specialist Association Foamed Plastics
and Polyurethanes (FSK) awards innova-tive projects. This
award winner 2010 contributed following idea:
10/04/2010
BASF Concept shoe - Martin Vallo and Dr. Johann
Diedrich Brand (BASF Polyurethanes GmbH)
Plastics and Polyurethanes (FSK) awards innovative
projects. This award winner 2010 contributed following idea:
The stuff foams are made of – sculptures made of PUR
A work of art that creates a complex mesh full of associations.
Using the industrial foam polyurethane many pieces of art were
created, using diverse properties of the material, which speak a
very different language of form. What resulted and grew herefrom are the organic formations. Similar to nature the shape resulted from the
growth and the development of the material.
BASF Concept shoe
Der Fachverband Schaumkunststoffe und Polyurethane e.V. (FSK) zeichnet alle
2 Jahre innovative Projekte aus. Diese Preisträgerin 2010 bot folgende Idee:
Der Fachverband Schaumkunststoffe und Polyurethane e.V. zeichnet alle 2
Jahre innovative Projekte aus. BASF, als einer der Preisträger 2010, hat folgendes Produkt vorgestellt:
Skulpturen aus PUR
Why do BASF Polyurethanes invest in such Concept Shoe? •Show innovative
study on materials •over 13 new materials and material combinations •Performance potential on polyurethane in modern design •Show the design freedom
of polyurethane •Generate new ideas of our customers •Reduction of adhesives
•New production technologies •Recyclability of a 100% PU Shoe
Ein Werk, das ein komplexes Geflecht voller Assoziationen in alle Richtungen
bildet. Durch den industriellen Polyurethan-Schaum entstanden viele Werke, in
denen die Eigenschaften des Materials genutzt wurden, um eine ganz eigenständige Formensprache zu entwickeln. Entstanden und gewachsen sind die
organischen Gebilde. Ähnlich wie in der Natur ergab sich die Form aus dem
Wachstum und der Entwicklung des Werkstoffes.
BASF Concept shoe
The playful imaginative formations fascinate by their character giving colours.
The shapes swell, sometimes smooth like stalagmites and stalactites from the
ground, sometimes they grow exuberantly from the wall and ceiling. While working no experiment with the material polyurethane was left out. The artworks were
treated by mixing, dyeing, sticking together, squeezing, kneading, stroking, and
modelling until they seemed to be souvenirs from a strange, unheard of dimension.
•100% PU Shoe •Shoe construction kit (assemble/disassemble) •Concept shoe
as a material tool box •Easy exchange of materials of each application •Different
haptic
Die verspielten Phantasiegebilde faszinieren durch die Charakter gebenden Farben. Die Formen quel-len, mal rund glatt wie Stalagmiten und Stalaktiten aus
dem Boden, mal wuchern sie üppig von Wand-und Raumdecke. Beim Arbeiten
wurde kein Experiment mit dem Material Polyurethan ausgelassen. Die Arbeiten
wurden behandelt durch Mischen, Einfärben, Aneinandersetzen, Quetschen,
Kneten, Streichen und Mo-dellieren bis sie wie Souvenirs aus einer fremden,
unerhörten Dimension wirken.
Why do BASF Polyurethanes invest in such Concept Shoe? •Show innovative
study on materials •over 13 new materials and material combinations •Performance potential on polyurethane in modern design •Show the design freedom
of polyurethane •Generate new ideas of our customers •Reduction of adhesives
•New production technologies •Recyclability of a 100% PU Shoe
•100% PU Shoe •Shoe construction kit (assemble/disassemble) •Concept shoe
as a material tool box •Easy exchange of materials of each application •Different
haptic
10/04/2010
PUR Displays - Erik Raus (Kling GmbH)
projects. This award winner 2010 contributed following
idea:
PUR Displays - Erik Raus Kling GmbH
Design and functionality are inseparable. A good design puts the products in the
spotlight and com-municates its brand message in a clear and understandable
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manner. PUR materials give us above all the advantage that we can make use
of the new freedom of design to fulfil all design demands.
Der Fachverband Schaumkunststoffe und Polyurethane e.V. (FSK) zeichnet im
2-Jahres-Turnus inno-vative Projekte aus. Dieser Preisträger 2010 bot folgende
Idee:
PUR Displays - Erik Raus Kling GmbH
•Cost efficient use of the rotation procedure for small and medium sized series
•Manufacturing of organic shapes as sturdy hollow bodies •A perfect, individual
and inexpensive end product
• Kostenbewusster Einsatz des rotationverfahrens für kleine und mittlere Stückzahlen • Herstellung von organischen Formen als robuste Hohlkörper • Ein perfektes, individuelles und preiswertes Endprodukt
Terrasensa - Michael Kunze (Hübner GmbH), Jens
Freitag (TEO Industriedesign GmbH)
idea:
10/04/2010
Surface follows function – manually laminated
surfboard by Hagen Ißbrücker (Student)
Plastics and Polyurethanes (FSK) awards innovative
projects. The award winner 2010 Hagen Ißbrücker
contributed the idea
Surface follows function – manually laminated surfboard
The standing surface of a surfboard, also known as
wave riders, is usually waxed to ensure stability and
surefootedness for the rider – a neither aesthetic nor in the long run economic
solution. This prototype displays a manually laminated surfboard with a glued
on Traction Pad made of polyurethane stretching across the whole standing surface.
Der FSK zeichnet alle 2 Jahre innovative Projekte aus. Der Preisträger 2010
Hagen Ißbrücker bot folgende Idee
Surface follows function – handlaminiertes Surfboard
Terrasensa
terrasensa® is a new training system with true to nature unevenness. Laid next to each other a variety of
surfaces can be created. This has the effect that during training on these uneven
surfaces there is only a slight memory effect. The foot trains on a soft, springy
training path with different heights and depths. On the face side corresponding
areas offer countless combination possibilities.
Der Fachverband Schaumkunststoffe und Polyurethane e.V. (FSK) zeichnet im
2-Jahres-Turnus innovative Projekte aus. Dieser Preisträger 2010 bot folgende
Idee:
Terrasensa
terrasensa® ist ein neues Trainingssystem mit naturrealistischen Unebenheiten.
Aneinandergelegt können vielfältige Oberflächen gestaltet werden. Damit er-
Stereotype sequences of movement are prevented.
stereotype Bewegungsabläufe werden verhindert.
Design und Funktionalität gehören untrennbar zusammen. Gutes Design rückt
die Produkte in den Vordergrund und kommuniziert ihre Markenbotschaft auf
klare und verständliche Weise. PUR Materialien geben uns hierbei in erster
Linie den Vorteil, dass wir die neue Freiheit der Form-gebung nutzen können,
um sämtlichen Designansprüchen gerecht zu werden.
10/04/2010
folgt beim Training auf dieser unebenen Fläche nur eine geringe Gewöhnung. Der Fuß trainiert auf einem weich gefederten Trainingsweg mit unterschiedlichen Höhen und Tiefen. Stirnseitig übereinstimmende Flächen bieten
unzählige Kombi-nationsmöglichkeiten.
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Die Standfläche von Surfboards, auch Wellenreiter genannt, wird üblicherweise
gewachst, um dem Fahrer Standfestigkeit und Trittsicherheit zu gewährleisten eine weder ästhetische noch dauerhaft ökonomische Lösung. Dieser Prototyp
zeigt ein handlaminiertes Surfboard mit einem aufgeklebten Traction Pad aus
elastischem Polyurethan, das sich über die gesamte Standfläche erstreckt.
Friction maximization is achieved by the material and by making the surface of
the relief bigger. This at the same time demonstrates the visual translation of
the surf and so being communicates the dynamic use of the sporting device in
water.
Reibungsmaximierung wird durch das Material und durch die Ober¬flächenvergrößerung
des Reliefs erzeugt. Dieses stellt zugleich die visuelle Übersetzung einer Brandung dar und kommuniziert so den dyna¬mischen Gebrauch des Sportgerätes
im Wasser.
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10/04/2010
Uvex motion carbon with Bayflex® LightWeight
Technology - Joachim Flem-ming (UVEX Arbeitsschutz
GmbH), Henrik Oelschläger (Baysystems GmbH)
10/04/2010
JUNIC – therapeutic positioning aid by Kerstin Sachs
(Student)
projects. The award winner 2010 Kerstin Sachs contributed following idea:
idea:
JUNIC – therapeutic positioning aid by Kerstin Sachs
(Student)
Uvex motion carbon with Bayflex® LightWeight Technology
A protective shoe that by combining innovative technologies and materials allows highest wearing comfort can play an important role in keeping its wearer
healthy. With the Bayflex® LightWeight Tech-nology a reduction of the intermediate sole density of 25% is achieved this means the intermediate sole is 25%
lighter.
Junic is a variable positioning aid for exercising with children with developmental
disabilities, children facing potential disabilities and disabled children as well as
a toy for working with children in the field of sports.
Der Fachverband Schaumkunststoffe und Polyurethane e.V. (FSK) zeichnet
im 2-Jahres-Turnus innovative Projekte aus. Die Preisträgerin 2010, Kerstin
Sachs, bot folgende Idee:
Dieser Preisträger 2010 bot folgende Idee:
JUNIC - therapeutische Lagerungshilfe von Kerstin Sachs (Studentin)
Uvex motion carbon mit Bayflex® LightWeight Technologie
Junic ist eine variable therapeutische Lagerungshilfe zur Übung für Kinder mit
Entwicklungsverzöge-rung, von Behinderung bedrohte Kinder und behinderte
Kinder sowie als Spielmittel für die Arbeit mit Kindern im sportlichen Bereich.
Ein Schutzschuh, der durch Kombination innovativer Technologien und Materialien höchsten Trage-komfort ermöglicht und einen maßgeblichen Beitrag zur
Gesunderhaltung des Trägers leisten kann. Durch die Bayflex® LightWeight
Technologie wird eine Reduktion der Zwischensohlendichte um 25% erreicht,
d.h. 25% leichtere Zwischensohle.
A noticeably increased damping behaviour of the sole in comparison with conventional PUR systems Reduced material, transportation, and logistics costs
Saving resources and the environment Greater freedom of design in the sole
area Lower costs for reworking and rejections Seamless shaft construction for
preventing pressure points Highly abrasion resistant and water vapour permeable Powermesh surface material High breathability and optimal moisture transportation Optimal, lasting reduction of odours
Deutlich besseres Dämpfungsverhalten der Sohle. Niedrigere Material-, Transportund Logistikkosten Nachhaltiger Umgang mit Ressourcen und der Umwelt
Größere Designfreiheit im Sohlenbereich Geringere Nacharbeits- und Ausschusskosten Nahtlose Schaftkonstruktion zur Vermeidung von Druckstellen
beim Träger Hochabriebfestes und wasserdampfdurch-lässiges PowermeshObermaterial Hohe Atmungsaktivität und optimaler Feuchtigkeitstransport Adsorptives Hightech-Material SARATECH® im Schaft ermöglicht eine optimale,
dauerhafte Reduktion störender Gerüche
251
The new field of application for visco-elastic polyurethane foam is very innovative. The foam reacts independently to weight and body warmth, with changes
in volume. The material is point-elastic and offers a multidimensional body support, which creates a unique adaptation to the body. It offers many options for
movements and exercises which trains the physical development of children and
youths.
Innovativ ist der neue Anwendungsbereich des viskoelastischen Polyurethanschaums.
Der Schaum reagiert individuell auf Gewicht und Körperwärme mit Volumenveränderung. Das Material ist punkt-elastisch und bietet eine mehrdimensionale
Körperunterstützung, womit eine einzigartige Körperan-passung entsteht. Sie
bietet vielseitige Bewegungs- bzw. Turnmöglichkeiten, welche die motorische
Entwicklung von Kindern und Jugendlichen schult.
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FTW Werner Würth GmbH
Product Overview
Address
Am Rottland 2
58540 Meinerzhagen
Germany
Phone
+49 2354 701115
Fax
+49 2354 701110
01.04.005
Melamine/formaldehyde foams (MF)
01.04.008
Polyethylene foams (PE)
01.04.016
01.04.020
Polyurethane casting resins semi-rigid structural
foams-RIM-systems
Internet address
01.04.021
Polyurethane casting resins rigid foams-systems
E-Mail
01.04.022
Polyurethane casting resins semi-rigid foams-systems
Stand
01.04.023
02.01.009
02.03.012
02.04.001.10
Hall 11, E11 (Page 802)
Product Overview
02.05.021
Conveyor belts
02.05.058
Hoses
03.01.001.01
03.07.002.04.04
Belt conveyors
03.07.003.04
03.08.002.01
Heating and cooling units
Product Details
02.05.021
Conveyor belts
Lieferprogramm
Kleinförderbänder, Gurtförderbänder, Steilförderbänder, Scharnierbänder, Wellkantenförderer, Magnetförderbänder, Drahtgliederbänder, Stahlscharnierbänder,
253
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Späneförderer, Kratzförderer, Bunkerbänder, Wasserbadförderer, Zahnriemenförderer, Doppelspurförderer, Kettenförderer, Abkühlbänder, Kurvenförderer, Vibrationsrinnen, Schwingförderrinnen, Separiertrommeln, Abschlagtrommeln, Standseparierer, Etagenförderer, Drehtische
02.05.058
Hoses
Product Overview
FUTURE PACK CO., LTD.
02.05.055
Suction cups
03.04.001
Schläuche und Normalien
Schläuche in sämtlichen Ausführungen, Durchflussregler, Schnellkupplungen
und Adapter in mehreren Ausführungen, Wärmeträgeröl, Schlauchschellen und
Presshülsen, Saugmotoren für sämtliche Hersteller...
Product Details
02.05.055
Suction cups
Paper cup machine
Paper cup forming machine can make all kinds of paper
cups automatically such as Hot coffee & Tea cup, Cold
drink cup, Ice cream cup, Noodle cup, Pop corn cup,
Chicken bucket and etc. www.futurepack.kr
Address
No.710, Hwayang Tower, 110-37,
143-915 Seoul
Korea (Rep.)
Phone
+82 2 463 2101
Gallez Industries Holding
Fax
+82 2 6280 7107
Internet address
www.futurepack.kr
E-Mail
Stand
Address
Parc des Industries Artois Flandres,
62138 Douvrin
France
collin@futurepack.kr
Phone
+33 3 21793500
Hall 11, A04-11 (Page 802)
Fax
+33 3 21793529
Internet address
Company News
05/17/2010
PACKAGING 2010(Turkey) Paper cup M/C
Turkey - 16th International packaging industyr fair
E-Mail
n.bartz@gallez.fr
Stand
Hall 05, C18-9 (Page 780)
setp 16~19,.2010
Hall 9, Booth : 902
Product Overview
www.packagingfair.com
02.01.010
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Product Details
Product Overview
02.01.010
Gayatri Rub Tech®
02.05.076
All kind of raw materials is able to be injected in GALLEZ
facilities ( ABS – PS – ABS/PC – PC – PP – PP Mineral
or Glass Fibers – PA – PA Glass Fibers – PPA – POM
,…)
03.04.001
03.10.003
Rolls
From few grams to more than 1 Kg, in 1K or 2K, we are specialized both in
technical and in appearance parts.
Product Details
We could also propose you painting, chroming or decorated parts.
02.05.076
Don’t hesitate to contact our sales department by mail ( contact@gallez.fr ) for
analyze and study your project.
Product information
All kind of raw materials...
Gayatri Rub Tech®
Gayatri Rub Tech have deployed advanced technology with
cost effective solutions.
Our product range includes Roto Gravure & Lamination
Rubber Roll, Roto Gravure Rubber Rolls, Solvantless Lamination & Extruder Roll, Diamond Cut Roll, Flexo Graphic
Rubber Roll, Silicon Rubber Roll, Rubber Expander Roller
(Banana Roll), M.S. Steel Roll (Mirror Finish Roll), Groove
Roll, & Packaging Polyester, Film, Plant Foil, Paper Fiber &
Yarn Steel, Plywood Textiles Cement, Leather Food Tyre etc.
Gayatri Rub Tech®
Address
31/1 Kameshwar Estate, Plot No: 3609,
382 445 Vatva, Ahmedabad (Guj)
India
Phone
+91 79 25841273
Fax
+91 79 25841274
Internet address
www.gayatrirubtech.com
E-Mail
gayatrirubtech@yahoo.co.in
Stand
Hall 12, D33-5 (Page 806)
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09/22/2010
GEVACRIL
Address
Strada Vicinale Paolina, 1
20066 Melzo
Italy
Phone
+39 02 95737351
Fax
+39 02 95737357
Internet address
www.gevacril.com
GEVACRIL®: new PMMA products
GEVACRIL®, the biggest European manufacturer of PMMA
Tubes, Rods & Profiles, reported the expansion of its
product range of Cast Acrylic Tubes.
GEVACRIL® is glad to offer now:
• CAST ACRYLIC TUBES OD 550 from 5 to 10 mm thickness
• CAST ACRYLIC TUBE OD 350 / ID 320 x 2100
• CAST ACRYLIC TUBE OD 450 / ID 420 x 2100,
E-Mail
info@gevacril.com
Stand
Hall 05, B22 (Page 780)
• CAST ACRYLIC TUBE OD500/ID470x2050
Company News
07/15/2010
The company is the only one in Europe able to manufacture such large tubes in
this thickness thanks to its state of the art technology.
GEVACRIL
GEVACRIL expands production of Cast Acrylic Tubes
GEVACRIL® ACRYLICS, the biggest European manufacturer
of Cast Acrylic Tubes, Rods & Profiles, reported the expansion of its product range of cast acrylic tubes. GEVACRIL® is
glad to offer now: • CAST ACRYLIC TUBES OD 550 from 5 to
10 mm thickness • CAST ACRYLIC TUBE OD 350 / ID 320 x
2100 CAST ACRYLIC TUBE OD 400 / ID 370 x 2050 CAST
ACRYLIC TUBE OD 450 / ID 420 x 2100, CAST ACRYLIC
TUBE OD500/ID470x2050 CAST ACRYLIC TUBE OD 610 / ID
580 x 2100 Find more information on www.gevacril.com or contact the Marketing
Department at info@gevacril.com .
GEVACRIL® The Acrylcs Specialists
Find more information on www.gevacril.com , the Acrylics Specialists
04/27/2010
GEVACRIL® ACRYLICS’ latest set of PMMA Profiles
GEVACRIL® ACRYLICS is now offering a wide range
of standard high-impact PMMA profiles, combined with
the possibility of manufacturing special profiles (in
PMMA, high-impact PMMA, PC, ABS). These acrylic
profiles round up GEVACRIL®’S unsurpassed delivery
programme with more than 1100 articles in production
and readily available in stock. This includes the following special items: • XT coloured & white tubes • Metallic Tubes® • FLUORACRYL® Rods&Bars, Tubes, Domes • Satin Tubes® • CAST CONTINUED®
Tubes Also part of the GEVACRIL® product range is the ultra-rapid ©Deskglue
Technology, the perfect glue for any gluing task involving our profiles. For further
information, requests, samples or quotations please don’t hesitate to contact us.
More information on www.gevacril.com and on www.deskglue.eu.
Your Team from GEVACRIL®
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09/16/2010
©DeskGlue: revolutionary UV system for PMMA
10/13/2010
GEVACRIL® is going to present ©DeskGlue at the K-10
©DeskGlue Technology (©DGT) is a revolutionary UV gluing
system that allows gluing of acrylic parts starting from 30 seconds. Manufacturer GEVACRIL® launched the ©DeskGlue
Lab in Heidelberg in October 2009 to show European fabrication companies & professionals how to use and how to take
profit from this innovative technique. What is revolutionary
about ©DeskGlue? It is based on a new set of UV-activated
glues, hardware with corresponding UV-activating equipment
and focuses on solving the major problems for high-quality,
extreme rapid and cost saving gluing processes. Despite the usual UV systems ©DGT has an excellent break resistance coped to the guarantee of an
high quality gluing result. Mr. Lupi, the referent for the business development at
GEVACRIL® described ©DeskGlue in an interview with the following words: “excellent aesthetic, ultra rapid, problem solving, easy, extremely cost saving”. To
learn more on ©DeskGlue please visit us at the K-fair and check the DeskGlue
website: www.deskglue.eu
©DeskGlue Technology (©DGT) is a revolutionary UV
gluing system that allows gluing of acrylic parts starting
from 30 seconds only.
Your GEVACRIL® Team www.gevacril.com
Mr. Lupi, the referent for the business development at GEVACRIL® described
©DeskGlue in an interview with the following words: “excellent aesthetic, ultra
rapid, problem solving, easy, extremely cost saving”.
08/10/2010
GEVACRIL®: New Items in PMMA
Manufacturer GEVACRIL® launched the ©DeskGlue
Lab in Heidelberg in October 2009 to show European
fabrication companies & professionals how to use and
how to take profit from this innovative technique.
On the K-faire GEVACRIL® is offering at its stand B22 in hall 5 introductions on
DeskGlue twice per day. During the whole exhibitions you will be able to contact
experts and learn more on the revolutionary gluing technology.
What is revolutionary about ©DeskGlue? It is based on a new set of UVactivated glues, hardware with corresponding UV-activating equipment and focuses on solving the major problems for high-quality, extreme rapid and cost
saving gluing processes. Despite the usual UV systems ©DGT has an excellent
break resistance coped to the guarantee of an high quality gluing result.
www.gevacril.com www.deskglue.eu
GEVACRIL® ACRYLICS is proud to announce the
widening of its range of Cast Acrylic Tubes. Eleven
new items have been added to the range. Among them
some special items like:
Your GEVACRIL® Team
03/12/2010
CAST ACRYLIC TUBES OD 550 by 10 mm thickness
CAST ACRYLIC TUBES OD 610 and OD 400 by 15
mm thickness
The range of Cast Acrylic Tubes is the most complete
on the European market; no other manufacturer of Acrylic Semi-finished Products is able to produce such a large delivery programme.
Find more information at www.gevacril.com
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GEVACRIL®: Presentation of the revolutionary
©DeskGlue Technology
The DeskGlue Technology (DGT) entered the world
of acrylic-glass-gluing. Manufacturer GEVACRIL® launched
the ©DeskGlue Lab in Heidelberg in October 2009 in
cooperation with Iplex(R) to show European fabrication companies & professionals how to use and how to
take profit from this innovative technique. What is revolutionary about ©DeskGlue? It is based on a new set
of UV-activated glues, hardware with corresponding UV-activating equipment
and focuses on solving the major problems for high-quality, extreme rapid and
cost saving gluing processes. Mr. Lupi, the referent for the business development at GEVACRIL® described ©DeskGlue in an interview with the following
words: “excellent aesthetic, ultra rapid, problem solving, easy, extremely cost
saving”. To learn more on ©DeskGlue please visit http://deskglue.com and go
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to the GEVACRIL® Blog (www.gevacril.wordpress.com) to read about the latest
developments of the DGT.
10/20/2010
Your Team from GEVACRIL® http://www.gevacril.com
GEVACRIL® ACRYLICS, the biggest European manufacturer
of Cast Acrylic Tubes, Rods & Profiles, reported the expansion of its product range of cast acrylic tubes. GEVACRIL® is
glad to offer now: • CAST ACRYLIC TUBES OD 550 from 5 to
10 mm thickness • CAST ACRYLIC TUBE OD 350 / ID 320 x
2100 CAST ACRYLIC TUBE OD 400 / ID 370 x 2050 CAST
ACRYLIC TUBE OD 450 / ID 420 x 2100, CAST ACRYLIC
TUBE OD500/ID470x2050 CAST ACRYLIC TUBE OD 610 / ID
580 x 2100 Find more information on www.gevacril.com or contact the Marketing
Department at info@gevacril.com .
05/25/2010
GEVACRIL®. New cast pmma tubes OD 457, 550, 610,
650
GEVACRIL® ACRYLICS has extended its range on cast tube
by the diameters 457 mm, 550mm, 610mm & 650 mm! These
diameters are available in a thickness of 4-10mm.
GEVACRIL®’s range on cast acrylic tubes goes from a diameter of 40 mm up to 650 mm. The customer can chose as well
among 20 different color shades. Opal, Metallic & Fluorescent
colours round up the most complete delivery program worldwide.
GEVACRIL® The Acrylcs Specialists
09/16/2010
More on: www.gevacril.com/products/tubes
Your GEVACRIL®-Team
06/15/2010
GEVACRIL expands production of Cast Acrylic Tubes
GEVACRIL® „4U“
GEVACRIL® focuses on customer oriented activities
like the “4U” service programme: this helps customers
to set themselves apart from competitors.
„4U“-Services by GEVACRIL® & partners:
- Support and Training Courses for gluing - Crash Test
Certification - Cut to Size (sheets, blocks, tubes, etc.)
More information you will find on the company’s websites: www.gevacril.com &
www.deskglue.com.
Your GEVACRIL®-Team info@gevacril.com
cooperation with Iplex(R) to show European fabrication
companies & professionals how to use and how to take
profit from this innovative technique. What is revolutionary about ©DeskGlue?
It is based on a new set of UV-activated glues, hardware with corresponding
UV-activating equipment and focuses on solving the major problems for highquality, extreme rapid and cost saving gluing processes. Mr. Lupi, the referent
for the business development at GEVACRIL® described ©DeskGlue in an interview with the following words: “excellent aesthetic, ultra rapid, problem solving,
easy, extremely cost saving”. To learn more on ©DeskGlue please visit us at
the K-fair and check the DeskGlue website: http://deskglue.eu
04/09/2010
GEVACRIL® provides new XT-acrylic coloured tubes
It’s unquestioned that colour is an indispensable element of our life to stimulate everyone’s well-being.
The strong impact of objects made of acrylic colours
catches the attention of people at all times. The only
problem: the serialization of the extrusion process do
not allow small quantities and this represents a limitation for the plastic industry. GEVACRIL ACRYLICS® did the change and
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presents the first time its delivery programme of XT Acrylic Coloured Tubes:
four colours (fluor green, orange, blue & white) in four diameters (OD50, OD100,
OD150, OD200) are available now. Thus new bright possibilities by stocking inventory to designers, architects, lighting & machining industry had been created.
And for those who work with colours GEVACRIL® can recommend the on the
market well-established coloured cast tubes. Meanwhile the range of colours
therefore includes more than twenty. Experience the differences of white, the
addition of grey and the character of brown.
The GEVACRIL® XT Acrylic Coloured Tubes inspire the change by eye-catching
applications, such as billboards, POP, displays, shop fittings, design items, lighting, furniture, art objects etc. The possibilities are countless and you can benefit
from those.
Colours have the power to transform!
More on coloured tubes: http://www.gevacril.com/products/tubes/satin_opal_color
http://www.gevacril.com/products/tubes/colors
external diameter of 500 mm. 8 new colors are now available.
Try GEVACRIL® shimmer blue metallic GV-155 or GEVACRIL® titaniumGV130, be inspired from this brand new stylish polymer shape!
More Information on http://www.gevacril.com/products/tubes/metallic
10/27/2010
GEVACRIL® presenting ©DeskGlue
The K 2010 started today and plenty of visitors are searching for
news in development and distribution. What GEVACRIL® can
offer is an introduction of a very revolutionary gluing system,
which allows you to glue acrylic material rapidly: ©DeskGlue!
GEVACRIL® „4U“
What is revolutionary about ©DeskGlue? It is based on a new
set of UV-activated glues, hardware with corresponding UVactivating equipment and focuses on solving the major problems
for high-quality, extreme rapid and cost saving gluing processes.
Despite the usual UV systems ©DGT has an excellent break resistance coped
to the guarantee of an high quality gluing result.
GEVACRIL® focuses on customer oriented activities like
the “4U” service programme: this helps customers to set
themselves apart from competitors.
Manufacturer GEVACRIL® launched the ©DeskGlue Lab in Heidelberg in October 2009 to show European fabrication companies & professionals how to use
and how to take profit from this innovative technique.
„4U“-Services by GEVACRIL® & partners:
On the K 2010 GEVACRIL® is offering at its stand B22 in hall 5 introductions
on DeskGlue twice per day, at 11 am and 3 pm. During the whole exhibitions
you will be able to contact experts and learn more on the revolutionary gluing
technology.
10/19/2010
- Support and Training Courses for gluing - Crash Test
Certification - Cut to Size (sheets, blocks, tubes, etc.)
More information you will find on the company’s websites:
www.gevacril.com & www.deskglue.com.
Mr. Lupi, the referent for the business development at GEVACRIL® described
©DeskGlue in an interview with the following words: “excellent aesthetic, ultra
rapid, problem solving, easy, extremely cost saving”.
Your GEVACRIL®-Team info@gevacril.com
www.gevacril.com www.deskglue.eu
03/19/2010
Introductions at the fair: 11 am and 3 pm!
GEVACRIL-brand new METALLIC® -TUBES
Stop by!
GEVACRIL®-METALLIC® -TUBES are ideal for designing eye-catching items, attention-grabbing displays,
effective signs, dynamic and colorful tradeshow booths
and store fixtures. The possibilities are endless. GEVACRIL®
is the leading manufacturer of these and has a range
of 8 different metallic surfaces. GEVACRIL® offers the
METALLIC®-Tubes in 5 standard diameters, up to an
Your GEVACRIL® Team
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03/18/2010
GEVACRIL® Cast Continued Tubes®
06/01/2010
GEVACRIL® has developed during the last years trendy,
image-oriented & modern semi-finished products for
the design, furniture and lighting industry which catches
the attention of people at all times. In 2004 Cast Continued Tubes® had been successfully introduced to the
market. The product has been established very quickly
on the European market and has shown an increase of 40% every year. It is
because of its competitive price and its high transparency which guarantees an
excellent light transmission of 92%. With a top quality surface, fantastic brilliancy
and a high break resistance, it is the ideal material for visual communications.
Get the successful bestseller for a competitive price and make your creative
ideas come true. We provide the outer diameters 150mm – 300mm.
More on http://www.gevacril.com/products/tubes/castcontinued
06/08/2010
GEVACRIL® & PLASTING: A Strong Team in the World
of Plastics
In the turn of the year 2009 the Italian plastics company
PLASTING became part of the established GEVACRIL®
srl.
cooperation with Iplex(R) to show European fabrication companies & professionals how to use and how
to take profit from this innovative technique. What is
revolutionary about ©DeskGlue? It is based on a new set of UV-activated glues,
hardware with corresponding UV-activating equipment and focuses on solving
the major problems for high-quality, extreme rapid and cost saving gluing processes. Mr. Lupi, the referent for the business development at GEVACRIL®
described ©DeskGlue in an interview with the following words: “excellent aesthetic, ultra rapid, problem solving, easy, extremely cost saving”. To learn more
on ©DeskGlue please visit http://deskglue.com and go to the GEVACRIL® Blog
(www.gevacril.wordpress.com) to read about the latest developments of the
DGT.
Product Overview
PLASTING can revert to several decades of professional
experience when it comes to the production of acrylic
(methacrylate) sheets and blocks, pvc and other engineering plastics’ products. Together with GEVACRIL®’s
profound experience as a leading European producer of
PMMA and PC semifinished items, the range of products
counts thousands of standard and special articles ”ready to delivery”.
GEVACRIL
01.01.003
01.01.065
Polycarbonate (PC)
01.08.012
Solvent-based adhesives
02.04.001.03
GEVACRIL® is now able to serve its customers with special sheets (satin, mirror,
coloured, structured) & blocks. GEVACRIL®
02.04.001.04
Please have a look at the websites of GEVACRIL® & PLASTING to find out
more!
02.04.001.05
02.04.001.06
(PMMA)
http://www.gevacril.com http://www.plasting.biz
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02.04.001.07
02.04.001.11
Product Details
02.04.001.06
Gitre S.r.l.
Address
Via del Commercio, 32/G
20040 Bellusco / MI
Italy
Phone
+39 039 6840914
Fax
+39 039 6840891
Internet address
www.gitre.net
E-Mail
info@gitre.net
Stand
Hall 13, B13 (Page 808)
GEVACRIL
(PMMA)
CAST ACRYLIC BALLS&DOMES
Gevacril has been producing and stocking CAST ACRYLIC
BALLS and DOMES for years. The brightness, transparency and purity of these items results of the latest
technology and the best raw material used in the production process; Gevacril’s 30 years of experience in
the acrylic area is the best guarantee of this high-quality
product.
Product Overview
FLOUR-ACRYL BARS&RODS
The GEVACRIL’s FLUOR-ACRYL® GRADES perform:
high luminance and high light diffusion; highest flexibility: you can rely on our stock and you don’t need to order big quantities; the FLUOR-ACRYL® GRADES are
produced meeting the best standards used on the market they are a speciality and can give you a high added value
02.05.025
Gitre S.r.l.
Handles
Product Details
02.05.025
Gitre S.r.l.
Handles
Handles
GITRE handles are produced in mechanical moulding processes using the latest and most sophisticated technologies
and the finest materials (zinc-plated, coloured, passivated,
and nickel-plated wire) subjected to constant and severe
quality control in order to guarantee final products with elevated specific characteristics (elasticity) and longer working
duration. Upon request, all our handles can be supplied with
plastic or wooden grips in assorted shapes and colours.Our
entire range of handles can be adapted to automatic installation lines.
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Product Details
Global EPP Limited
02.01.002
Address
Conqueror House, Hastings Road,
LE5 0HU Leicester
United Kingdom
Phone
+44 116 2463311
Fax
+44 116 2463354
Internet address
www.globalepp.com
E-Mail
sales-uk@globalepp.com
Stand
Hall 05, B46 (Page 780)
Product Overview
Polyacetals are highly crystalline thermoplastics, characterised by their high mechanical strength, rigidity and
impact resistance. Acetal absorbs very little moisture,
enabling the products to maintain constant physical
properties in a variety of changing environments. POM
exhibits excellent dimensional stability and is ideally
suited to close tolerance mechanical parts.
Standard POMC rods: Ø 5-300mm, in lengths of 1000,
2000 & 3000mm Standard POMC plates: 6-100mm thick, in formats of 2000 x
1000, 3050 x 610, 2440 x 1220, 3050 x 1220mm.
Also available PA6/66E Standard PA6/66E rods: Ø 5-150mm, in lengths of 1000,
2000 & 3000mm Standard PA6/66E plates: 6-60mm thick, in formats of 2000 x
1000, 3050 x 610, 3050 x 1220mm.
Global EPP Limited
02.01.002
02.03.011
02.03.014
industry
02.04.001.03
02.04.001.14
parts
Global EPP Limited
02.04.001.03
Semi finished products of polyamide
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Cast nylons are generally accepted as the primary engineering polymer, suitable for virtually any plain bearing
application. By varying the conditions of polymerisation
the mechanical properties of cast nylons may be altered
to suit specific applications, and the performance of the
basic polymer can be enhanced with the addition of various additives, fillers, lubricants and colorants.
Standard Cast PA6C rods: Ø 10 - 500mm, in lengths of
1000, 2000 & 3000mm Standard Cast PA6C plates: 6-100mm thick, in formats
of 2000 x 1000, 2000 x 1220, 2440 x 1220, 3000 x 1220, 3048 x 1220mm.
Standard Cast PA6C tubes: Ø 50-1500mm, minimum wall thickness: 10mm.
Standard lengths: 330, 500 & 1000mm.
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of usage, for e.g. protecting floors from the paint, to pack all the cement bag for
transport, and this rolls are very versatile .
Golden Swan Industries and Trading (S) Pte Ltd
Address
No. 15 Gul Crescent
629525 Singapore
Singapore
Phone
+65 68977338
Fax
+65 68978078
Internet address
www.goldenswan.com.sg
E-Mail
info@goldenswan.com.sg
Stand
Hall 02, A05 (Page 774)
Product Overview
02.03.015
GPI
Product Details
Address
Z.I. Nord, Rue de Tamas
01100 Oyonnax Cedex
France
Phone
+33-474-7339-01
Fax
+33-474-7339-53
Internet address
www.gpi-adhesive-tapes.com
E-Mail
adhesive-tapes@gpi.fr
Stand
Hall 07, B20 (Page 788)
Product Overview
02.03.015
GPI
01.08.006
01.08.008
Pressure sensitive adhesives
01.08.012
02.05.064
Our products
Product Description: -) Shrink Films Shrink Films are
used to collect groups of products to be ready for transport or delivery. The methods are including the sleeve
wrapping of products such as cans, bottles, books, magazines, and other kind of products that require fast wrapping. -) Pallet Stretch Film The Pallet Stretch Film is used
to wrap the whole pallet of goods which can be cartons,
boxes, fragile goods, food container, etc so that the goods
on the pallet could stay fixed at the place and we don’t have to worry about the
goods may damage or falling down during the transportation. -) LDPE/HDPE
Bags This type of bag products is used in various type of packaging method. It
can be used to pack electrical goods & peripherals, and it is safe to be used on
food, drinks & general purposes. -) LDPE Builder Rolls Builder rolls are mainly
used for construction and other industrial related work. This plastics have a lot
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Product Details
02.05.064
GPI
Günter Kunststoffmaschinen GmbH
Address
Herschelstr. 12
08060 Zwickau
Germany
Phone
+49 421 4866120
Adhesive Crosswound spool
For continuous application of adhesive, GPI manufactures crosswound spools for substantial productivity improvements.
GPI, leader of adhesive spooling, has the know-how
and the technical equipment to acquire the following
characteristics :
Fax
Internet address
- Possible widths from 5 mm to 50 mm - Rolling up on
76mm or 152 mm cores - External spool-diameter up to
400 mm
It permits to limit the stops due to the changes of rolls, thanks to the big length
of the adhesive tape.
E-Mail
info@guenter-kunststoffmaschinen.de
Stand
Hall 03, A72 (Page 776)
Applications examples:
- Plastic profiles mounting in the furniture industry - Dust brushes mounting for
sliding door - Roll blinds affixing to the roll and end rail - Pricing tracks mounting
on supermarket shelving
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Product Overview
Günter Kunststoffmaschinen GmbH
02.02.005
Welding
03.03.008
03.03.011
Bag and sack making equipment
03.05.001
Hot-plate welders
03.05.002
Heat impulse welders
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Converting foam
Handelsonderneming Botman B.V.
Address
Veldweg 34
6075 NL Herkenbosch
Netherlands
Phone
+31 475 534666
This approach seems to be a shot in the rose for at the moment, we are proud
to say that we are now one of the most modern factories in the Netherlands.
Fax
+31 475 533794
Internet address
www.botmanbv.nl
In a factory of approximately 4000 m2 and ultra modern cutting machinery and
equipment we work at the time measurement for hundreds of Furniture and Upholstery manufacturers in the Netherlands, Belgium and Germany. We have
more than 53 qualities Comfort foam in inventory.
E-Mail
info@botmanbv.nl
Stand
Hall 03, B91 (Page 776)
Product Overview
02.05.056
Handelsonderneming Botman B.V. is working from the beginning with quality
foam from Carpenter-Dumo N.V. to Roeselare, Polypreen, Recticel and Vita.
Also, we are running different quality’s water resistant foam and anti-bacterial
foam for the care homes and boats.
Foam products
Product Details
02.05.056
Our Company also started for 32 years ago a Converting department to cut different kind of Comfort-foam in any kind of shape for the Reupholster en Upholstery
Companies.
HARDO-Maschinenbau GmbH
Address
Grüner Sand 78
32107 Bad Salzuflen
Germany
Phone
+49 5222 93015
Fax
+49 5222 93016
Internet address
www.hardo.eu
E-Mail
thermo@hardo.eu
Stand
Hall 11, D59 (Page 802)
Foam products
Technology
In order to supply a complete package for the Upholstery Companies and Industry, there is added a piece
of furniture section technique to the service. Our Director, Ruud Botman lost his creativity in this part of the
Company and has developed in recent years a number
of custom workstations currently be reduced laborcost
in General.
Various machines were developed in the last few years, and we sold a number of those machinery in the market, such as pneumatic lift tables, electric lift
tables, hydraulic lift tables, Upholster colomms, Upholster presses, Cushionfil
machinery, webbing stretch machinery and flakes Mills for many professionals.
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Product Overview
02.01.005
02.03.002
02.05.007
Coatings
02.05.031
Hot melt films
03.02.001.01.03
Other extruders
03.03.005
Winding equipment
03.04.004
Laminating plant
03.04.005
Coating plant
03.04.008
Equipment for In-Mould Decoration (IMD)
03.08.001
an aufbereitetem Schmelzkleber-Granulat bzw. Polyurethan-Schmelzklebstoff
(PUR-Hotmelt).
Hartchromwerk Brunner AG
Address
Martinsbruggstr. 94
9016 St. Gallen
Switzerland
Phone
+41 71 2824060
Fax
+41 71 2824070
Internet address
www.hcwb.com
E-Mail
welcome@hcwb.com
Stand
Hall 12, B51-6 (Page 806)
Product Overview
Product Details
02.03.002
02.02.002
Galvanization
02.05.007
Coatings
02.05.022
Galvanized parts
03.01.002
Two roll mills
03.02.006.01
Calenders
03.10.002
Barrels
03.10.003
Rolls
Vorschmelzer
Unsere leistungsstarken Vorschmelzer und Förderanlagen sorgen für einen hohen Output an geschmolzenem Klebstoff. Sie ermöglichen eine rationelle industrielle Fertigung ohne Produktionsunterbrechung. Denn mit dem Einsatz der
Vorschmelzer entfallen lästiges Nachfüllen, langwieriges Aufschmelzen sowie
die thermische Dauerbelastung des Klebstoffs.
Durch kapazitive Niveaukontrolle im Schmelztank der Auftragmaschine wird die
Klebstoffmenge gesteuert. Schnellste Einsatzbereitschaft - Förderbeginn nach
3 Minuten. Ein maximaler Output von 180 kg / Std. ist möglich.
Wir empfehlen Ihnen gerne das richtig dimensionierte Modell für Ihren Bedarf
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04.05
Subcontracting
Company News
04.06
10/26/2010
Product Details
02.02.002
Vergolden
Verzinnen
Coatings
Chemisch Vernickeln
Verzinken
HAVER & BOECKER Drahtweberei und Maschinenfabrik
Address
Carl-Haver-Platz 3
59302 Oelde
Germany
Phone
+49 2522 30-0
Fax
+49 2522 30-403
Internet address
www.haverboecker.com
E-Mail
haver@haverboecker.com
Stand
Hall 12, A32 (Page 806)
Two Worlds Unite – Woven Fabric Meets FFS
woven*FFS – a symbiosis of raw material, packaging
material and filling machine development
On the one hand, there is the FFS filling concept for bulk
commodities. On the other, there is woven tape fabric as
a packaging material. Both offer important advantages
in their respective fields of use. To combine these advantages and to make something happen that up to now
seemed impossible, poses a unique challenge – and a
compelling reason for DOW, Starlinger and Haver & Boecker, three companies
known for developing innovative high-end products, to form an active cooperation and take a step into the future. FFS technology and woven tape fabric:
Two winning concepts The FFS (Form, Fill and Seal) technology is a fully automatic low cost packaging method for powders, resins, flakes and many other
free-flowing goods. The concept: On the filling machine, a roll of tubular plastic
material is formed into bags, which immediately are filled with the product and
then sealed shut. The sealing jaws simultaneously weld the top of the just filled
bag and the bottom of the following bag. Due to the advantages of the FFS system for the value chain, FFS bags hold by far the biggest market share – 63 %
– of all plastic heavy duty shipping bags in Western Europe today (open mouth
bags 30 %, valve bags 7 %). Woven tape fabric is a packaging material made
from stretched and woven plastic tapes. Since its introduction as a packaging
material, tape fabric has come a long way. Formerly, woven tapes were only
used for industrial packaging such as FIBCs or AD*STAR® cement bags; nowadays, however, coated tape fabric is the material of choice for high-gloss printed
consumer packaging and carrier bags found in department stores and supermarkets all around the world. A breakthrough innovation Until now, processing
woven fabric on FFS packaging lines was not possible. Based on a wide range
of expertise and a mutual desire to optimize existing possibilities and capture
new markets, DOW, Starlinger and Haver & Boecker endeavoured to combine
the advantages of the two successful concepts. For the first time it is now possible to process woven tape fabric, produced on Starlinger machinery using DOW
resin, on Haver & Boecker FFS packaging lines. The innovation is aimed especially at filling companies in the chemical processing industries, as well as in
the building materials and food industries. The “woven*FFS” technology provides a welcome opportunity to cut down energy and raw material consumption
as well as costs in the bulk material packaging process. Why combine woven
tape fabric and FFS? Because if joined, their individual advantages can help to
solve some of the most persistent problems in secure and cost-effective pack-
Galvanization
Hartverchromen
02.05.007
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aging. Bags made of woven tape fabric are resistant to dropping, squeezing
and bending, and even when handled with a hook or damaged on a nail, they do
not rip open and spill their valuable contents. Furthermore, woven tape fabric
is very thin compared to currently used films, making it lightweight but durable
and resulting in reduced material consumption. And in addition to that, it is fully
recyclable; thus, also the environment benefits from this new type of packaging. The great advantage of the FFS method is that it uses a sealing process
for closing the bags – FFS machines neither require needles, which are prone
to breaking, nor sewing thread, which has to be constantly replenished. Thus,
there is no contamination of the filling material with thread ends, and the bags
are hermetically sealed because there are no stitching holes. The advantages of
woven*FFS bags • Strong but lightweight packaging material • Protection of the
packaged goods by an all-around closed, water-impermeable type of packaging
• Operator time is reduced to roll and format changes since Haver & Boecker
FFS machines are fully automated • Optimised bags: Bulk density is constantly
monitored and the bag length adjusted accordingly • Higher load security due to
tight bag shape and clean bag surfaces • Less raw material which, at the bottom
line, saves resources and money From PE film to woven fabric – a beneficial
change During the extensive development work that was needed to accomplish
the set goals, Dow, Starlinger and Haver & Boecker paid special attention to
make the shift from PE film to woven tape fabric as easy as possible for fillers.
In other words, customers with existing Haver & Boecker FFS lines do not have
to undertake any major conversions. All it takes to make use of the benefits of
woven tape fabric are slight modifications to the FFS system – and simply use
another type of tube roll. Also companies, which until now were not able to use
FFS filling machines because they have been processing woven fabric due to
customer and market requirements, are able to benefit from this fully automatic,
low cost packaging concept. The investment for a new system is offset easily
by the high production capacity and the reduction of operator and maintenance
time/costs that these machines offer. K trade show 2010 The new packaging
concept will be shown for the first time at the K 2010 exhibition in Düsseldorf
from October 27th to November 3rd, 2010. A joint press conference, where the
three companies will present “woven*FFS”, will be held on October 29th, 2010,
at the Messe Düsseldorf press conference facilities, room 02, CCD Süd, at 4:30
pm.
Haver & Boecker OHG, a global technology leader and solution provider for
packaging equipment, has been up for the challenge to develop innovative cutting edge technology. To the woven*FFS project, they contributed their longterm experience in handling and sealing tubular FFS bags. For more information please contact: Mr. Michael Vennebusch, Manager Business Unit Chemie
Haver & Boecker Visit HAVER & BOECKER at the K2010 in Düsseldorf in hall
12, booth A32 www.haverboecker.com
Starlinger & Co. Ges.m.b.H. is best known as the world’s leading technology
supplier for the production of flexible woven packaging made of stretched plastic
tapes. Their technological know-how and expertise on tape extrusion, weaving
and coating provided valuable input for the development of woven tape fabric
suitable for FFS applications. For more information please contact: Mr. Bernd
Hartmann, Product Manager Starlinger & Co GmbH Visit Starlinger at the K2010
in Düsseldorf in hall 16, booth B47 www.starlinger.com
Product Overview
02.05.020
Filters and parts
03.01.004
Screening machines, classifiers, dedusting systems
for plastic pellets
03.01.006
Screen changers
03.01.007
Melt filters
03.01.008
Compounding lines
03.07.002.02
Silo discharge devices
About the companies Dow is always ahead of market requirements and develops their products with a vision to deliver improved solutions to final end users
and plastic converters. For “woven*FFS”, Dow resins meet the requirements
necessary for a demanding FFS application, facilitating easy processability on
conventional FFS lines. For more information please contact: Ms. Karin Katzer,
Market Manager Dow Europe GmbH Visit Dow at the K2010 in Düsseldorf in hall
08A, K48 www.dow.com
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03.03.008
03.04.001
03.04.003
Embossing equipment
Herbert Olbrich GmbH & Co. KG
Address
Teutonenstr. 6 - 10
46395 Bocholt
Germany
Phone
+49 2871 283-0
03.04.004
Laminating plant
Fax
+49 2871 283-189
03.04.005
Coating plant
Internet address
www.olbrich.com
03.06.001
E-Mail
info@olbrich.com
03.06.005
Hotrunner systems
Stand
Hall 04, A07 (Page 778)
03.06.006
Other moulds
Product Details
Product Overview
02.01.005
02.01.005
02.01.007
02.01.009
02.01.011
02.03.002
03.02.004.04
Other presses
03.03.005
Winding equipment
Laminating
Joining together several webs of material can be a simple task or a complex process. Olbrich offers solutions
for the most different products.
02.01.009
Foaming
In foaming tools preformed films, covers and carpets can be foamed. The foam
can either be applied into the opened tool or by a mixing head. Under high
pressure the foam stops reacting. For this our presses / pressure applicators as
well as our tool carriers are available.
Foaming tools are, e.g. used for
- Door panels - Dashboards - Foamed insulation parts - Carpets - Centre consoles - Arm rests
Olbrich and WIS-Tooling, our cooperation partner, manufacture for you:
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- Templates - Prototype tools - Series tools - Tools carriers
Company News
LFI-Process
Another foaming process is the LFI process. Using this process PUR components reinforced by glass fibre are manufactured by our tools.
In one operation shredded glass fibre pieces and PUR foam are fed into a tool.
The material hardens under pressure.
Fields of application are:
- Roof modules - Boot lids - Door side panels - Others
Our tool construction department supplies for these applications
- Prototype series - Series tools - Mould carriers
Herbert Schümann Papierverarbeitungswerk GmbH
Address
Neckarstr. 15
35260 Stadtallendorf
Germany
Phone
+49 6428 706-0
Fax
+49 6428 706-60
Internet address
www.schuemann-herbert.com
E-Mail
info@schuemann-herbert.com
Stand
Hall 08b, E42 (Page 792)
20.10.2010
Schneller gebeutelt
Neues Bag-Sealing-Tape beschleunigt das Verschließen
von HDPE-Beuteln
Ein wichtiger Produktivitätsfaktor beim Einsatz von
HDPE-Beuteln in der manuellen Verpackung ist deren
schnelles Verschließen nach dem Einlegen der Ware.
Zu diesem Zweck erhalten die Kunststoffbeutel bereits bei ihrer Herstellung geeignete Klebestreifen. Als
Hemmschuh erwies sich bislang aber das oft schwierige
Ablösen der Schutzbänder dieser Klebestreifen. Ein neues Bag-Sealing-Tape
mit spezieller Haptik-Schicht schafft dieses Problem aus der Welt und ermöglicht
höhere Taktraten beim manuellen Beutelverpacken.
Stadtallendorf, August 2010. – Dank moderner Anlagentechnik verwandeln sich
HDPE-Folien heute in Sekundenschnelle in Beutel und Versandtaschen zum
Verpacken von Textilien, Zeitschriften, Dokumenten und vielen anderen Flachund Kleinteilen. Außerdem erhält jeder Kunststoffbeutel direkt bei der Herstellung einen doppelseitig klebenden Verschlussstreifen – Bag-Sealing-Tape
genannt – zum sicheren Verschließen nach dem Einführen der Ware. Um
dieses Tape aber zunächst zu deaktivieren, wird es mit einem schützen Abdeckband versehen, das der Verpacker dann später per Hand entfernen muss. Eine
neue Variante aus der Beutelverschlussserie BCT von Schümann beschleunigt
diesen Ablauf in der manuellen Beutelverpackung. Denn das Tape mit dem Produktnamen „Easy Peal“ verfügt über ein Abdeckband, dessen spezielle HaptikBeschichtung ein ebenso schnelles wie unkompliziertes Abziehen ermöglicht.
Schneller lösen, sicher kleben
Unmittelbar nach seiner Markteinführung erfreut sich „Easy Peal“ bereits großer
Beliebtheit bei vielen Verpackungsdienstleistern. Deshalb statten auch immer
mehr Beutelhersteller ihre Folienbeutel direkt mit dem neuen Beutelverschlussbändern der BCT-Serie von Schümann aus. Denn der Vorteil überzeugt auf
den ersten Blick: Die Verpacker verringern mit „Easy Peal“ nicht nur ihren
Ausschuss, sondern erreichen vor allem wesentlich höhere Durchsatzleistungen an ihren manuellen Verpackungslinien, weil das Verschließen der Beutel
viel schneller und einfacher von der Hand geht. Anbieter Schümann stellt „Easy
Peal“ auf der diesjährigen „K“ in Düsseldorf (27.10. bis 3.11.2010) vor.
Breite Neuheit auf der „K“
Als weitere Neuheit aus dem Bereich Beutelverschlüsse präsentiert das innovative Unternehmen auf seinem Messestand E 42 in Halle 8b erstmals ein
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Bag-Sealing-Tape mit Abdeckband in der Breite von 30 Millimetern. Mit dieser
außergewöhnlich breiten Lösung komplettiert Schümann seine BCT-Serie, die
nun Beutelverschlussbänder mit Standard-Bandbreiten von 12, 15, 19 und
eben 30 Millimeter abdeckt. Neben permanent klebenden Verschlüssen liefert
Schümann zudem Varianten, die zerstörungsfrei zu öffnen und mehrfach verschließbar sind. In vielen Fällen empfiehlt sich auch der Einsatz antistatischer
Bag Sealing Tapes. Prozesstechnisch von Vorteil, weil Sie die Umrüstzeiten in
der Beutelproduktion minimieren, sind zudem die großen Lauflängen von bis zu
8.000 Metern je Rolle.
02.04.002
Films
02.05.004
Fastenings
02.05.007
Coatings
02.05.031
Hot melt films
Ebenfalls auf der diesjährigen „K“ ausgestellt werden die speziellen SecuritySiegelbänder aus der ST-Familie von Schümann. Sie lassen sich nicht zerstörungsfrei aufreißen und geben daher unerlaubte Manipulationen an Beuteln
und Kartonagen zweifelsfrei zu erkennen. Zugleich warnen Aufdrucke vor
dem nicht autorisierten Öffnen der Beutel und Kartons. Unverzichtbar ist
dieser besondere Schutz heute beispielsweise beim Versand von Medikamenten, Lebensmitteln, Kosmetika sowie vertraulichen Dokumenten oder auch
mikroelektronischen Bauteilen.
02.05.068
Technical films
Product Overview
Hongrita Mold Ltd.
Address
No. 701, 7/F., Kwong Sang Hong Centre,
Kowloon
Hong Kong
Phone
+852 23895193
Fax
+852 27908069
Internet address
www.hongrita.com
E-Mail
marketing@hongrita.com
Stand
Hall 01, A25 (Page 772)
01.03.015
01.08.006
01.08.008
01.08.009
Heat sealing adhesives
01.08.011
Contact adhesives
01.08.012
01.08.017
Hot melt adhesives
Product Overview
02.01.010
289
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Product Details
02.01.010
Hongrita Mold Ltd.
Company News
09/21/2010
Huntsman Advanced Materials (Switzerland) GmbH
Fibre reinforced composite with outstanding flexibility
based on thermosetting resin
Our products
Since it is mostly welcome by all walks of life, our 2component injection technique has turned into a trend
in recent years. It applies to you daily life including
MP4, Touch handle, Toothbrush shaft, Charger/Adapter, etc... A full set of 2component injection machines and core/platen rotate function offer you more
flexibility to explore larger product varieties. Over 20 years experience accumulated on mold design and manufacturing enable us to provide professional
advice and solution for our customers. No matter on compact small part or advance tool design, you can always have alternative design proposals from us as
well as the cost minimization and short lead time.
High Flexible Composite is an innovative fibre composite characterized by great flexibility. Its properties
resemble those of elastomeres, yet its production is
less complex and much more cost-efficient. It prohibits
breaking of carbon fibre reinforced plastic components.
This property plays a major role in automotive engineering.
High Flexible Composite ist ein innovatives Faserverbund-Composite, das sich
durch seine Flexibilität auszeichnet. Es hat ähnliche Eigenschaften wie Elastomere, ist in der Produktion aber weniger aufwendig und weniger kostenintensiv. Es unterbindet den Bruch von CFK-Bauteilen. Eine Eigenschaft, die vor
allem in der Automobilindustrie eine große Rolle spielt.
New development from Huntsman.
Address
09/21/2010
Klybeckstr. 200
4057 Basel
Switzerland
Phone
+41 61 2991111
Fax
+41 61 2991112
Araldite® Digitalis is a new polymeric additive fabrication system capable of manufacturing large numbers
of parts simultaneously at high speed with previously
unattainable accuracy. Based on entirely new microelectromechanical systems (MEMS), Araldite® Digitalis offers significant benefits over any other laserbased apparatus currently on the market, combined
with ease of use and maintenance.
Internet address
Araldite® Digitalis is a new polymeric additive fabrication system capable of
manufacturing large numbers of parts simultaneously at high speed with previously unattainable accuracy. Based on entirely new microelectromechanical
systems (MEMS), Araldite® Digitalis offers significant benefits over any other
laser-based apparatus currently on the market, combined with ease of use and
maintenance.
E-Mail
Stand
Micro Light Build: Realize the vast and boundless
potential in UV chemistry
New rapid manufacturing machine from Huntsman.
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09/21/2010
Future trends in composite bonding
Araldite® Adhesives allow for new concepts, more advanced technologies and the potential of composite
structures to be maximised. Developments range from
improved toughness and higher elasticity to better and
longer term performance, together with new features
such as flame retardance or electrical conductivity.
The demand for better performance and more environmentallyfriendly and sustainable products creates new challenges for the next
generation of chemists. It is a challenge that Huntsman intends to meet.
Araldite® Adhesives allow for new concepts, more advanced technologies and
the potential of composite structures to be maximised. Developments range
from improved toughness and higher elasticity to better and longer term performance, together with new features such as flame retardance or electrical conductivity. The demand for better performance and more environmentallyfriendly
and sustainable products creates new challenges for the next generation of
chemists. It is a challenge that Huntsman intends to meet.
New development from Huntsman.
07/01/2010
Huntsman adds fourth chemistry to Araldite® Range
Due to the increasing need for specialised adhesives,
Huntsman Advanced Materials is launching a new
range of composite bonders for assembling dissimilar materials, which with the addition of silane modified polymers adds a fourth category to the Araldite®
range.
The new additions are the high strength composite
bonder Araldite® AW 4858 / Hardener HW 4858, the highly temperature resistant Araldite® AW 4859 / Hardener HW 4859, both epoxy based, and a pair of
silane modified polymers, one component, moisture curing adhesives, Araldite®
2060 and Araldite® 2061.
Both above mentioned epoxy based adhesives are available in cartridges, and
display lap shear strengths of up to 40 MPa on composite parts. In addition, the
methacrylate based adhesive Araldite® 2048 has been developed especially to
meet the need of bonding untreated composite parts. In contrast to high-strength
epoxies, this product is more balanced in terms of strength and flexibility, and is
performing well even on otherwise difficult to bond surfaces.
range of epoxy, polyurethane and methylmethacrylate adhesives is extended.
Both silane modified products are highly flexible, over-paintable and show superior durability and weather resistance. Araldite® 2061 is black in colour in order
to match a composite look.
All the products mentioned are phthalate-free, with Araldite® 2060 & 2061 not
even carrying a hazard symbol.
Bodo Wixmerten, Technology Manager, said: “Adhesives have numerous advantages over mechanical joining techniques. This becomes even more obvious when it comes to the assembly of dissimilar substrates as well as lightweight
composite parts. Bonding allows a uniform distribution of strain and stresses
across the joint, which makes it the ideal technique to join composites of different constitution. The new additions to the Araldite® range will help any company
which is looking for better ways of joining dissimilar materials to achieve more
efficiency and cost savings.”
www.huntsman.com/advancedmaterials
About Huntsman: Huntsman is a global manufacturer and marketer of differentiated chemicals. Its operating companies manufacture products for a variety of global industries, including chemicals, plastics, automotive, aviation, textiles, footwear, paints and coatings, construction, technology, agriculture, health
care, detergent, personal care, furniture, appliances and packaging. Originally
known for pioneering innovations in packaging and, later, for rapid and integrated growth in petrochemicals, Huntsman today has more than 12,000 employees and operates from multiple locations worldwide. The Company had
2009 revenues of approximately $8 billion. For more information about Huntsman, please visit the Company’s website at www.huntsman.com. Forward Looking Statements: Statements in this release that are not historical are forwardlooking statements. These statements are based on management’s current beliefs and expectations. The forward-looking statements in this release are subject to uncertainty and changes in circumstances and involve risks and uncertainties that may affect the company’s operations, markets, products, services,
prices and other factors as discussed in the Huntsman companies’ filings with
the US Securities and Exchange Commission. Significant risks and uncertainties may relate to, but are not limited to, financial, economic, competitive, environmental, political, legal, regulatory and technological factors. In addition, the
completion of any transactions described in this release is subject to a number
of uncertainties and closing will be subject to approvals and other customary
conditions. Accordingly, there can be no assurance that such transactions will
be completed or that the company’s expectations will be realized. The company
assumes no obligation to provide revisions to any forward-looking statements
should circumstances change, except as otherwise required by applicable laws.
With the introduction of a pair of silane modified polymers, the current Araldite®
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For press information only please contact: Vivien Rees/Sue Colby Tregartha
Dinnie Ltd. Ibex House 5 Keller Close Kiln Farm Milton Keynes MK11 3LL England Tel +44 1908 306 500 (number not to be published) Fax +44 1908 306 505
(number not to be published) Email: sue @tregartha-dinnie.co.uk
Product Overview
01.03.004
Thermoset
01.03.007
Epoxy resins (EP)
01.03.009
EP-Prepregs
01.03.011
Casting resins
01.03.037
Polyimide resins
01.03.043
SMC (sheet moulding compounds)
01.07.003
Epoxy resins (EP)
01.07.013
Gelcoats
01.08.015
One-pack adhesives
01.08.016
Two-pack adhesives
01.09.010
Epoxy resins (EP)
01.10.010
Amine accelerator
JEC Award Singapore 2009, AVK Award 2009
01.10.023
Accelerators
Araldite® NanoTech Composite, a patented new concept based on nanotechnology which significantly improves fracture resistance without affecting vital properties such as flexural modulus, temperature resistance and viscosity.
01.10.061
Hardener (EP resins)
01.10.075
Matting agent
01.10.120
Crosslinking agents
Sales enquiries should be directed by mail or e-mail to: Patricia Albisser Huntsman Advanced Materials (Switzerland) GmbH K-401.5.77 Klybeckstrasse 200
CH-4057 Basel Switzerland Phone: +41-61-299 2664 Fax: +41-61-966 8130
Email: patricia_albisser@huntsman.com
09/21/2010
Araldite® NanoTech Composite RTM System Winning
Partnership Makes World Beating Ice Hockey Sticks
Application: Araldite® NanoTech Composite used for
the production of one-piece “joint-less” composite ice
hockey sticks • Special service conditions: Production
of world class ice hockey sticks with the right combination of opposing features of flex, bend, stiffness and
whip • Advantages for customer: Excellent mechanical
properties which ensure that the stick is tough, stiff and able to withstand shock
without developing microcracks • Advantages over the competition: - Low viscoisty - Short curing time - Good fibre impregnation capability
Application: Araldite® NanoTech Composite used for the production of onepiece “joint-less” composite ice hockey sticks • Special service conditions: Production of world class ice hockey sticks with the right combination of opposing
features of flex, bend, stiffness and whip • Advantages for customer: Excellent
mechanical properties which ensure that the stick is tough, stiff and able to withstand shock without developing microcracks • Advantages over the competition:
- Low viscoisty - Short curing time - Good fibre impregnation capability
JEC Award Singapore 2009, AVK Award 2009
Araldite® NanoTech Composite, a patented new concept based on nanotechnology which significantly improves fracture resistance without affecting vital properties such as flexural modulus, temperature resistance and viscosity.
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01.14.016
Nanocomposites
01.14.024
Composite materials
02.01.003.02
by hand lay-up
02.01.003.03
by pultrusion
02.01.003.04
by RTM
02.01.005
02.01.007
03.02.006.05
Machines and equipment for rapid prototyping
Product Overview
Huzap GmbH Waagen- und Anlagenbau
02.05.001
Apparatus and parts
02.05.006
Containers
02.05.020
Filters and parts
03.01.008
Compounding lines
03.03.011
Bag and sack making equipment
03.07.002.04.01
Pneumatic conveyors
03.07.002.04.02
Screw conveyors
03.07.002.04.04
Belt conveyors
03.07.002.04.05
Other conveyors (except factory trucks and carts)
03.07.002.05.02
Gravimetric dosing and metering equipment
03.10.001
Screws
Address
Marie-Curie-Str. 1
53773 Hennef
Germany
Phone
+49 2242 96999-0
Fax
+49 2242 96999-29
Internet address
www.huzap.com
Product Details
02.05.001
Apparatus and parts
Our Products
E-Mail
huzap@huzap.com
Stand
Hall 09, A27 (Page 798)
Planning, production, installation of automatic and
semi-automatic bagging equipment,
net-/gross
bagging-, batching scales, mixing, hopper scales,
storing, batching and transporting equipment for the
chemical industry, mills, food and feed production
plants, the sugar and food industries, plastics and
rubber producers.
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02.05.006
Containers
Product Overview
Our Products
net-/gross
rubber producers.
iBA GmbH
02.05.075.01
03.02.001.02.05
03.06.003
Extrusion dies
Product Details
02.05.020
iBA GmbH
Filters and parts
Our Products
02.05.075.01
net-/gross
rubber producers.
Unsere Produkte
Die iBA entwickelt neue Verfahrenslösungen und Technologien. Ein Beispiel dafür ist die PEX-A-Rohrextrusion.
Sie gilt als besonders komplex und anspruchsvoll, denn
bei einem PEX-A-Rohr kommt es nicht nur auf die
physikalischen Eigenschaften an, sondern auch auf
die „inneren Werte“, das heißt die chemische Zusammensetzung. Unter der Leitung von iBA wurde mit PEXLINK ein Gesamtkonzept
entwickelt, mit der die Extrusion von PEX-A-Rohre in einem einstufigen Prozess
bis zu einem Durchmesser von 160 mm effizient durchgeführt werden kann.
Speziell die Co-Extrusion von PEX-A-Extrusion kann nun innerhalb Produktionslinie erfolgen, da die Vernetzung bereits im ersten Produktionsschritt mit
Hilfe eines Infrarotofens vorgenommen wird. Die entsprechende Produktlinie
ist im Produktionsmaßstab im iBA/iNOEX-Technikum installiert. ADVANTAGE
ist ein weiteres Kernprodukt der iBA. Auf einer von iBA angebotenen POExtrusionslinie sind alle Komponenten für einen vollautomatischen, stufenlosen
Dimensionswechsel der Rohrdimension installert. Per Knopfdruck erfolgt die
Änderung des Rohrdurchmessers bis zu einem Verhältnis von 1:2,5 – und dies
innerhalb weniger Minuten ohne eines Stopps der Linie ! So werden teure
Umrüst- und Stillstandzeiten vermieden und kleine Losgrößen rechnen sich
wieder. Mit ADVANTAGE-Linien können PO-Rohre von 32-1200 mm hergestellt
werden, es lassen sich dabei Durchmesser und Wanddicken automatisch und
stufenlos verändern. Auch eine komplette ADVANTAGE-Linie bis 250 mm
Rohrdurchmesser ist im iBA/iNOEX-Technikum installiert.
iBA GmbH
Address
Borweg 27
32547 Bad Oeynhausen
Germany
Phone
+49 5731 30436-0
Fax
+49 5731 30436-21
Internet address
www.iba-extrusion.de
E-Mail
info@iba-extrusion.de
Stand
Hall 12, F45 (Page 806)
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PUR - PPO - PE LD - ... Profiles in a dimension up to 180 mm high and 550 mm
wide and with a weight up to 5 kg/m can be produced at Injextru Plastics.
Injextru Plastics N.V.
Address
Szamotulystraat 15
8700 Tielt
Belgium
Phone
+32 51 423900
Fax
+32 51 404602
Internet address
www.injextru.be
E-Mail
h.damas@injextru.be
Stand
Hall 07, B07 (Page 788)
Product Overview
02.01.002
Co- and Tri-extrusion Thanks to the variety of its extrusion machinery, Injextru
Plastics can offer also following combinations in the extrusion of its profiles : combination of hard and soft materials - combination of different colours (up to
3) - combination of 2 or 3 different raw materials
INOMETA Technologie GmbH & Co. KG
Product Details
02.01.002
Soft Profiles Injextru Plastics has a large experience in the field of extrusion of
soft profiles. All thermoplastic raw materials can be processed, such as: PVC S
- PU - TPE - LDPE - TR - EVA - ...
Address
Planckstr. 15
32052 Herford
Germany
Phone
+49 5221 777-0
Fax
+49 5221 777-500
Internet address
www.inometa.de
E-Mail
info@inometa.de
Stand
Hall 04, C35 (Page 778)
Injextru Plastics
A team of experienced employees is ready to work with
you to create the most efficient plastic profile for you.
Injextru Plastics handles a product development system of co-makership, ensuring involvement of the customer in every step of the product. A team of specialists, makes all the difference !! Backed up by more than
half a century of experience and high technological machinery, we are able to
accept every technical product challenge. Dedicated personnel and punctual
delivery throughout Europe are the final links in an organization that is wellequipped for the 21st century.
Rigid Profiles Hard profiles can be produced in a variety of raw materials and
colours. Some examples of raw materials that are currently processed in our
production : ABS - PP - PC - PVC - PVC H - PVC HI - PVC HT - PMMA - PS -
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Company News
10/13/2010
Adjustable contact roll ALDS
The working speed and the face length of modern foil machines are now so
high that the steel rolls are coming to their physical limits. Only by using modern high-tech materials the further increase of the efficiency is possible. But
for this purpose the understanding of the special material properties and a lot
of experience are absolutely necessary. The ALDS contact roll is the logical
continuation in this philosophy. At our booth you will find the contact roll for the
future, designed with the latest knowledge and built with high-tech material.
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Die ALDS Walze wurde konstruiert als Kontaktwalze für den Einsatz in der
Aufrollung einer Maschine zur Herstellung von Kunststoff-Folie.
By adjusting the ALDS roll the distribution of the contact force between roll and
roll core can be adapted to various conditions. The customer gets ideal results
in the whole process of winding and thus will considerably reduce his scrap.
Durch den Aufbau der ALDS-Walze kann die Folienbahn mit optimaler Linienkraft an den Wickelkern gedrückt werden. De Verteilung der Kontaktkraft
wird vollautomatisch in Abhängigkeit von verschiedenen Maschinenparametern geregelt. Durch die extrem genaue Regelung der Kontaktkraft wird auch
sehr dünne Folie faltenfrei aufgewickelt, somit wird der Aussschuss deutlich reduziert.
Product Overview
02.03.011
02.03.015
02.04.001.13
Product Details
02.03.011
Kunststoffwaren und -teile für den Maschinenbau
Inometa Rollers bietet Komplettprodukte aus einer Hand.
Überall dort, wo Warenbahnmaterialien hergestellt, gewickelt, geschnitten, bedruckt oder weiterverarbeitet werden, sind Inometa-Walzen, Druckzylinder und Brückenadapter im Einsatz. Absolute Präzision, optimiertes
technisches Design und perfekt angepasste Oberflächen sind die Erkennungsmerkmale aller Inometa-Produkte, die speziell für ihre vielfältigen Einsatzgebiete entwickelt und hergestellt werden. Innovative Lösungen in der Bahnzugmesstechnik runden das Inometa-Sortiment ab und führen zu einer weiteren Steigerung
der Rentabilität in allen Produktions- und Verarbeitungsprozessen unserer Kunden.
02.03.015
Kunststoffwaren und -teile für Transport/Verpackungstechnik
02.05.007
Coatings
02.05.069
02.05.075.02
02.05.076
03.10.003
Rolls
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02.04.001.13
reinforced plastics
made
from
fibre-
Technische Rohre aus Carbon- oder Glasfaserverbundwerkstoffen von Inometa sind die Basis anspruchsvoller
Walzen für die Folien- und Papierherstellung sowie für
Druck- und Veredelungsverfahren.
Coatings
Beschichtungen
Die Oberflächen von Walzen und Zylinder aus Stahl,
Aluminium oder Advanced Composites/CFK werden in
Hochleistungsmaschinen häufig extremen Anforderungen ausgesetzt. Inometa entwickelt und fertigt maßgeschneiderte Beschichtungen für unterschiedlichste industrielle
Anwendungen. Je nach Bedarf werden hierzu Werkstoffe wie Keramik, Metall, Hartmetall oder Hochleistungskunststoffe in kontrollierten Prozessen verarbeitet. Mit höchster Flexibilität werden so Beschichtungslösungen für individuelle Anforderungen hergestellt.
Die beispielhafte Entwicklungskompetenz besonders in der Beschichtung von
Advanced Composite (CFK/GFK) sichert Inometa einen stetigen Wettbewerbsvorteil und schafft neue industrielle Standards.
02.05.069
Walzen und -bezüge
Halbzeuge aus faserverstärkten Kunststoffen
02.05.007
02.05.076
Inplasva S.A.
Address
Cami de la Mota, s/n
46612 Corbera / Valencia
Spain
Phone
+34 96 2560331
Fax
+34 96 2562010
Internet address
www.inplasva.es
E-Mail
sbp@inplasva.es
Stand
Teile aus Hochleistungsverbundwerkstoffen
Product Overview
02.05.075.02
02.01.002
Inplasva S.A.
Sonstige Faserverstärkte Kunststoffteile
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Product Details
02.01.002
Inplasva S.A.
Company News
10/23/2010
Isik Plastik San. ve Dis. Tic. Paz. A.S.
WE HAVE 2 STANDS IN K 2010.
PLEASE VISIT US AT: HALL 7a/D19 HALL 11/D26-2
02.01.002
Product information
AT MESSE DUESSELDORF K 2010.
Products: PVC Profiles: i Blinds, cabinet doors, cross
sections...
09/29/2010
We dispose a good range of PVC profiles for the following sectors.
” Profiles for the building sector ” Profiles for cabinet doors ” Profile for furniture
industry ” Wood and marble imitations
NEW COLORED PLATES ARE ALREADY IN THE
MARKET !!!
Now, Isik Plastik can produce plates in any colors.
Please consult to customer representitives for detailed
information.
Our production area is divided in three sections
” Thermoplastic extrusions, rigid and flexible PVC, P.P. and other thermoplastics
” Co-extrusions, with two materials, rigid and flexible and combinations of thermoplastics
09/29/2010
NEW MOULD TO PRODUCE PMMA UP TO 15MM
thanks to new mould investment, Isik Plastik can now produce PMMA and Solid
PC up to 15mm.
” Manipulation, we can personalize your product
08/11/2010
Address
Gosb Ihsan Dede Cad. 100 Sk.
41480 Gebze, Kocaeli
Turkey
Phone
+90 262 7512235
Fax
+90 262 7511913
Internet address
www.isikplastik.com.tr
E-Mail
Stand
Unique Sheet Extruder in Turkey
Isik Plastik can only be proud of making the first and only extrusion in Turkey.
We are not only the sectore leader in Turkey also following all our competitiors
with a correct goal.
Product Overview
02.03.001
02.03.006
appliance
isikplastik@isikplastik.com.tr
02.01.004
Hall 11, D26-2 (Page 802)
02.03.005
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02.01.010
Product Details
01.04.007
Polycarbonate structural foams (PC)
02.01.011
02.04.001.14
parts
02.04.001.01
02.01.011
02.01.002
02.03.015
01.01.037
Masterbatches
THERMOFORMED PRODUCTS
Printed and non printed beverage cups, dishes and lids
can be produced by ”Polystyrene” or ”Polypropylene”.
While seeing the increasing trend of polypropylene
product usage in the world, Işık Plastik started building
up its structure both on polystyrene and polypropylene
bases.
02.01.002
PETG SHEETS
PETG SHEETS
02.03.009
02.04.001.04
02.04.004
02.04.001.06
(PMMA)
02.04.001.07
02.04.001.08
02.03.003
PET-G sheets can be thermoformed at lower temperatures and faster than
acrylic and PC sheets. They are resistant to most commonly used cleaning
agents and many chemicals.
02.03.013
Features
This plastic can be bonded, easily formed and cool
bended without any whitening or cracks.
Dream of a plastic that gives you price advantage. It
has perfect transparency and low haziness. Additionally, it is cheaper than PC
and stiffer than High Impact Acrylic. Dream of a plastic that minimizes processing problems. It is not brittle and reduces your scrap rate.
Pet-G sheets are 15-20 times stiffer than general purpose acrylic sheets and 310 times more durable than High-Impact Acrylic. With Pet-G sheets, it is possible
to thermoform deep and complicated shaped parts without pre-drying process.
No need pre-drying process
Perfect transparency
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Fast and easy thermoforming
Bus and subway stop applications
High impact resistance
Construction applications
Easily bended both hot and cold.
Protection boards and thermoformed components
High chemical resistance
Automotive parts
Much lighter than glass
02.04.001.04
POLYCARBONATE SHEETS
Suitable for food packaging (except UV protected type)
POLYCARBONATE SHEETS
Easy cutting, bonding and forming
The surface cracks can easily be eliminated via flame polishing
Much easier to process than Acrylic or PC
Thanks to UV protection feature, preservation of the features for long time under
outdoor conditions
They are the sheets produces from high quality raw material, having light transparency like glass, suitable for
thermoforming, cold and hot bending, protecting their stiffness at very low or
high temperatures, UV protected, resistant to outdoor conditions, 50% lighter
and 300 times more impact resistance than glass. On one hand the product
is 50% lighter than glass on the other hand it has 2 times more impact resistance than Pet-G, 10 times more than PMMA. Solid transparent polycarbonate
sheets are outstanding for their hardness, impact strength and high temperature
resistance.
Good fire rate
Solid Polycarbonate Sheets
Application Areas
Features
Stands
Double sided UV protection
Store shelves and food carriages
High impact strength
Internal and external board applications
Much lighter than glass
Automated machinery exterior body
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Good fire rate
Roof luminance
Easily printable
Glazing
Easily formable
Walk ways
Easily processable
Illuminations
Suitable for a wide temperature range usage
Flashings
Dimensions and Colors
Footpace ways
Thickness: Between 2 mm - 15 mm
Entrance eaves
Width x Length: 2050 mm x 3050 mm and 1350*2050
Porch and terrace roofs
Colors: Transparent, White, Bronze ( always in stock )
Fixed or movable swimming pool roofs
If requested, Green, Blue, Grey and Turquoise colored ones can be produced.
Crossways, inter-facility corridors
Special dimensions and colors can be produced for orders more than 5000 kg.
Gyms
Multiwall Polycarbonate Sheets:
Bus stops and parking places
Application Areas
Dimensional Tolerances
On advertising sector: As sign panel, side-walk board
Thickness: 4 mm, 6 mm, 8 mm, 10 mm, 16 mm.
In greenhouses: Greenhouse walls and ceilings, hobby gardens
Colors: Transparent, white, bronze, blue, turquoise, green, grey.
On construction sector: Ceiling illumination, roofing, pool closing, noise barriers,
overpasses
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02.04.004
COMPOUND
The most glass-like transparency (%92 Light Transmission)
Işık Plastik has the compound production range for big
bag, pipe , garden furniture, white goods , automotive
and other pacjkaging application in different formulation
and polymer carrier. ”Best Compound” has a product
portfolio consisting of different types and rates of filler
in order to meet various customer and application area
demands.
Endurance to outdoor conditions
High chemical strength
Scratch Resistance
Easy to machine
PRODUCT: Compound
Thermo formable
Raw Material: PP, PS, PE
UV resistance
Application Areas: Big Bag, jug bags, PE film, plastic pipes,PVC profiles
UV resistance
02.04.001.06
(PMMA)
Suitable for food packaging
PMMA ACRYLIC SHEETS
Free of any kind of heavy metal or poisonous ingredient
PMMA EXTRUDED ARCYLIC SHEETS (XT)
Application Areas
It is naturally resistant to UV light and outdoor conditions without requiring any additional protection, It is
glass-like transparent, 50% lighter and higher impact
resistant than glass. Suitable for thermoforming, easily
machined and has the highest scratch resistant comparing with other transparent plastic sheets. It has perfect transparency and brightness. Its thickness
and dimension tolerances are much less and its surface is much smoother than
cast acrylic sheets. Additionally, PMMA Solid sheets are resistant to various
corrosive chemicals.
Advertising systems
Transparent and colorful separators
Illumination boards
Automatic selling machines and automated teller machines
Features
Desktop magazine and leaflet holders
Perfect clarity
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Shop shelves
It absorbs very low level of humidity
Counters
Application Areas
Construction
Interior architectural applications
Furniture
White goods
Furniture
Automotive
Advertising
Construction
Greenhouses
Foodpackaging
Glazing
Stationery
Separators
Medical
Boxes
Stands
Advantages
02.04.001.07
Durable between -30°C, +90°C heat
Hygienic and suitable for food contact
POLYPROPYLENE SHEETS
Free of smell
Low water absorption
They can be used at minus temperatures, thanks to copolymer polypropylene raw material features. It is more
commonly used when compared to cardboard, metal
other rigid plastics. They are easily processable, resistant to crashes, light weight, having high level of chemical resistance, and also suitable for food packaging.
Modified UV protective and become more resistant to sunlight if needed
Light weight
Provides heat isolation thanks to its multi-wall structure
Features
It is endurance level is high
02.04.001.08
It can be formed by heating
HIPS SHEETS
It has a smooth surface
HIGH IMPACT POLYSTYRENE SHEETS (HIPS)
It does not keep heat inside
It is resistant to bacteria formation
Polystyrene sheets are the perfect solutions for many
It has perfect electrical isolation
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application areas. They are generally more economical
than the substitution products. They are very durable
and easy surface cleaning sheets. For some applications, this is the only preference criteria. They are ideal for those who have limited budget for printing and
vacuum forming. It is advised to pay attention to tensioning while processing. It
is not advised to use for long periods in outdoor environment due to UV expose.
In case of outdoor application is required then Işık Plastik can produce HIPS
sheet with UV protection.
Limited Color: Grey with cane-work pattern
Minimum order quantity for special dimensions 2 tons for main colors other than
white are 5 tons.
If demanded, the surface can be covered with protective film.
Features
It is endurance level is high.
It can be formed by heating
Address
Gosb Ihsan Dede CD 100 Sok. Gebze
41480 Kocaeli
Turkey
Phone
+90-262-751-2235
Fax
+90-262-751-2240
Internet address
www.isikplastik.com.tr
E-Mail
bora.ozdemir@isikplastik.com.tr
Stand
It has a flat surface.
It does not protect heat inside.
It is resistant to bacteria forming.
It has good electrical isolation
It contains very low level of humidity.
Dimensions & Colors & Patterns
Product Overview
Thickness: 0,6 mm – 5 mm
Dimensions: 1000 mm x 2000 mm, 1350 mm x 2000 mm, 1000 mm x 3000 mm,
1000 mm x 4000mm
In case of requirement other dimensions are also possible.
Colors: White
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01.01.037
Masterbatches
01.04.007
Polycarbonate structural foams (PC)
02.01.002
02.01.004
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02.01.010
Product Details
02.01.011
02.04.001.06
02.03.001
PMMA ACRYLIC SHEETS
02.03.003
02.03.005
02.03.006
appliance
02.03.009
PMMA Sheets are naturally resistant to UV light and
outdoor conditions without requiring any additional protection, It is glass-like transparent, 50% lighter and
higher impact resistant than glass. Suitable for thermoforming, easily machined and has the highest scratch
resistant comparing with other transparent plastic sheets.
It has perfect transparency and brightness. Its thickness and dimension tolerances are much less and its surface is much smoother
than cast acrylic sheets. Additionally, PMMA sheets are resistant to various
corrosive chemicals.
02.03.013
02.03.015
02.04.001.01
02.04.001.04
The most glass-like transparency (%92 Light Transmission)
02.04.001.06
(PMMA)
Endurance to outdoor conditions
02.04.001.07
02.04.001.08
02.04.001.14
parts
02.04.004
(PMMA)
Features
Perfect clarity
High chemical strength
Scratch Resistance
Easy to machine
Thermo formable
UV resistance
UV resistance
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Isovolta AG
Suitable for food packaging
Address
IZ NÖ Süd
2355 Wiener Neudorf
Austria
Phone
+43 5 9595-0
Fax
+43 5 9595-9050
Internet address
www.isovolta.com
E-Mail
prepregs-laminates@isovolta.com
Stand
Hall 05, E22-3 (Page 780)
Free of any kind of heavy metal or poisonous ingredient
Application Areas
Advertising systems
Transparent and colorful separators
Illumination boards
Automatic selling machines and automated teller machines
Product Overview
Desktop magazine and leaflet holders
Isovolta AG
02.01.006
02.03.001
Counters
02.03.002
Interior architectural applications
02.03.007
Furniture
02.03.010
Construction
02.03.011
02.03.012
Shop shelves
Glazing
Medical
Stands
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02.04.001.13
02.04.001.14
parts
We advise you with regard to the material selection, offer individual production
according to your wishes and requirements, assemble parts made available to
us and supply the finished product.
We handle your materials with the utmost care, at the customer’s request we
seal or paint surfaces and assemble parts for the complete assembly.
02.04.002
Films
02.04.003.05
Technical Parts from Bulk Molding Compound / Sheet
Molding Compound
02.05.024
02.03.001
02.05.030
Laminated fabric and laminated paper
02.05.065
customer’s tools
02.05.069
Laminates based on cotton fabric used as reinforcement and modified phenol-/formaldehyde- or melamine
resin systems as bonding material are proved plastic
materials.
02.05.075.01
02.05.075.02
02.05.078
Heat insulation plates
Product Details
02.01.006
Highly qualified team work and excellent knowledge of the most different materials in the field of laminates are the basis for meeting these requirements.
As a result of their good mechanical properties, their
high capacity of resistance to wear, their noise and vibration dampering cotton
fabric laminates are used in many applications, particularly for mechanical construction. Thanks to their good emergency running performance, cotton fabric
laminates are ideal as a friction bearing material for bushing sleeves and slide
bushes, racks, toothed bars, gear wheels and other mechanical elements.
Isovolta AG
02.03.002
Plastics products for automotive
Thanks to the decorative surface and the low weight, CFRP materials have become a preferred solution above all in the motor sport industry, but other materials are also used. Some our manufacturing capabilities include prototypes
of brake discs, fish-plates for isolation for rail-connections, plates for cab, olso
folding table for ICE from attached material painted and assembled.
consulting - development - design work – processing
02.03.007
ISOVOLTA Gatex GmbH offers modern, customer-oriented
and competent solutions to complex problems! We are
specialists in the manufacturing of unique pieces and
small batches as well as of complex subassemblies.
Duroplastic is a material for electrical insulation and thus predestined for the use
in the wide field
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of application of electrical engineering. Switch gear installations, shift linkages or
explosion chambers are some typical products. The company ISAVOLTA Gatex
stands for extraordinary solutions!
02.04.001.14
At first, the milling program is elaborated and than the solder masks are milled
from an antistatic special laminate Contaval 2576 / Contaval M. After that, the
frames are individually and precisely matched to one another down to the smallest detail and assembled by partly very complicated manual work.
parts
02.03.010
Plastics products for aviation
Structural components in all areas of aircraft construction require materials with
very high strengths and stiffnesses as well as a low weight at the same time.
Technical laminates combine these properties. Interior components and also
constructional parts can be individually produced from duroplastics.
02.03.012
parts
We finish the following materials Cotton fabric laminates / Inbord, Carbon fiber reinforced plastic Glass fabric laminates,
Synthetic-resin-compressed wood, Phenolic cotton fabric
laminates Winding rings, Roving glass laminates, Cork elastomer, Special laminates, Threaded rods
in different thickness, wall thickness and diameter.
we saw, drill, grind, turning, punching, milling, assembling, varnish and glue.
02.05.024
glass-fibre reinforced plastic parts (GRP)
A classical and wide field of application is medical technology .
In prototype construction, single-unit production is of great importance; economical machining, however, also permits solutions for serial production.We support
our partners in the fields of development and construction as well as prototype
construction. We advise you with regard to the material selection and offer individual production according to your wishes and requirements. We supply complete assemblies e.g. for the production of the magnetic resonance tomographs
in the Kanban-System.
Medical handles , individually produced according to drawing and materials guaranteeing homogeneity, no shrink holes, no stains as well as an uniform colour
structure. Basis are winded rods made of phenol cotton fine fabric which entirely
meet the technical requirements for surgical instruments.
GFK- heavy-duty rings for the industry combine good
strength and stiffening effects with excellent thermal,
electrical and chemical properties.
Essentiel – winding – method
This method is specially adapted to the varied requirements of our customers.
It permits us to create optimal solutions regarding quantities in each
individual case: from single-unit production to small batches and
up to large-scale production
Production possibilities:
Inside diameter: from 150 mm
Outside diameter: up to 3000 mm
Ring width: from 15 mm to 100 mm
Height of ring back: from 20 mm to 400 mm.
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02.05.030
02.05.069
laminated fabric and laminated paper
Originally developed for applications in the aviation
indust
These laminates were developed in the USA in the
years 1945-50 as an alternative to the laminates of the
first generation, such as phenolic paper-, phenolic cotton laminates and laminated wood, because those laminates did not follow up with the higher requirements of
new technology.
Originally developed for applications in the aviation industry,
nowadays CFK materials are also applied in different
other
industrial branches. This is also applicable for the medical
technology and mechanical engineering.
Exceptionally good mechanical values at temperatures up to 200° C,
a tracking resistance of CTI 600, chemical resistance and environmental neutrality made these glass laminates ranking top of all insulating materials. Hgw
2372.1 is a self-extinguishing grade, available in various sizes and thicknesses.
Its resistance to flame fully complies with the inflammability category 94-V0
Having a decorative surface and a low weight
CFK materials are also used in the motor sport industries.
under UL subject 94.
02.05.075.02
With their almost 100 year-old tradition, paper based laminates belong
other fibre-reinforced plastic parts
to the classical insulating materials. Consisting of high-quality craft papers
Our threaded rods and thread nuts
as base material and of thermosetting resin systems as bonding material.
are made of special laminate GX_11.3309 GWS .
From a material for electrical insulating for simple building components
Likewise conceivable is the employment of other
to the complex component part for electronics suitable for the tropics,
duroplastics.
paper based laminates offer a wide range of applications.
Despite of several IEC-standardized grades, upgraded types with
They offer a high mechanical strength with low density
decorative surface or higher mechanical properties and self-extinguishing
and they are universally usable therefore.
performance have been developed
Apart from many further operational areas they are used
Melamine-lined paper laminate Inbord is the classical material for electrical insulation which has been used for over 25 years in low voltage and medium voltage
switch gear installations up to 30kV since 1969. The material has proved itself
absolutely reliable in the tropics as well as in arctic regions. Its excellent insulation characteristics, its high mechanic strength, its resistance to chemical agents
and its exceptional tracking resistance of CTI 600 offer a high guarantee to the
user.
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Further advantages of threaded rods and tread nuts
from the delivery program of the company Gatex are:
- Neither fusibly nor solubly, only weakly pourable
- The heat conductivity is approx. 300 to 1000 time smaller from metal.
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- High measure stability owing to small thermal expansion
ITW Packaging Systems Group GmbH - H. Böhl
Address
Westring 13
40721 Hilden
Germany
Phone
+49 2103 96067-0
Fax
+49 2103 96067-507
Internet address
www.itw-psg.com
Filament-winding-roving tie rods
E-Mail
o.schmitz@itw-psg.com
Our tie rods from cross wound filament-winding-roving with pressed-on
Stand
Hall 10, J38 (Page 800)
- High corrosion resistance / chemical stability
- Available in world-wide valid standard threads and standard sizes e.g.:
the metric ISO-rule-thread (DIN 13 T1);
the american-fine-threads (ANSI B 1.1);
the Whitworth – thread (BS 84) and other...
aluminium connection assembly have a very high tensile strength at the same
time
good homogenity and thus provide ideal conditions for the use in Circuit breaker.
Product Overview
A circuit breaker is an automatically-operated electrical switch designed to protect an
01.14.017
Stamping foils
electrical circuit from damage caused by overload or short circuit.
02.04.002
Films
Circuit breakers are made in varying sizes, from small devices that protect an
individual
03.02.006.04
Machines for the tyre industry
household appliance up to large switchgear designed to protect high voltage
circuits
03.03.005
Winding equipment
03.03.006
Slitter rewinders
03.07.002.04.04
Belt conveyors
03.07.002.04.05
Other conveyors (except factory trucks and carts)
feeding an entire city.
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03.07.005.02
Shrinking machines
03.07.005.05
03.07.005.06
Equipment for strapping
Product Overview
J. Schmalz GmbH
02.05.004
Fastenings
02.05.020
Filters and parts
02.05.055
Suction cups
02.05.073
Valves
Gute Maschinen effizient nutzen durch gutes Verpackungsmaterial.
03.07.001.01.02
Closed loop control equipment for pressure
Als Systemlieferant bieten wir Ihen gerne unsere hochwertigen Verpackungsmaterialien an.
03.07.002.04.01
Pneumatic conveyors
03.07.003.01
Handling devices
03.07.005.01
Stacking devices
Aacher Str. 29
72293 Glatten
Germany
03.07.005.05
Phone
+49 7443 2403-0
02.05.004
Fax
+49 7443 2403-259
Internet address
www.schmalz.com
E-Mail
schmalz@schmalz.de
Stand
Hall 09, E04 (Page 798)
Product Details
02.04.002
Films
diverse Folienarten
Diese sind u.a. PE Stretchfolie, PE Glattfolie und VCI Folien.
J. Schmalz GmbH
Address
Product Details
J. Schmalz GmbH
Fastenings
Mounting elements
Build your own individual suction-pad system! Everything - the holder, the spring
plunger and the suction pad - fits together, since they all come from the same
modular system.
02.05.020
Filters and parts
Filters and connections
The task of hoses, connectors, fittings and filter is to connect the vacuum from
one point to another. The enormous range of available components permits
tailor-made solutions.
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02.05.055
Suction cups
Product Overview
Vacuum suction pads
JAEYOUNG SOLUTEC CO., LTD.
Regardless of what you want to handle with vacuum, Schmalz provides the correct suction pad.
02.03.002
The Schmalz range of suction pads offers an almost unlimited number of suction
pads with various shapes, sizes and materials.
02.03.007
02.03.016
engineering
Top-quality valve technology is essential for problem-free operation of a vacuum
circuit. The objective: perfect interaction of the individual vacuum components.
03.06.001
Schmalz provides solenoid valves for vacuum and compressed-air, manually
actuated vacuum and compressed-air valves as well as check valves and flow
resistors
04.01
02.05.073
Valves
Valve technology
Product Details
02.03.002
Address
Mirror Actuator/Power Folding, Accelerator Pedal
Module
#7-6, SONGDO-DONG, YEONSU-KU
406-840 INCHON
Korea (Rep.)
Phone
+82 32 850-0741
Fax
+82 32 815-2522
Internet address
www.jysolutec.com
E-Mail
enlee@jysolutec.com
Stand
Hall 02, B23 (Page 774)
Jaeyoung Solutec is a specialist for automotive component manufacturing. Main items are side mirror actuator, side mirror power folding, and APM(Accelerate Pedal Module). Side mirror
actuator is produced in-house more than 10 million units per year and supplied
to Magna Donnelly, Hyundai Motors, GMDAT, and many more. Currently, our
world market share for side mirror actuator is about 17%. Recently, we are exclusively supplying actuator for all new YF Sonata made by Hyundai Motors. Side
mirror power folding is produced around 300,000 units per year and supplied to
only Korean market, such as HMC, KMC, and SYMC. Our APM is now supplied
to GMDAT and SYMC in Korea, but it has been selected for GM Gamma Program, so our APM will be supplied to all GM Gamma vehicles world-widely soon.
Other components we are supplying are switches for interior, leveling device for
headlamp, illuminator, turn signal, stop lamp, and other engineering parts such
as impeller. This year, Jaeyoung Solutec has been awarded ’Supplier of the
Year’ by GM 2 straight years. We have our sales office located in Troy, Michigan, USA for faster and better service to our international customers. We also
have our warehouse in Spain, so there will be no problem to supply products in
Europe and other nearby countries.
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02.03.007
BGA Burn-In Test Socket, Automotive Sensor, Phone
Case
Jaeyoung Solutec offers you precision tooling technology. We serve Sensata Technologies as our customer
for more than 15 years with BGA test socket tools
and production parts. We are capable of tooling up
to 0.03mm pitch precise and perfect plastic injection
molded parts. We have been selected as a best supplier from Sensata Technologies, and now we extent our business area to automotive precision parts
with them. High Common Module Automotive Sensor products are also developed and now under mass productoin for Sensata Technologies too. Also, we
offer you plastic covers for phone. With our 10 years of plastic cellphone cover
experience with LG Electronics, Jaeyoung Solutec is capable of manufacturing
tools in 7 business days for this group of products. We also have experience
with EMS service for long time, and other small but precision required plastic
parts can be possibly realized with our most competent and leading-edge technologies.
02.03.016
Plastics products and parts for optics/precision engineering
Aspheric/Sphere Plastic/Glass Lens, Lens Module,
A/F Module
Address
No. 1, Wunming 3rd St., Gueishan
33383 Taoyuan County
Taiwan
Phone
+886 3 3277891
Fax
+886 3 3289009
Internet address
www.janman.net
E-Mail
service@janman.net
Stand
Hall 02, F15-5 (Page 774)
Product Overview
Janman Precision Industry Co., Ltd.
02.01.010
03.06.001
Product Details
Jaeyoung Solutec is one of two aspheric glass lens
manufactures in Korea. Our technical optic team can
develop and launch a complete lens module with 14
business days from design to final assembly. We have good ability to manufacture plastic lens tools with our most precise technology. We have successfully
launched 12M pixel cellular phone camera A/F module as a mass production
item for the first in the world. With Gaesung facility, we get price competitiveness as well as enough quantity faster and more products produced in fairly
short amount of time to maximize production process. A/F module for the most
popular smart phone, Samsung Galaxy S, has been produced since June, 2010
and supplied to Samsung more than 2million units so far; This is keep going
production, so Jaeyoung Solutec is still producing the products.
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02.01.010
Precision Complete Processing/Machining
Precision Complete Processing/Machining Mold Grinding; CNC Wire Cutting( Oil Cutting & Water Cutting
as plus);CNC EDM; CNCMilling;Grinding;Jig Grinding;
Lathe Milling & Turning
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position control (EPC) on unwind unit. - Fast change-over sleeve type printing
roller for optional equipment to quick printing job exchange.
Jih Ching Machine Co., Ltd.
Address
No. 49-1, She Nei Tsun, Hsin Shih
744 Tainan
Taiwan
Phone
+886 6 5011351
Fax
+886 6 5998283
Internet address
Jokey Plastik Wipperfürth GmbH
Address
August-Mittelsten-Scheid-Str. 23
51688 Wipperfürth
Germany
www.jih-ching.com
Phone
+49 2267 685-0
E-Mail
swtcandy@ms31.hinet.net
Fax
+49 2267 685-133
Stand
Hall 12, A51-3 (Page 806)
Internet address
www.jokey.com
E-Mail
info@jokey.com
Stand
Product Overview
02.02.003
Printing
Product Details
02.02.003
Printing
14.10.2010
Product information
- Dual wall type central impression drum, chrome plated
with accurate grind, equipped with water or air cooling circulation system. - High precision doctor blade
chamber system with ceramic anilox roller, suitable for
printing superfine quality. Automatic ink circulation and
quick washing system for optional equipment to short
ink exchange and cleaning cycle. - Pre-register for forward and backward printing registration.. - PLC memory module type (300 sets) servomotor auto position control system for impression adjustment. - Turret type non-stop auto
changing system for optional equipment to save material change time. - Single chip advanced printing video inspection system (”Sony” or ”E+L” brand) with
full color LCD monitor for register setting. - Line speed controlled by harmony
synchronous driving system with high accurate auto tension control system. Perfect drying loop design with exhaust system. - Electronic type auto edge
Company News
339
Jokey auf der K 2010
Europamarktführer für Kunststoffverpackungen erstmals Aussteller
/ Branchenkontakte im Fokus / Engagement bei der Entwicklung um-weltfreundlicher Technologien und Materialien.
Im Rahmen eines Gemeinschaftsauftrittes von Cologne Bonn
Business, dem Standortmarketing der Region Köln/Bonn,
präsentiert sich der Wipper-führter Kunststoffspezialist Jokey
Plastik in diesem Jahr erstmalig als Aus-steller auf der K
2010. Der europäische Marktführer in der Herstellung von
Kunststoffverpackungen für die abfüllende Industrie will mit seiner Präsenz auf
der weltgrößten Messe für Kunststoff und Kautschuk neue Branchen-kontakte
knüpfen und interessierten Messebesuchern aktuelle Produkte und Technologien vorstellen.
An der Weiterentwicklung von Maschinen und Materialien nach ökonomi-schen
und ökologischen Gesichtpunkten arbeiten die Techniker bei Jokey zurzeit auf
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Hochtouren. Im Fokus steht die Verarbeitung von biologisch verträglichen Kunststoffen. Damit will das Unternehmen seiner Verantwor-tung für ein nachhaltiges Ressourcenmanagement nachkommen. „Als Branchenmarktführer sehen wir uns in der Pflicht, wenn es um den Fort-schritt bei umweltschonenden Technologien und Materialien geht“, erklärt Geschäftsführer Herbert Kemmerich. „Zwar haben sich unsere Verpackun-gen aus Polypropylen (PP) aus
technischen und ökologischen Aspekten im täglichen Einsatz bewährt, doch darf
uns diese positive Bilanz nicht davon abhalten, nach weiteren Optimierungen zu
suchen.“
Herzstück des Jokey Fertigungsprogramms ist der Eimer als Aufbewah-rungsund Transportmittel für unterschiedlichste Produkte von »A« wie Acrylfarbe bis
»Z« wie Zuckerwatte. Jokey produziert für rund 6.000 Kun-den in drei Schichten
über 300 verschiedene Gebinde und verarbeitet dabei 120.000 Tonnen PP
jährlich. Neben Hightech-Verpackungen produziert das Unternehmen technische Kunststoffteile für die Automobil- und Computer-industrie. Dabei werden
auch schwer zu handhabende Werkstoffe mit ho-her Präzision und unter Einsatz
modernster Technologien verarbeitet. Zum Produktportfolio von Jokey gehören
darüber hinaus Badeinrichtungen wie Spiegelschränke, Dampfduschen und
Infrarot-Kabinen.
Product Overview
02.04.003.02
02.04.003.01
02.01.010
02.05.006
Containers
Josef van Baal GmbH
Address
Sterkenhofweg 31
47807 Krefeld
Germany
Die ständige Aktualisierung und Modernisierung von Werkzeugen, Maschi-nen
und Produkten in eigenen Konstruktionsabteilungen ist das Erfolgsre-zept des
seit über 40 Jahren erfolgreichen Familienunternehmens. Dabei kommt den
Wipperführter Spezialisten auch ihre langjährige Erfahrung mit Kundenbranchen
und internationalen Absatzmärkten zugute. Über die Jah-re ließen Investitionen
in Neuentwicklungen und die Erschließung neuer Märkte Jokey zum europäischen Marktführer der Branche aufsteigen. Heu-te ist Jokey eine moderne, inhabergeführte Unternehmensgruppe mit über 1.400 Mitarbeitern und mehr als
400 Spritzgießmaschinen an 14 Produkti-onsstandorten.
Phone
+49 2151 390057
Fax
+49 2151 390058
Internet address
www.van-baal.com
E-Mail
mail@van-baal.com
Kontakt: Claudia Kemmerich Claudia.Kemmerich@jokey.com
Stand
Hall 11, E74 (Page 802)
Jokey Plastik Wipperfürth GmbH August Mittelsten Scheid Str. 23 D-51688 Wipperfürth fon: +49(0)2267.685.112 fax: +49(0)2267.685.193 www.jokey.com
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Product Overview
Josef van Baal GmbH
02.05.076
03.10.003
Rolls
04.06
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Product Details
02.05.076
Josef van Baal GmbH
Company News
10/10/2010
Jyoti Plastic Works Pvt Ltd
”State of the Art” World class facility for Injection
Molding in India
Oberflächen
Neben einer einwandfreien Auslegung und Fertigung
der Walzen kommt der Oberfläche entscheidende Bedeutung zu. Hier kooperieren wir mit namhaften europäischen Partnern. Spiegelhochglanzpolierte Oberflächen gehören ebenso zum Lieferumfang wie elektrolytische Matturen oder bestimmte Texturen für die
Extrusionsbeschichtung. Ferner werden Prägungen und Gravuren sowie bei
Bedarf auch Plasma- oder Gummibeschichtungen ausgeführt, so dass es
möglich ist, die gewünschten Anforderungen zu erfüllen oder Neuentwicklungen zu realisieren.
Established in 1959, Jyoti Plastic Works Pvt. Ltd. is
the largest company in India offering ”Single-Window”
solutions in engineering plastics from concept to commerce. With More than
50 years of domain experience in “Engineering With Plastics” company has in
house manufacturing facilities for Injection Molding & Injection molds at Daman
(180km from Mumbai) spread over 100,000 sq.ft. area. Company also has
facility for Composites manufacturing at Dungri (170km from Mumbai) spread
over 125,000 sq.ft. Company is inaugurating a new “State-of-the-Art” integrated
world class manufacturing facility on founder’s day, 12th October, 2010. This
new industrial complex is spread over 400,000 sq.ft. area which comprises of:
- World-class injection molding shop with 50 injection molding machines from
60T to 2400T
- State-of-the-art Tool manufacturing facility
- Indo-US collaboration for compounding of engineering thermoplastics
Address
94, Bombay Talkies Compound, Malad (W)
400 064 Mumbai
India
Phone
+91 22 2882324...
Product Overview
Fax
+91 22 28820629
02.01.003.01
by spray-up
Internet address
www.jyotiplastics.com
02.01.003.02
by hand lay-up
E-Mail
prashant@jyotimail.com
02.01.003.03
by pultrusion
Stand
Hall 08a, E23 (Page 796)
02.01.003.04
by RTM
02.01.010
02.02.003
Printing
02.02.005
Welding
- Post molding shop for Welding, Machining, Printing, Assembly & Testing
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02.03.002
02.04.001.09
(PTFE)
02.03.003
02.04.001.10
02.04.001.13
02.04.001.14
parts
02.04.003.02
02.04.003.03
02.05.014
02.05.020
Filters and parts
02.05.024
02.05.028
02.05.048
Pallets
02.05.050
Parts for pumps
(PMMA)
02.05.054
Sandwich cores
02.04.001.07
02.05.056
Foam products
02.04.001.08
02.05.064
02.03.004
promotion
02.03.007
02.03.009
02.03.011
02.03.012
02.03.013
02.03.016
engineering
02.04.001.01
02.04.001.03
02.04.001.04
02.04.001.06
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02.05.066
customers tools
02.05.073
Valves
02.05.075.01
02.05.075.02
03.06.001
04.01
02.02.003
02.02.005
Product Details
02.01.003.02
Printing
Product with Printing
Welding
Welded Parts
Company Has facility to weld parts with Ultrasonic welding machine, Solvant Welding,Heat Sealing etc
by hand lay-up
Parts Made out of FRP hand lay up
02.03.002
Parts for Automotive
02.01.010
Automotive Components like Radiators made out of
PA66GF 33%, Shroud made out of PP30% TALC & 30%
GF etc are manufactured & supplied to Automative customers
Precision Parts made by Injection Molding
02.03.003
Jyoti’s state of the art facility includes Micro Processor based injection molding machine ranging from 60
T to 2400T. With 50years plus expecrience of Molding Engineering Plastics like PA,PC,Polyacetal,PPO,LCP,PBT,PP
etc with & Without filler, Jyoti molds for various application like Automotive,Water Treatement,Furniture,Pumps,Fluid Engineering,Filtration,Industrial,wind Mill,Electrical,White Good appliance,Defence & many
more such application
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Site office made from FRP
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02.03.007
Coil form for Wind Mill
02.04.001.01
Parts Made out of ABS
Company molds wide range of electirical parts like
switches,coil form for wind mill,cable griper,contactors
etc
02.03.009
02.04.001.03
Parts made out of PA
submersible & Monoblock Pump Parts
The heart of the Submersible,Monoblock,Jet Pump etc
is the Impeller & stage casing which is made out of engineering polymers like Glass Filled Modified PPO, Glass
Filled Poly Carbonate,Polyacetal,Filled PA, foloro Polymer like LCP etc with dimensional tolerence of 0.02mm
for height, Run out & Face out.
02.03.011
02.04.001.04
Parts of Mechanical Engineering
Company makes wide range of Industrial Parts used for
mechanical engineering made out of special compunds
like Nylon glass filled, Nylon Minral filled, Nylon Carbon
Filled,Poly Acetal,LCP,PEEK,Modified PPO etc.
02.03.013
Parts made out of Polycarbonate
Company Manufactures parts made out of PC like
Filter housing,Anti Tank mine,Switch Parts,Power tool
parts,Energy meter parts,Pump Parts etc
02.04.001.07
Parts made from PP
Parts for Office Furniture
Jyoti Supply’s furniture parts like- Base made out of Nylon 30% GF & PP 30% Glass filled, Seat Parts made
out of PP & PC, Arm Rest made out of PU etc
02.04.001.08
Parts Made out of PS
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02.04.001.14
parts
Parts Made with Injection molding & Machining
02.05.020
Company manufactures online filters with size
4”,6”,8”,10” & 20”.Company also make industrial
filters with disc type & catridge type filtration system.
02.05.048
02.04.003.02
Filters and parts
Parts for Filters
Pallets
Pallets
Parts Made out of Engineering Plastics
02.05.050
02.04.003.03
Dosing Pump Parts are made out of Modified PPO having close tolerences.
Parts from High Performance Plastics
02.05.073
02.05.014
Parts for pumps
Dosing Pump Parts
Valves
Valves
Electrical Equipment Parts
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Karl Küfner KG, Siebtechnik und Webeblätter
Address
Phone
Rossentalstr. 87-89
72461 Albstadt
Germany
02.05.020
Filters and parts
02.05.075.01
02.05.075.02
+49 7432 951-0
Product Details
Fax
+49 7432 951-115
02.01.010
Internet address
www.kuefner.com
Syntetic valves
E-Mail
info@kuefner.com
Stand
Hall 12, E19 (Page 806)
The right solution for every application.
Product Overview
We understand that technical requirements differ depending on how and where our products are used.
Product designs depend on the application, task and
operational environment. Factors such as the working temperature, flow rate, media, pressure and dimensional stability, the filtration rate, service life, interchangeability, self-cleaning
and, last but not least, vibration strength change are all considered when developing a filtration component.
02.01.010
02.03.002
02.03.005
02.03.010
The following are a few examples of filters developed for specific and environments:
02.03.011
02.03.012
• Check valves or pressure control valves with integrated protective filter • Function modules with filter unit for transmission components • Restrictor units with
upstream filtration function • Radial and/or axial filters with sealing components
• V-Shape
02.04.003.02
This type of data is crucial for us: Together with our customers and suppliers,
we develop innovative solutions and select the perfect materials for the job. Together with the development departments, we discuss within the framework of
constant simultaneous engineering whether metal mesh or plastic mesh, solid
injection-molded screens or screen valve units are to be used.
Filter screens with multiple functions are complete and tested assemblies that
offer our customers genuine added value. In this type of assembly, the filter
function is integrated, making sensitive components simple to handle and install.
Customers are able to install these assemblies with ease and certainty.
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02.03.002
02.03.010
Filterscreens in the Automotive Industry
Filterscreens in the Aerospace Sector
There are many diverse, potential applications for our
products both in the automotive and the commercial vehicle market segments. Our products can be put to use
wherever liquids or gases can act as media for transporting contaminates and have to be filtered in order to
protect sensitive or safety-relevant components against
damage or failure.
Applications in the aerospace industry place extremely
high technical demands on our filter screens. The very
highest of safety standards, combined with extreme
load profiles, characterize this product family.
• Filters for ABS and ESP systems • Filters for fuel injectors and fuel pumps •
Filter disks for air-mass sensors • Screen filters for fuel pressure regulators •
Screen filters for automatic transmissions • Suction strainers for fuel tanks to
protect the fuel pump and fuel system • Strainers for AdBlue systems for selective reduction of nitrogen oxides in exhaust emissions • Microfilters for hydraulic
controls to protect valves • Screen filters for the oil system of combustion engines • Valves and restrictors in transmissions, engines and hydraulic systems
02.03.011
02.03.005
• Filters for airborne/spaceborne equipment • Filter units
for hydraulic components
Filterscreens in the Building Services and Appliances Sector
Filterscreens in the Mechanical Engineering Sector
Electrical energy isn’t the only thing that has to be supplied to machinery. Air, fuel and lubricant are also required in order to guarantee absolutely reliable operation of the machine. Our filter screens are used on the
one hand to ensure the machine’s own operation, on the other hand, however,
to enable technical products and process products to be manufactured free of
particles. This means you can find our filter screens in, among other things, the
following applications in the mechanical engineering sector:
• Suction filters and suction strainers • Submerged filters • Air filters • Filters
and screens for plastics manufacturing • Filter screens for the homogenization
of multicomponent products • Filter screens for hydraulic valves and their components
We supply products that facilitate a wide range of applications in the building services and appliances sector:
• Filter units for domestic water treatment • Strainers for
faucets • Filters for dishwashers • Filter cartridges for oil
heating systems • Filters for gas valves
02.03.012
Filterscreens in the Power Equipment Sector
Filterscreens in the Medical Sector
Professional power equipment requires professional filtration equipment for the circulation of its consumables
(fuel, air etc.) if it is to offer maximum reliability and
durability under demanding operating conditions. Karl
Küfner KG boasts more than 4 decades of experience
in this field. Chain saws, trimmers/brush cutters, angle grinders, pressure washers - all of these appliances offer a massive and diverse range of applications
for our strainers and filters, including:
Production under the cleanest, hygienically perfect of
conditions is the basic prerequisite for manufacturing
screen filters for application in medical equipment. Examples of products we manufacture for this sector of
industry are:
• Filters for dental technology • Innovative filtration systems for diagnostics
• Suction filters for fuel tanks • Air filters • Filter units for pressure washers
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02.04.003.02
tion at Küfner since the early 90’s under a utility patent granted in September
1991. On the standard model, the movement for expansion is absorbed via a
jointed area. This area forms the weakest point on the component. Due to increasing loads and the ever-stricter requirements for the component, the jointed
point is a possible weak point.
Syntetic valves
• V-Shape
02.05.020
Filters and parts
Ring filter with ”Küfner FLEXi-Clip” design
Advantages of Küfner FLEXi-Clip design. • Increased stability and load-bearing
capacity of component due to flexible design • Option of using high-strength
plastics • Considerably increased flexibility in area for expansion during installation • Possible pre-damage in the jointed area in case of improper installation
due to overloaded expansion is reduced to an absolute minimum with the FLEXi
contour.
The Küfner FLEXi-Clip Filter is the solution for mountable ring filters of the future for functional applications with constantly increasing loading of the coming
applications!
V-Shape
With the new V-Shape line, Karl Küfner KG has developed an innovative filter concept that offers considerable technical and economic advantages for the filtration of liquid and gaseous media in a broad range of
applications.
While classic filters usually consist of a cylindrical supporting body with a closed bottom, the filter fabric of
the V-Shape is held by sturdy side bars. This innovative, flow-promoting supporting geometry results in a considerably larger flow-off
cross section.
In filters with a cylindrical geometry, a ring gap results between the bottom of the
filter and the inner wall. The medium must then pass through this gap when flowing through the filter. In conventional cylindrical filters this results in increased
flow resistance, and with it in an undesirable pressure loss in the flow system.
General use of opened ”Clip Filter” ring filter: Later installation of the clip filter in shaft recesses. The components are expanded and positioned on the shaft recess. By means of applied mechanical force, the parts
are closed during installation, locked in place and form
a friction-locked connection.
All common standard cloth types can be used as a filtration cloth in the V-Shape.
Both stainless steel and plastic mesh can be used as a filter material.
The sealing contour of the V-Shape is preferably formed by a metal ring. Compared to plastic, a metal ring has the advantage that it can be mounted in the flow
contour with permanent press fitting. Positive locking of the filter is not required.
In the standard version, the clip filters have already
been manufactured fully automatically in series produc-
To increase flexibility, the idea for a solution resulted at Küfner in cooperation with
a customer, which was then developed into the Küfner FLEXi-Clip. The result is
the distribution of the movement for expansion over several points, which can
be individually designed more stably.
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An ingenious manufacturing concept enables the production of everything from
extremely small manually produced lots to fully automated million sellers.
The V-Shape can already currently be found in a wide range of uses – from
high-pressure applications to water treatment. It has proven to provide rugged,
reliable, discrete protection against soiling and possible destruction by particles
of all kinds.
02.05.075.01
Syntetic valves
02.05.075.02
Syntetic valves
• V-Shape
• V-Shape
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Kin Tat Rubber Technology Ltd.
KRD Sicherheitstechnik und Coatings
Address
Rm. 509, 5/F, Shun Fat Ind. Bldg., 17
Kowloon Bay
Hong Kong
Address
Vierlander Str. 2
21502 Geesthacht
Germany
Phone
+852 27988941
Phone
+49 4152 8086-0
Fax
+852 27988050
Fax
Internet address
www.kintat.com
Internet address
www.krd-sicherheitstechnik.de
E-Mail
info@kintat.com
E-Mail
info@krd-gruppe.de
Stand
Hall 01, A25 (Page 772)
Stand
Hall 05, D44 (Page 780)
Product Overview
02.04.001.12
Product Details
02.04.001.12
Product Overview
02.01.006
02.01.011
02.03.001
02.03.002
02.03.009
02.03.010
02.04.001.04
02.04.001.06
(PMMA)
02.05.007
Coatings
Our products
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Product Details
02.01.006
02.03.001
Antisatatic coatings for PC and PMMA
Safety/Protective Glass
Coated Plates of dimension 3,000mm by 2,000mm for
Plant construction using crean room technology
Milling, drilling, forming of Polymer windows, Machine
coverings and other articles in Polycarbonate and PMMA
Product KASI-AS-08 minimises antistatic loading on
polycarbonate
KASI-PMMA-AS minimises antistatic on PMMA
02.01.011
02.03.002
Polymer windows for Police, Fire departmen
Light car windows and safety windscreens
3 D cold and hot forming of Polycarbonate and PMMA
windows. Usage in police and customs vehicles, use
in Fire Engines and other vehicles exposed to external
damage threats including forrestry machines.
- Top line sports car light windows
- Electric, hybrid and solar car projects
- Thermal forming up to 1960mm Diameter
- Prototye and special application cars
- Linear forming (bending) up to 5,500mm
- Police crowd control vehicles The mono and compound front windows conform
to the norm ”safety Glass for Police Vehicles” and are consequently certified by
the transport authorities. Over 60,000 windows have been delivered for these
applications
- Linear forming up to 4,500
Plane forming 2,300mm by 4,000mm
- Customs and Fire brigade vehicles
For use in Soundproofing walls, vehicle windows, security glass, Forrestry and
building site machinery
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- Secure personnel transporters
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02.03.009
fers:
Kasi-Flex coating
Abraision resistant
Coating of windows for Tractore, Forrestry vehicles and
forklift vehicles
electric grounding/transmission
02.03.010
Anti reflective (Matt)
Abrasive resistant Coaings for PC and PMMA
Satin finish
Use in Helicopter domes, Navigation light covers, landscape camera covers and interior parts like the A380
Shower door
02.04.001.04
Coloured coatings
Kasi Light functional Coatings on PC or Acrylic for TV studios and Trade fair
building.
Standard 2m x 3m or customized coated plates
Sale of coated plates or coating of customer owned
plates
02.04.001.06
In TV studios with external windows coated PC/PMMA can offer large stable
structural parts with custom light characteristics
(PMMA)
For Stage building Coated KRD plates offer formed, coloured and custom light
designed parts up to size 7,000mm x 3,000mm with a Burn characteristic B1.
Standard or customized coated plates
Sale of coated plates or coating of customer owned
plates
In combination with light diodes such plates are suitable for information and advertising screens
02.05.007
Coatings
Anti abrasive, anti grafitti, self cleaning coatings
Available on PC, PMMA, PPSU, SAN, PETG
Varnish sale
from watchglass size to 7,000mm x 3,000mm KRD of-
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Flex abrasion resistant, weather resistant, chemical resistant on SAN
Highly transparent coatings based on Polysiloxan seal
and protect surfaces providing not only aesthetic improvement but also abraising and weather/sun resistance and resistance to chemicals.
KASI ® -SunFlex
abrasion resistant, improved UV protection on PC ® -AS-08
Products are:
KASI ® -AS
KASI ® -GL
scrub resistant, antistatic, protection against electrostatic charging on PC
abrasion resistant, weather resistant, chemical resistant on PMMA
KASI ® -AFT
KASI ® -GL Matt
anti-fog effect on PC
abrasion resistant, non-glare on PMMA ® -PCN
KASI ® -AG
KASI ® -PCN Matt
anti-graffiti effect on PC, P MA ® -PPSU
abrasion resistant, non-glare on PC
KASI ® -PPSU Flex
KASI ® -PCN Weiß
Flex abrasion resistant, weather resistant, chemical resistant on PPSU
White abrasion resistant, resistant, non-glare, light scattering on PC
KASI ® -SC
KASI ® -PC Flex
photo-catalytically self-cleaning PC, PMMA
abrasion resistant, good cold-curving capability, UV-protected on PC
KASI ® -Satin
KASI ® -Kaskade
Anti fingerprint, non reflective Flameproof for PETG
abrasion resistant, 25 colour variations on PC ® -SAN
KASI ® -SanFlex
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02.05.011
Sealings/Sealrings
02.05.016
Bellows, expansible
02.05.024
Kremer-Kautschuk-Kunststoff GmbH & Co. KG
Address
Hans-Streif-Str. 2-6
63628 Bad Soden-Salmünster
Germany
Phone
+49 6056 9154-0
02.05.027
Fax
+49 6056 9154-30
02.05.028
Internet address
www.kremer.de
02.05.040
Packing rings
E-Mail
team@kremer.de
02.05.041
Membranes
Stand
Hall 06, A41 (Page 784)
02.05.058
Hoses
02.05.075.01
Product Overview
Product Details
02.01.010
02.03.002
02.03.012
02.04.003.01
02.04.003.02
02.04.003.03
02.05.010
Sealing profiles
02.01.010
PRODUKTPORTFOLIO
369
- Thermoplast-Formteile Extreme Vielfältigkeit und nahezu unerschöpfliche Gestaltungsmöglichkeiten zeichnen Thermoplaste aus. Nur durch das perfekte Zusammenspiel von Maschine, Werkzeug und Rohstoff, sowie einer perfekten Beherrschung des gesamten Verarbeitungsprozesses erreichen wir höchste Präzision und optimale Qualität unserer Produkte. - Elastomer-Formteile Wir verarbeiten u.a. Naturkautschuke, EPDM und Silikone - je nach Anforderungen des
Produkts. So individuell wie die Bedürfnisse sind auch unsere Fertigungsmöglichkeiten.
- Flüssigsilikon (LSR)-Formteile Das Hightech-Material, das den wachsenden
Anforderungen an die Endeigenschaften der Formteile gewachsen ist. Hohe
Vernetzungsgeschwindigkeiten erlauben eine hohe Produktivität ergänzt durch
hohen Automatisierungsgrad und geringe Produktionsschwankungen - Flüssigsilikon ist der Werkstoff für anspruchsvolle Anwendungen. - Materialkombinationen Aufgrund unserer langjährigen Erfahrung in den drei höchst unterschiedlichen
Fertigungsgruppen Thermoplast, Elastomer und Flüssigsilikon liegt die Königsdisziplin in der Kombination: Verbindungen aus Hart und Weich, zwei Farben,
Thermoplast und Elastomer, Thermoplast und Flüssigsilikon und natürlich auch
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in Verbindung mit Metallen…die Vorteile liegen auf der Hand: Kostenreduktion,
verlässliche Funktion und Substitution von Werkstoffen. - Profile, Schlauchringe,
Stanzteile Fast endlos sind die Gestaltungsmöglichkeiten von Profilen: Hohlkammerprofile, Moosgummiprofile und -schläuche, Rund- und Vierkantschnüre,
Hart- und Weichkombinationen. Durch exakte Schneidtechnologie entstehen
präzise Produkte, wie z.B. Profilabschnitte und Schlauchringe. Eine hervorragende Ergänzung zu formgefertigten Dichtungen. Stanzteile komplettieren unsere Formteile zu Baugruppen uns Systemen. - Entwicklung Wir finden für Sie
die richtigen Materialien, Verarbeitungsverfahren und Werkzeuge. Wir betreuen
Sie dabei von der ersten Projektskizze an bis zur fertigen Serie. Mit unserer
Erfahrung legen wir die Grundlagen für ein qualitativ hohes Endprodukt. - Veredelung Nach der Formgebung können unsere Produkte z.B. lackiert, bedruckt,
beschriftet oder selbstklebend ausgestattet werden.
02.03.002
PRODUKTPORTFOLIO
371
02.03.012
PRODUKTPORTFOLIO
02.04.003.01
PRODUKTPORTFOLIO
- Thermoplast-Formteile Extreme Vielfältigkeit und nahezu unerschöpfliche Gestaltungsmöglichkeiten zeichnen Thermoplaste aus. Nur durch das perfekte Zusammenspiel von Maschine, Werkzeug und Rohstoff, sowie einer perfekten Be-
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herrschung des gesamten Verarbeitungsprozesses erreichen wir höchste Präzision und optimale Qualität unserer Produkte. - Elastomer-Formteile Wir verarbeiten u.a. Naturkautschuke, EPDM und Silikone - je nach Anforderungen des
02.04.003.02
PRODUKTPORTFOLIO
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02.04.003.03
PRODUKTPORTFOLIO
präzise Produkte, wie z.B. Profilabschnitte und Schlauchringe. Eine hervorragende Ergänzung zu formgefertigten Dichtungen. Stanzteile komplettieren un-
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sere Formteile zu Baugruppen uns Systemen. - Entwicklung Wir finden für Sie
02.05.010
Sealing profiles
PRODUKTPORTFOLIO
375
02.05.011
Sealings/Sealrings
PRODUKTPORTFOLIO
02.05.016
Bellows, expansible
PRODUKTPORTFOLIO
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02.05.024
PRODUKTPORTFOLIO
377
02.05.027
PRODUKTPORTFOLIO
Erfahrung legen wir die Grundlagen für ein qualitativ hohes Endprodukt. - Vere-
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delung Nach der Formgebung können unsere Produkte z.B. lackiert, bedruckt,
02.05.028
PRODUKTPORTFOLIO
02.05.040
Packing rings
PRODUKTPORTFOLIO
- Thermoplast-Formteile Extreme Vielfältigkeit und nahezu unerschöpfliche Gestaltungsmöglichkeiten zeichnen Thermoplaste aus. Nur durch das perfekte Zusammenspiel von Maschine, Werkzeug und Rohstoff, sowie einer perfekten Beherrschung des gesamten Verarbeitungsprozesses erreichen wir höchste Präzi-
379
sion und optimale Qualität unserer Produkte. - Elastomer-Formteile Wir verarbeiten u.a. Naturkautschuke, EPDM und Silikone - je nach Anforderungen des
02.05.041
Membranes
PRODUKTPORTFOLIO
Fertigungsgruppen Thermoplast, Elastomer und Flüssigsilikon liegt die Königs-
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disziplin in der Kombination: Verbindungen aus Hart und Weich, zwei Farben,
02.05.058
Hoses
PRODUKTPORTFOLIO
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02.05.075.01
PRODUKTPORTFOLIO
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Kunststoff-Institut Lüdenscheid
Address
Phone
+49 2351 1064191
Fax
+49 2351 1064190
Internet address
www.kunststoff-institut.de
E-Mail
mail@kunststoff-institut.de
Stand
Hall 06, D76 (Page 784)
Company News
10/05/2010
Karolinenstr. 8
58507 Lüdenscheid
Germany
09/29/2010
Antibacterial Surfaces 2 - Different Systems and Their
Effectiveness
Upon the successful completion of the first joint project on this topic, the institute’s bundled competences in the field of antibacterial surfaces in order to
optimise already existing combinations of matrix and antibacterial components
and to evaluate new components and matrix materials regarding their suitability for injection moulding. Apart from systems containing silver, the focus is on
copper-based systems and organic components, which constitute interesting
active substance groups.(hall 6/D76)www.kunststoff-institut.de
Injection-moulded plastic-glass composites
Nach erfolgreicher Durch-führung des ersten Verbund-projekts ist es das Ziel,die
im Institut gebündelten Kompetenzen im Bereich der antibak. Oberflächen im
Projekt dazu zu nutzen, Optimierungen an bereits bestehenden Kombinationen
aus Matrix und antibak. Wirkstoff zu erreichen, sowie neue Wirk-stoffe und Matrixmaterialien hinsichtlich ihrer Eignung im Spritzgießprozess zu beur-teilen.
Neben den silber-haltigen Wirkstoffsystemen sind kupferbasierende Systeme
u. organische Wirkstoffe her-vorzuheben, die interessante Wirkstoffgruppen
darstellen. Halle 6/D76 www.kunststoff-institut.de.
The demand for antimicrobial surfaces has recently been increasing drastically
in that, for many products, an antibacterial surface is a very useful feature.The
project targets companies that are looking to achieve a sustainable product improvement by equipping plastic products with anti-bacterial surfaces in order to
obtain a competitive advantage.The project is also interesting for companies that
want to be ready as suppliers for future products, e.g. in the fields of medical,
electrical, and building services engineering.
The combination of glass and plastic is an ideal composite for technical and decorative products. Glass
is extremely scratch-resistant, transparent and to be
high-quality (display applications), and plastic is ideal
for decorative an functionality elements.(hall 6/ stand
D76)
Die Kombination von Glas und Kunststoff stellt für technische und dekorative Produkte eine ideale Zusammensetzung dar. Glas zeichnet sich durch seine hervorragende Kratz-beständigkeit, Transparenz u. Hochwertigkeit aus (Displayanwendungen),sodass dies ideal mit der Funktionalität von Kunststoff kombiniert werden kann. (Halle 6/ Stand D76)
The safe insertion of fragile glass into the injection mould and a foamed thermoplastic to achieve a streak-free high-quality surface.
Nach erfolgreicher Durch-führung des ersten Verbund-projektes zu diesem
Thema ist es das Ziel, die im Institut gebündelten Kompetenzen im Bereich der
antibakteriellen Oberflächen im Projekt dazu zu nutzen, gezielt Optimierungen
an bereits bestehenden Kom-binationen aus Matrix u. anti-bakteriellen Wirkstoff
zu er-reichen, sowie neue Wirkstoffe u. Matrixmaterialien hinsicht-lich ihrer Eignung im Spritz-gießprozess zu beurteilen. Neben den silberhaltigen Wirkstoffsystemen sind kupferbasierende Systeme und organische Wirkstoffe hervorzuheben, die interessante Wirkstoffgruppen darstellen.
Die sichere Aufnahme des bruchempfindlichen Glases kombiniert mit einer TSG
Umspritzung (schlierenfreie Oberfläche) stellt besondere Prozessanforderungen dar.
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09/30/2010
Variothermal temperature control using BFMOLDTM
technology
Mould temperature control has never been more important than today. Optimising the cycle time and increasing the component quality by means of variothermal processes are among the issues to be addressed by modern temperature control technology.
BFMOLDTM technology can be used for the cooling of
flat components but can also be used in combination
with variothermal temperature control using water. In this way, this technology
allows for short heating and cooling times. These technologies will be presented
at the NRW booth (Hall 6/D76) as well as at the Wittmann-Battenfeld booth (Hall
16/D22).
This combination of technologies allows the manufacturing of high-gloss surfaces without weld lines, as well as streak-free surfaces using foamed thermoplastic moulding without a relevant increase in cycle times for compact injection
moulding as well as foamed thermoplastic moulding. Heating takes place most
part during the secondary processing time. This depends on the item and the
mould concept. It is possible to reduce the cooling times due to very high heat
dissipation with simultaneous homogeneous temperature distribution. Further
advantages include cost-effective and simple manufacturing.
09/29/2010
Use of Sustainable Materials - Technical Application of
Bio-based Components
In cooperation with the ISK Iserlohner Kunststoff-Technologie
GmbH and the FH Suedwestfalen, the Kunststoff-Institut
Luedenscheid is carrying out a joint project on this topic
with an emphasis placed on “Material, tools, processing,
and surfaces”. A selected test series will provide information on the possible applications for bio-based materials.
The emphasis is placed on renewable raw materials and
natural fibre-reinforced plastics. A special focus is also put
on the use of special procedures in the field of injection moulding and surface
technology.
Mate-rialien aus nachwachsenden Rohstoffen u. naturfaser-verstärkten Kunststoffen. Der Einsatz von Sonderverfahren im Bereich des Spritzgießens o.d.
Oberflächentechnik genießt besondere Bedeutung.
The plastics processing industry is so successful because it is extremely flexible
and innovative. Especially the desire to reduce CO2 will increase the demand
for innovative materials as never before. Instead of the limited availability of
fossil raw materials, the industry increasingly focuses on renewable or bio-based
materials. The product manufacturers are not only reacting to increasing raw
material prices but are also strengthening their public perception as a company
applying the principles of sustainable development.
Die Kunststoffindustrie hat ihren Erfolg einer enormen Flexibilität u. Innovationskraft zu verdanken. Ins-besondere das Streben nach einer CO2-Reduktion setzt
enorme Kräfte frei, so dass der Einsatz innovativer Materialien wie in keiner zuvor erlebten Dekade gefragt sein wird. Statt auf begrenzt verfügbare fossile
Rohstoffe setzt die Industrie immer öfter auf nachwachsende oder biobasierte
Materialien. Die Produkthersteller reagieren damit nicht nur auf steigende
Rohstoffpreise, sondern stärken zugleich ihr Profil als nachhaltig wirtschaftendes Unternehmen in der Öffentlich-keit.
hall 6 / D76 or www.kunststoff-instutut.de
Halle 6 / D76 oder www.kunststoff-instutut.de
Product Overview
02.02.002
Galvanization
02.04.003.03
02.05.047
02.05.069
04.06
Das Kunststoff-Institut führt in Kooperation mit d. Iser-lohner Kunststoff-Technologie
GmbH u.d. FH Südwestfalen zu dem Themengebiet ein Verbund-projekt im
Hinblick auf die Themenschwerpunkte „Material, Werkzeug, Verarbeitung und
Oberfläche“ durch. Ausgewählte Versuchsreihen sollen Auf-schluss über d.
Einsatz-möglichkeiten biobasierter Materialien geben. Schwerpunkte bilden
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and excellent processability • Superior shock-absorbing properties and vibration dampening performance • Shares the light weight, mechanical properties
(high-strength, superior compression set, tear resistance) and low-temperature
properties of current SEPTON™ products
Kuraray Europe GmbH
Address
Brüningstr. 50,
65926 Frankfurt am Main
Germany
Phone
+49-69-305 35850
Fax
+49-69-305 35656
Internet address
www.kuraray.eu
Potential Fields, Applications • Artificial leg and protector cushioning material,
pad components, joint supports • Cushioning material for beds, pillows, etc.,
general cushioning material, toys, shoe insoles • All types of cushioning and
sealing material, robot components (shock-absorbing and vibration-dampening
materials, artificial skin, etc.) • Shock-absorbing and vibration-dampening materials for office automation (OA) equipment, flat panel displays (FPDs), mobile
phone, and other all kinds of digital equipment
03/30/2010
E-Mail
Stand
Company News
07/13/2010
Kuraray Europe GmbH
Thermoplastic Elastomer with High Flexibility and
Exquisite Soft Feel (SEPTON™ J Series Development)
Kuraray Co., Ltd. (Headquarters: Chiyoda-ku, Tokyo;
President: Fumio Ito; ”Kuraray”) has developed the
SEPTON™ J Series, which boasts significant flexibility
and a soft feel, as part of its high-performance, highfunctionality lineup of SEPTON™ brand hydrogenated
styrenic thermoplastic elastomers.
Concerning Full-Scale Development of Acrylic Thermoplastic Elastomer Business Unique New Material
That Transforms into the Future Makes Long-Awaited
Debut
Kuraray has announced its decision to establish facilities at its Niigata Plant in Tainai City, Niigata Prefecture
that will be capable of mass producing 5,000 tons of an
acrylic thermoplastic elastomer (”the New Elastomer”)
annually.
The New Elastomer, which has been developed utilizing Kuraray’s proprietary
technology, possesses transparency and softness, as well as adhesive properties. These characteristics are utilized in the optical and molding material fields,
which are demonstrating great potential for market growth.
SEPTON™ J Series’ SEPTON™ high-performance, higher functionality product
brand
Development Concept • Continuing on from the SEPTON™ V Series, the SEPTON™ Q Series and the SEPTON™ K Series that Kuraray has developed and
marketed to date, SEPTON™ J Series have been developed utilizing Kuraray’s
accumulated polymer design and synthesizing technologies to enhance and
strengthen the product lineup and respond to customer needs. • As SEPTON™
J shows unique flexibility and a particularly exquisite soft feel when compared
with existing products, it is suitable for products requiring low-hardness gel, including joint supports and footwear insoles.
Main Characteristics • Unique flexibility, exquisite soft feel • Low melt viscosity
New Elastomer Possesses Transparency, Softness and
Adhesive Properties
387
As it undertakes full-scale development, Kuraray is targeting a business scale
for the New Elastomer of ¥10 billion in sales in 2018.
The New Elastomer - A block copolymer of methyl methacrylate (MMA) and butyl
acrylate (BA)
- A thermoplastic elastomer possessing both MMA’s transparency and weather
resistance as well as BA’s elasticity and adhesive qualities
- A unique material developed through the proprietary technologies of Kuraray,
the first company in the world to successfully achieve its commercial production
- One of Kuraray’s ”new materials that transform into the future” that meet needs
not met by existing materials
Background to Full-Scale Development - Kuraray has already commercialized
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the styrenic elastomer, SEPTON, and the thermoplastic polyurethane elastomer,
KURAMIRON.
- Furthermore, since fiscal 2004, Kuraray has constructed a pilot plant for the
New Elastomer and moved forward on achieving market development and manufacturing technologies.
- From a market standpoint, Kuraray has received feedback in three fields: adhesives; film as well as light guide components; and molding materials. From
the mass production standpoint, having overcome difficulties, the decision was
taken to fully develop the business and establish a facility with an annual production capability of 5,000 tons.
Overview of Full-Scale Development (1) Initial Target Fields and Main Applications Target Fields Main Applications Remarks (i) Adhesive film and tape application Solvent free, Non cross-linking process (ii) Film, light guide components
Light guides such as LED lighting Combines both transparent and elasticity properties (iii) Molding materials Body of electronic devices, gaskets and grips Design, adhesive and paintability properties
for architectural glazing and laminated safety glass for automotive, respectively.
Furthermore, the demand of TROSIFOL as encapsulant of solar cell modules
is increasing. Among other applications PVB resin is used as a binder in paint,
printing ink, and ceramics.
The Kuraray Group will further enhance its vinyl acetate and Poval-related businesses on a global basis, while reinforcing the consistent production flow from
PVA resin to PVB resin and film.
Product Overview
Kuraray Europe GmbH
01.01.003
01.01.009
Barrier plastics
01.01.010
01.01.017
01.01.027
01.01.030
Ethylene/vinyl alcohol copolymers (E/VAL)
01.01.035
Optical polymers
Total annual capacity has been increased up to 39,000 tons
by this 10,000 tons expansion.
01.01.043
Polyamides blends
Kuraray Co., Ltd (hereafter ”Kuraray”) has executed production capacity expansion of PVB (poly vinyl butyral) resin
(Brand Name; MOWITAL and PIOLOFORM ) by constructing one new line at its European subsidiary, Kuraray Europe
GmbH (hereafter ”KEG”). KEG has finished trial operation,
and just started commercial production. The total annual capacity of PVB resin at KEG has been increased by this latest expansion to 39,000
tons.
01.01.087
acrylic glass)
01.01.099
01.01.100
Polyvinyl acetal (PVAL)
01.01.102
Polyvinyl alcohol (PVAL)
01.01.114
Prepregs, thermoplastic
(2) Production Facilities Address 2-28, Kurashiki-cho, Tainai, Niigata 959-2691,
Japan Production capacity 5,000 tons No. of employees Approx. 20 August
2011: Completion of facility expansion September 2011: Commencement of
operations Capital investment Approx. ¥5 billion
(3) Outlook Having made progress with the development of new applications,
Kuraray is aiming for sales of ¥6 billion in 2015 and ¥10 billion in 2018.
02/23/2010
Commencement of new PVB resin production line in
Europe
PVB resin is made from PVA (polyvinyl alcohol) resin which was industrialized
for the first time in the world in 1950. PVB resin is a raw material for the production of ”PVB Film (Brand Name; TROSIFOL )” which is used as interlayer
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01.01.117
Impact modifier
01.06.011
Polyvinyl alcohol fibres
01.01.128
Thermoplastic urethane blends TPE-U/TPU
01.08.007
01.01.129
Rubber to Metal Bonding Agents or Primers and
Bonding Agents for Rubber to Metal (bonding agent or
adhesive systems)
01.02.001
Thermoplastic elastomers dynamically crosslinked,
TPE-V/TPV
01.08.008
01.08.017
Hot melt adhesives
01.02.007
PUR-Elastomers
01.09.026
Polyvinyl alcohols (PVAL)
01.02.008.01
SBS, SIS?, TPE-S)
01.09.027
Polyvinyl butyrals
01.10.002
Additives, other
01.10.024
Binders
01.10.059
Adhesives
01.10.126
Plasticiser
01.12.005
Self-reinforcing fibres
01.13.018
Diole
01.13.036
Polymerization auxiliaries
01.13.038
Polyols
01.13.040
Raw materials
02.03.013
02.05.007
Coatings
02.05.068
Technical films
01.02.008.02
(pure polymers)
01.02.011
01.02.012
SEBS-Blockcopolymer
01.02.013
01.02.014
01.05.004
Butadiene rubber (BR)
01.05.010
Cis-01,04-polybutadiene (BR)
01.05.011
Cis-01,04-polyisoprene (IR)
01.05.026
Styrene/butadiene rubber (SBR)
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Product Details
02.03.013
Kuraray Europe GmbH
AMARETTA High-grade man-made leathers
02.05.007
Coatings
Kuraray Liquid Rubber BD / IR
- LIR / LBR is a viscous liquid rubber based on isoprene
and/or butadien, which was originally synthesized by
Kuraray Co., Ltd.
Made of microfiber, the man-made leather AMARETTA is
used in high fashion apparel such as coats and jackets, and
is highly regarded in the marketplace. It is also used to cover
sofas and in other interior furnishing applications, and has attracted notice in the field of car seat covers. Kuraray is the
top manufacturer of man-made leathers, and is working to
expand this market.
- LIR / LBR is colorless, transparent and almost completely odorless.
- LIR / LBR are used as Rubber Matrix, Binder, or performance improver for
coatings.
Applications:
- LIR/LBR has a function as a ”Reactive plasticizer”. In terms of function as a
”Plasticizer”, LIR/LBR is the rubber with the highest molecular weight among
materials which have plasticizing function. In terms of function as a ”Reactive”,
it is ”vulcanizable”. LIR / LBR is co-vulcanizable with solid rubber such as NR,
SBR, BR and EPDM using sulfur or peroxide.
Premium clothing Interior furnishings Car seat covers
CLARINO Man-made leathers
Supple, lightweight, and easy to care for, CLARINO is
used in ladies’ and gentlemen’s shoes, sports shoes,
bags, and many other products. In the field of sporting
goods, where strength and functionality are required, it
is used in such items as shoes, balls, and gloves. Kuraray has recently developed a new material, PARCASSIO, incorporating some of the processes used on natural leather. PARCASSIO offers better air and moisture permeability than earlier
man-made leathers, and Kuraray is working to expand this market.
Applications:
ladies’ and gentlemen’s shoes, sports shoes bags and school bags sporting
goods (basketball, volleyball, gloves, etc.)
-LIR / LBR is crosslinkable by reaction of its functional groups using metal compounds, epoxy compounds, isocyanate compounds, amine compounds and is
crosslinkable by UV radiation.
Mowital and Pioloform
Modern primers and lacquers have to do more than adhere well. They should be easy to work with, harmonise
with numerous binders, and serve additional purposes
such as corrosion protection. ®Mowital films display a
very good adhesion to steel, iron, zinc, aluminium and other light metals. Nevertheless, adhesive strength and corrosion protection can be further improved
via combination with phenolic resins, epoxy resins and phosphoric acid.
®Mowital/ ®Pioloform is the ideal basis for all the following applications:
* Additive for powder coatings * Adhesive lacquers * Automotive refinishing coatings * Heat-sealable lacquers * Nitrocellulose lacquers * Oil-resistant lacquers
* Packaging lacquers, film lacquers and lacquers for electrical insulation * Pa-
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per varnishes * Plastic surface finishes * Radiator primers * wood and furniture
coating * stoving enamels * strippable lacquer
Company News
09/07/2010
02.05.068
A surface coating system from Kurz offers increased
surface protection for plastic parts
Kuraray Co. Ltd. has developed its own proprietary
barrier technology and created KURARISTER™, a new
film with an amazing balance of properties for retort
food packaging. KURARISTER™ takes the transparency, easy processing and easy printing of plastic
films and adds high gas barrier and excellent retort resistance. The resulting lamination film offers a wide and useful range of properties that can be relied on, even during difficult processing, handling and retort
treatments.
KURZ LEONHARD Stiftung & Co. KG
Schwabacher Str. 482
90763 Fürth
Germany
Phone
+49 911 7141-0
Fax
+49 911 7141-357
It does not always need to be wet lacquering - it is also
possible to protect plastic surfaces against abrasion
and chemicals without the use of a lacquering facility.
At K 2010, the surface finishing expert Kurz will be presenting a protective lacquer on the roll that is applied
by simple means in a dry process.
This new product is a further development of earlier dry lacquers and offers significantly higher abrasion and scratch resistance. According to Kurz, it delivers
equally effective surface protection to conventional high-performance protective
lacquers. This clear, dry lacquer is available in the product grades HP(High Performance) Topcoat and UP(Ultra Performance) Topcoat. HP Topcoat and UP
Topcoat fulfill the stringent requirements of a large variety of industries. They
are suitable for coating extruded plastic sheets as well as white goods, plastic
furniture components, auto accessories and consumer electronics devices.
HP Topcoat is a thermoplastic lacquer that is also suitable for semi-finished products that are deep-drawn in a later work operation. UP Topcoat is a UV-cured top
coat for surfaces that require especially high abrasion and scratch resistance,
for example plastic sheets in the furniture industry, washing machines and fridge
doors. Further information about the durability characteristics of these products
can be obtained by requesting a detailed technical specification from the supplier.
Lacquer transfer by means of hot stamping
Internet address
HP Topcoat and UP Topcoat are transferred in a hot stamping rather than lacquering process. The dry lacquer film is released from a carrier foil under the
action of pressure and heat, and stamped onto the plastic substrate. This process offers numerous advantages to the processor. It delivers both surface protection and an impeccable finish. The foil transfer operation produces a consistently smooth and homogeneous lacquer layer. And the dry transfer process
requires no solvents. This eliminates costly disposal fees, and assists processors in complying with VOC guidelines. The process can be implemented with
only a relatively minor investment as no lacquering stations, extraction systems,
drying tunnels or cleaning systems are required. The only requirement is a hot
stamping machine, which can be production-ready after just a short setup time.
E-Mail
Stand
New method for sealing surfaces
Technical films
KURARISTER™
Address
Hall 05, A19 (Page 780)
No pre-treatment is required for the plastic parts, and the lacquer transfer occurs
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in a single work operation. Coated parts can be used straight away as no drying
times are required. The surface is protected immediately since the dry lacquer
layer cannot be contaminated with dust or mechanically damaged. This significantly reduces scrap levels. The reduction in the number of work operations also
saves energy costs. In addition, the cleaning steps required with conventional
lacquering become unnecessary. Coating with HP Topcoat and UP Topcoat is
therefore a cost-effective production process and an efficient means of durably
protecting surfaces from mechanical and chemical stresses. To find out more,
visit the KURZ booth A19 in Hall 5 at K 2010.
09/07/2010
New hot stamping decoration resists sun and soap
Kurz releases a weather, leach, abrasion and scratch
resistant coating
The surface finishing specialist Kurz will be presenting
a new hot stamping foil for outdoor applications at K
2010. The Colorit High Resistance stamping foil has
been specially developed for decorating and labeling
plastic articles such as beverage crates, trash cans, pallets, tubs and buckets.
According to Kurz, surface coatings produced using Colorit High Resistance are
able to withstand high wear and tear conditions. The coating is suitable, for example, for decorating bottle crates that are stored outdoors and subjected to a
variety of wash cycles with cleaning agents. This suitability has been confirmed
by a test certificate produced according to the Special Technical Terms of Delivery and Supply (STLB) for bottle crates. Further information about the durability
characteristics of this product can be obtained by requesting a detailed technical
specification from the supplier.
Economical decoration process
To fulfill the stringent requirements on durability, these plastic containers for outdoor use have predominantly been decorated using pad or silk-screen printing.
Using Colorit High Resistance, however, it is now possible to exploit the particular advantages of hot stamping for the previously mentioned outdoor applications. The hot stamping process provides an efficient means of surface finishing
while also achieving a high visual quality. This dry transfer technology substantially simplifies the finishing process. The substrate requires no pre-treatment,
the machine setup times are short, no adjustment of the lacquer viscosity is
required, and the decorated part can be used straight away as no drying is required. Design changeovers can be achieved simply by replacing the stamping
foil roll, which eliminates cleaning-related machine downtimes. The dry lacquer
transfer process is also environmentally compatible because it requires no solvents. The leftover carrier foil after transfer is suitable for thermal disposal, so
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no special waste is produced.
Hot stamping expands the design possibilities
The visual advantages of hot stamping technology also come into play when using Colorit High Resistance for beverage crates, trash cans and the like. The hot
stamping foil produces an especially homogeneous colored finish and delivers
clean tear-off edges and a high gloss level. The new stamping foil is available
in five standard colors ex warehouse, and can also be produced in customerspecific colors.
The hot stamping foils come in a large variety of designs, including in a gold or
chrome look as well as many other metallic colors, with a matt or gloss finish, and
with brushed structures. Holographic designs can also be implemented, along
with multi-colored designs that can be transferred in a single work operation.
Thanks to their high durability and the diverse range of designs available, these
stamping foil grades from Kurz are opening up entirely new applications. To find
out more, visit the KURZ booth A19 in Hall 5 at K 2010.
08/19/2010
Notebooks in Brushed Metal Look Kurz offers new
design possibilities for the mobile devices industry
The surface finishing specialist Kurz will be presenting
several innovative decoration solutions for mobile electronic devices at K 2010. Whether it be cell phones,
smartphones, notebooks or tablet computers, no mobile device is sold solely on the basis of its functionality.
As consumer devices evolve into lifestyle accessories,
their appearance becomes increasingly important, with bold and extravagant
designs being especially favored. To satisfy this trend, Kurz has developed a
comprehensive range of pigmented, metallized and metallic surface designs.
These designs are available in a large variety of color tones, optionally incorporating a brushed structure, and come with a glossy, matt or supermatt finish.
Kurz is especially proud of its metallic surface creations that combine expressive
colors with a refined matt finish. The highlight of this series is a notebook design
that has a matt brushed structure and various metallic color tones ranging from
dark pink to dark chrome through to light silver. ”A notebook in striking metallic
colors”, you might well respond skeptically, ”wouldn’t that be kitschy?”. ”It could
look kitschy”, explains Nick Wagner, Sales and Marketing Manager for Inmold
Decoration, ”if the surface had a shiny metallic or plastic appearance. The matt
brushed surface, however, accentuates the metallic character of the design fantastically. The combination of distinctive colors and a cool metallic look creates
a totally elegant impression”, Wagner enthuses about his new matt designs. Visitors to K 2010 can see these innovative notebook designs for themselves at the
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Kurz booth.
cost advantage compared to colorization using colored IMD foils. For further
information on any of these new decoration solutions, visit the Kurz booth A 19
in Hall 5 at K 2010.
Surface designs not just for looking at
To differentiate yourself in the market, set trends, and develop innovative designs
is not an easy task in the mobile devices industry. The boldest designs and the
fanciest ideas all appear to have already been implemented. Kurz, however,
is introducing something new to the mix: housings with tactile effects produced
by the incorporation of arbitrary structures into the surface. These visible and
tactile structures offer new possibilities for differentiation. An important point
for manufacturers is that these structures are not produced in the IMD (Inmold
Decoration) tool, but are incorporated into the decorative layer. The structured
design can therefore be switched at any time without having to change over the
tool.
Non-conducting metallized surfaces
At Kurz, surface coatings with a metallic appearance are produced by vapor
deposition of a true metal. True metals, however, are generally conductive. This
property is not always desired in the electrical and electronics industry, but can in
most cases be eliminated by suitable insulation. The situation becomes difficult
when no current is allowed to flow from the interior to the outside of the device,
but the device contains antennas whose function must not be impaired. Kurz has
developed, especially for these applications, non-conducting, metallized surface
coatings, so-called NCVM (Non-Conductive Vacuum Metallized) foils, that do
not shield the cell phone or notebook antennas. The NCVM foils are supplied
with a specification report confirming their non-shielding property with regard to
antennas.
09/16/2010
Magnetic design foils to enhance cards
Kurz offers colorful magnetic foils for sophisticated
card designs
A magnetic foil leads a Cinderella existence. Brown
and unembellished, it performs its duty and is no longer
noticed. Worst case, its dull appearance may even be
perceived as obtrusive, for example on stylishly designed cards. This is all about to change, however, according to Kurz. This
international component supplier for the card industry has released to the market four magnetic foil design ranges that are veritable eye-catchers. The foil
designs BlackLine, ColorLine, TwinLine and LaserLine Magnetics have been
developed to enhance the value of customer loyalty cards, credit cards, prepaid
cards, service cards or membership cards.
”These sorts of cards always serve as a kind of business card for the company
issuing them”, explains Günther Friedl, Card Technology Product Manager at
Kurz. ”An elegantly designed card signifies high quality products or first-class
service. Our magnetic design foils add the final touch to an elaborate card design, and demonstrate, in a sophisticated manner, the high service standards of
the company”.
Flexibly combinable effects
Magnetic foils in trendy colors
Metallized surfaces with a matt or shiny finish, tangible full-surface or singleimage structures, non-conductive coatings - all of these features and designs
can be combined in any arbitrary manner. ”Our strength lies in the broad range
of possibilities that we offer our customers”, explains Wagner. ”Using Kurz products, innovative designs and functionality can be realized with a high level of process reliability, while also fully satisfying the most stringent requirements of the
telecommunications, computer and electronics industry on abrasion and scratch
resistance”.
BlackLine Magnetics is a black magnetic foil that has been overprinted with a
fine detail pattern in gray or silver. The foil is available in three different design
classes. The first grade exhibits a discreet printed image that is only recognizable on closer examination. The second variant offers an elegant design that
provides a classy look, and the third variant, on the other hand, is a stunning
eye-catcher.
As Wagner reports, the product range of the surface finishing specialist also
includes particularly economical decoration solutions, for example non-curing
lacquer systems for less hard-working surfaces. For customers seeking a costeffective solution with a very level of surface protection, Kurz offers a novel clearlacquer IMD coating which, according to Wagner, is very popular in the notebook
sector. Kurz customers are employing these colorless IMD foils in conjunction
with laptop lids made from colored plastic. This process delivers a significant
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The ColorLine Magnetics foil reflects current color trends and comes in elegant
white. According to Kurz, white magnetic foils are becoming ever more popular
among card designers. As designers move more and more towards white and
natural tones in their card designs, the conventional brown magnetic foils are
no longer suitable. Although the demand has existed for some time, ColorLine
Magnetics is the first white magnetic foil on the market. As Friedl reports, white
magnetic foils are very difficult to produce. The magnetic properties are highly
dependent on the characteristics of the upper layers. White foil requires a very
thick top layer, which affects the magnetic properties. That is why Kurz is very
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proud to have developed these white magnetic foils, which fulfill all the stringent
requirements that the card industry places on the dynamic magnetic properties
of these foils.
Color changes as the incident light varies
The company Kurz is also very pleased to have developed the LaserLine Magnetics holographic foil. The history of holographic magnetic foils has been variable. An attractive holographic element that also offers the functionality of a
magnetic foil appears to be a perfect combination, however the electrostatic
properties of these magnetic foils have always been a critical factor. In past applications, some card readers at POS have malfunctioned due to the negative
impact of electrostatic discharge on the holographic magnetic foil. The LaserLine Magnetics range from Kurz represents a new generation of holographic
magnetic foils that are largely insensitive to electrostatic discharge. The suitability of LaserLine Magnetics for credit card applications has been confirmed
by a large credit card institution.
While the LaserLine Magnetics foils exhibit a glittering rainbow design, the TwinLine Magnetics foils offer a complete color switch as the viewing angle changes.
As the card is tilted to the left and to the right, the color changes from green to red
or, in a second variant, from blue to brown. ”TwinLine Magnetics was created
in order to turn a boring magnetic foil into a playful and eye-catching element
that can visually enhance any card”, explains the product manager Friedl. He
emphasizes, in particular, that all four design lines give the card an exclusive appearance without disrupting the normal functioning of these new magnetic foils
in any way. The design foils offer the same reliability and ease of processing as
customers have come to expect from all Kurz magnetic foils.
08/19/2010
Designs You Can Touch Tactile surfaces are on the up
for automotive interiors
Looks alone are no longer sufficient; touch is now the
’in thing’ for automotive interior design. As the surface
finishing specialist Kurz reports, the demand for tactile,
structured surfaces on interior components is increasing. In the past, high-gloss surfaces with a woodgrain
or metallic look have generally been favored. Now
auto manufacturers have discovered tactile surfaces, usually in conjunction with
metallic designs, as a further interior design option. A sporty rugged look, created by means of tactile surfaces, is especially desired for off-road and SUV vehicles as well as trucks. In the highly competitive auto market, more and more
attention is being focused on the vehicle interior. The possibilities for visually
differentiating oneself from the competition appear to have been pretty much
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exhausted, however. Tactile surfaces, on the other hand, still offer a great deal
of scope for creating unique designs.
To effectively service this market, Kurz has developed a patented surface finish.
Kurz offers surface coatings with an arbitrary full-surface or single-image structure which can be combined with any of the available visual designs, whether
it be woodgrain, metallic or colored. Thanks to the achievable structure depths
of around 20 μm, these surface structures are not only visually apparent but
also noticeably tangible. Processors can create these tactile surfaces using the
Inmold Decoration (IMD) process, thereby avoiding the more complicated Insert Molding process. The structures are incorporated into the IMD foil itself,
so expensive mold making technologies are not required, and a large variety of
surfaces can be produced using one and the same IMD mold.
This process therefore offers processors a flexible and cost-effective means of
production, as well as opening up new design possibilities for designers. It also
gives auto manufacturers the ability to add further popular and exclusive interior
trim variants to their product range. Several manufacturers are already utilizing
this option and implementing the new surface finish in the series production of
various models. The tactile designs will be on display at K2010 at the Kurz booth
A19 in Hall 5.
Product Overview
01.14.002
Decorative films
01.14.017
Stamping foils
02.02.004
Type printing
02.02.006
Embossing
02.04.002
Films
02.05.068
Technical films
03.02.001.02.06
Extrusion lines for laminating and coating
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03.02.004.04
Other presses
03.03.006
Slitter rewinders
03.04.002
Marking equipment
03.04.003
Embossing equipment
03.04.004
Laminating plant
Product Overview
Kühn TEC, Daniel Kühn GmbH + Co. KG
02.05.055
Suction cups
03.07.003.01
Handling devices
03.07.003.04
Product Details
03.04.005
Coating plant
03.06.001
03.06.006
Other moulds
03.10.003
Rolls
02.05.055
Suction cups
Balgensauger
Balgensauger werden gewählt, wenn eine Hubbewegung zum Höhenausgleich oder zum Ausgleich von
Unebenheiten am Werkstück benötigt wird. Balgensauger sind jedoch nur begrenzt zur vertikalen Bewegung geeignet.
Ausführungen 1,2 Falten bis 4,5 Faltenlänge
Flachsauger
Address
Hueckstr. 11
58511 Lüdenscheid
Germany
Phone
+49 2351 788050
Fax
+49 2351 788060
Internet address
www.kuehntec.de
E-Mail
info@kuehntec.de
Stand
Hall 11, B64 (Page 802)
Flachsauger ohne Abstützrippen verwendet man vorwiegend für Teile mit ebenen oder leicht gewölbten
Flächen.
Bei Flachsaugern mit Abstützrippen wird der tatsächliche Durchmesser, an dem sich der Unterdruck verteilt,
vergrößert. So erreicht man eine höhere Haltekraft und
eine größere Querstabilität des Saugers. Sie eignen sich auch für vertikale Hubvorgänge.
Ovalsauger/ Rechtecksauger
Oval- und Rechtecksauger setzt man zur
Handhabung langer, schmaler Teile mit ebenen oder
leicht gewölbten Oberflächen ein.
kühn TEC bietet diese mit und ohne Stützplatten an.
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La Party Corporation
Saugerträger und Ventile
Saugerträger ohne Serienzuordnung in folgenden Ausführungen:
* Normalausführungen
Address
No. 41, Lane 179, Sheng Long St.
710 Yung Kang City, Tainan County
Taiwan
Phone
+886 6 2718800
Fax
+886 6 2715500
Internet address
www.lapartycorp.com
E-Mail
laparty@ms28.hinet.net
Stand
Hall 07.1, C51-3 (Page 790)
* mit Verdrehsicherung
* mit Tastventil
Serien (Saugerträger gleicher Baueihen)
* mit unterschiedlichen Hüben
* mit Tastventil
* mit o. ohne Vakuumanschluss
Product Overview
* verdrehgesichert
02.03.014
* mit Besonderheiten
* mit seitlichem Vakuumanschluss
industry
Product Details
02.03.014
Spezialsauger
Biohazard Bag
Im Saugerangebot finden Sie viele Spezialformen, z.B.
halbrund- oder ringförmige Sauger für die CD-Produktion,
Sonderformen für die Automobil-, Holz-, Glas- und
Lebensmittelindustrie, für das Handling von Eiern, Mohrenköpfen
oder für Folien, u.v.a.m.
Wir fertigen nach Wunsch Ihren Spezialsauger.
Biohazard Trash Bag
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Drawstring bag
LAE Anlagenbau GmbH
plastic bag
self-adhesive bags
Address
Massengasse 13
69226 Nussloch
Germany
Phone
+49 6224 9922-0
Fax
+49 6224 9922-30
Internet address
www.lae.eu
E-Mail
info@lae.eu
Stand
Hall 16, A42 (Page 814)
Product Overview
table cloth and cable tie
zipper bags, apron, gloves, clip
407
LAE Anlagenbau GmbH
02.02.006
Embossing
03.01.002
Two roll mills
03.02.006.01
Calenders
03.04.001
03.04.003
Embossing equipment
03.04.004
Laminating plant
03.04.005
Coating plant
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03.07.001.03
Software
Company News
04.01
08/31/2010
04.05
Subcontracting
04.06
Product Details
02.02.006
Embossing
Ihr Spezialist in der Modernisierung von Prägeanlagen.
Your expert for the modernization of embossing lines
Phone
+41 41 662 7474
Fax
+41 41 662 7416
Internet address
www.leister.com
E-Mail
leister@leister.com
Plastic welding Leister presents its complex and ergonomic welding units: From the powerful hand extruder WELDPLAST S6 with
verified output of 6 kg/h through to the small hand unit TRIAC BT weighing just
one kilogram. Experts will be able to see just what the units can do at the welding table. A highlight in the area of plastic welding is the WELDPLAST S2 PVC
(Figure 1). This comes with a special extruder screw enabling not only PVC but
also PE and PP to be worked without any problem.
Process heat In the area of industrial applications with hot air, Leister presents
the entire LHS air heater product line (Figure 2) including accessories such as
fans, temperature controllers and special nozzles. Hot air systems of various
power classes, sizes and operating modes are available for customer-specific
process integration. The different operating modes can be seen in the CLASSIC,
PREMIUM and SYSTEM variants, these covering a wide variety of customer
requirements. The LHS SYSTEM types will be demonstrated in use at the stand.
A new feature to be unveiled at the trade fair is the refined and optimised LHS
SYSTEM air heater.
LEISTER Process Technologies
Galileo-Str. 10
6056 Kägiswil
Switzerland
Press Release K 2010
Leister is proud to present a wide range of its enormous portfolio at its spacious exhibition stand at the
K-Messe. Visitors can come and see products from
the areas of plastic welding, process heat and laser
systems.
LAE Anlagenbau GmbH
Address
Laser systems Leister also reveals its innovative flair in this area as well. The
entire product line can be seen - from the highly compact air-cooled NOVOLAS
BASIC AT and 3-D or mask welding demonstrations through to the new turn-key
laser system NOVOLAS WS-AT (Figure 3) and the latest optical modules. This
is a perfect opportunity for experts to discover laser penetration welding as a
professionally integrated and hence economical method.
Leister Process Technologies, Hall 11 D22
Stand
Hall 11, D22 (Page 802)
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Product Details
Product Overview
02.02.005
02.02.005
Welding
03.03.009
Milling machines
Welding
LHS System
Air heaters LHS SYSTEM:
03.03.010
03.05.001
Hot-plate welders
03.05.005
Hot-gas welders
03.05.007
Extrusion welders
03.05.008
03.07.001.01.03
Closed loop control equipment for temperature
03.08.002.01
03.09.002.04
Leak detectors
Lasersystem NOVOLAS WS-AT
03.09.002.05
dynamic properties
- Compatible with all welding concepts for laser
03.10.004
Nozzles
welding of plastics
03.10.005
Heating elements
- Modular design for customer specific configuration
- Temperature up to 650°C
- Standard control interface
- Device and heating element protection
- Alarm output
- For industrial, continuous operation
NOVOLAS WS-AT
- Multiple lasers per system possible
- Online process control
- User-friendly operation
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WELDPLAST S6
Product Overview
Hand extruder
WELDPLAST S2 PVC
- Newly developed extruder screw for PVC
Lenzkes Spanntechnik GmbH
02.05.004
Fastenings
03.07.004.05.01
Mechanical mould fixing devices
Product Details
02.05.004
- Ergonomic and handy
Fastenings
Aufspannplatten
- Output quantity up to 2.7 kg/h
- Maintenance-free blower
Multi- Quick
Address
Kerkhagen 1-3
58513 Lüdenscheid
Germany
Phone
+49 2351 964-0
Fax
+49 2351 964-222
Internet address
www.lenzkes.com
E-Mail
info@lenzkes.com
Stand
Hall 02, A20 (Page 774)
Normteile
Seitenspanner
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Sondernormteile
Leonhard Breitenbach GmbH
Spannblöcke
Address
Walzenweg 60
57072 Siegen
Germany
Phone
+49 271 3758-0
Fax
+49 271 3758-290
Internet address
www.breitenbach.de
E-Mail
office@breitenbach.de
Stand
Hall 11, F49 (Page 802)
Spannbügel
Product Overview
Spannklaue
02.05.076
04.05
Subcontracting
Product Details
02.05.076
Beschichtungs- und Auftragswalzen
Zentrierspanner
Beschichten, Lackieren, Imprägnieren von bahnförmigen Waren wie Papier, Karton, Kunststoff und Metallfolien, Textilgeweben und Vliesstoffen sind die Anwendungsbereiche für unsere
Walzen. Fast überall, wo bahnförmige Waren veredelt werden, benötigt man
hochpräzise Auftragswalzen, um den Qualitätsstandards gerecht zu werden, die
heute für jedes Endprodukt vorgegeben werden.
Schon minimale Abweichungen in Zylindrizität und des Rundlaufs der Auftragswalzen können zu erheblichen Unterschieden in der Beschichtungsqualität und der Auftragsmenge führen. Je präziser die Walzen gefertigt werden,
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desto genauer können die Vorgaben hinsichtlich der aufzutragenden Mengen
und deren Konstanz eingehalten werden. Hochgerechnet auf ein Produktionsjahr oder gar die Lebensdauer der Walzen, macht sich die Investition in die
Präzision der Walzen bezahlt.
von bahnförmigen Waren wie z.B. Papier, Folien, Kunststoff, Gummi etc. Unsere Walzen werden in allen erforderlichen Abmessungen und Ausführungen
geliefert.
Die Leonhard Breitenbach GmbH arbeitet nach den höchsten Qualitäts- und
Präzisions-Standards und ist dadurch weltweit Marktführer in diesem Produktbereich.
Durch die intensive Zusammenarbeit mit unseren Kunden kennen wir deren Aufgabenstellungen und können durch die gezielte und kundenorientierte Ausrichtung unseres Produktionsprogrammes sowie unserer Serviceleistungen schon
heute Lösungen für die Aufgaben von morgen definieren und umsetzen.
Heiz- und Kühlwalzen
Walzen aus dem Hause Breitenbach werden exakt nach Kundenvorgaben gefertigt oder in Zusammenarbeit mit dem späteren Nutzer ausgelegt und konstruiert.
Hierbei werden sowohl mechanisch-dynamische als auch thermodynamische
Forderungen berücksichtigt.
Heizen, Kühlen, Temperieren. Die Produktion bahnförmiger Waren, wie z.B. Papier, Folien, Kunststoff,
Gummi etc., erfordert in der Regel auch die thermische Behandlung des Materials während des Produktionsprozesses.
Ob bei Herstellung, Bearbeitung oder Verarbeitung, gefragt ist exaktes Temperieren der Walzen mit möglichst geringen Toleranzen.
Damit Produktqualitäten und -eigenschaften durchgehend gewährleistet werden
können, sind die Anforderungen an Heiz- und Kühlwalzen immens hoch.
In der Planung und Konstruktion vertrauen wir auf unsere hausinterne Forschungsabteilung.
Hier werden thermodynamische Simulationsrechnungen erstellt, auf deren Basis Konstrukteure individuelle Lösungen entwickeln. Hierdurch sind wir in der
Lage, Heiz- und Kühlwalzen zu konstruieren und zu fertigen, die sich durch
äußerst gleichmäßige Temperaturverteilung an der Walzenoberfläche auszeichnen.
Kontrollmechanismen begleiten den gesamten Produktionsablauf und garantieren
die durchgängig hohe Qualität.
Kalander-, Misch- und Glättwalzen
Kalandrieren, Pressen, Mischen und Glätten, bei diesen
Fertigungsprozessen werden Präzisionswalzen eingesetzt, um optimale Eigenschaften der Endprodukte gewährleisten zu können.
Es erklärt sich von selbst, dass hierbei an die Ausführung der Walzen die allerhöchsten Ansprüche gestellt werden. Denn nur mit Walzen höchster Präzision
hinsichtlich geometrischer Gestalt, Rundlauf und Oberflächengüte können die
Anforderungen bei der Herstellung, Bearbeitung und Verarbeitung bahnenförmiger Waren erfüllt werden.
Zu unseren Kunden zählen weltweit Maschinen- und Anlagenhersteller wie auch
Endkunden aus den Bereichen der Herstellung, Bearbeitung und Verarbeitung
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Allergrößten Wert legen wir auf 100-prozentige Kontrolle. Jeder Fertigungsschritt wird daher dokumentiert, denn Qualitätssicherung ist in unserem Hause
ein Selbstverständnis. Forschung und Entwicklung bedeutet für uns permanente Verbesserung: Ganz gleich ob bei Material, Abläufen oder Service - es
gibt keinen Stillstand.
Neubeschichtung
Der Einsatzzweck einer Walze bestimmt deren Oberfläche. Die geeignete Funktionsbeschichtung wird speziell
nach Kundenanforderungen ausgewählt. Beschichtungen bieten wir u. a. in folgenden Materialien an:
* Hartchrom * Gummi * Nickel * Polyurethan * Metalle und Legierungen (z.B.
Kupfer, Stahl, rostfreier Stahl) * Thermische Spritzschichten (z. B. Metall, Hartstoffe, Keramik)
Neben der Neubeschichtung umfasst unser Service auch das Entfernen verschlissener oder beschädigter Beschichtungen, die Vorbereitung der Walzen
entsprechend dem gewählten Beschichtungsverfahren und das Aufbringen der
neuen Beschichtung sowie die fachgerechte Endbearbeitung der Walze. Immer
entsprechend Ihren spezifischen Einsatzbedingungen und den Erfordernissen
des gewählten Beschichtungswerkstoffs.
Transport- und Leitwalzen
Transport- und Leitwalzen sind überall im Einsatz wo
bahnenförmige Waren hergestellt, veredelt oder verarbeitet werden. Auch wenn dieser Walzentyp oft als zweitrangig betrachtet wird,
so werden teilweise auch an Transport- und Leitwalzen höchste Ansprüche hinsichtlich Rundlauf, Oberflächengüte und Laufeigenschaften gestellt.
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Breitenbach liefert Transport- und Leitwalzen für alle Einsatzfälle und wendet
bei deren Fertigung die gleiche Sorgfalt und die gleichen hoch präzisen Bearbeitungsmethoden an wie z.B. bei der Fertigung von Kalanderwalzen. Wir sind
deshalb in der Lage, auch Transport- und Leitwalzen mit Rundlaufgenauigkeiten
im µm-Bereich anzubieten, die allen Anforderungen schnell laufender Anlagen
genügen.
Licharz GmbH
Address
Industriepark Nord 15
53567 Buchholz/Westerwald
Germany
Phone
+49 2683 977-0
Mahlen, Reiben, Quetschen, Brechen, Flockieren sind Zerkleinerungsaufgaben,
bei denen Walzen als wichtigstes Werkzeug im Mittelpunkt stehen. Hochpräzise
Zerkleinerungswalzen der Leonhard BREITENBACH GmbH werden u. a. bei
der Herstellung folgender Produkte eingesetzt:
Fax
+49 2683 977-111
Internet address
www.licharz.de
* Nahrungs- und Genussmittel * Futtermittel * Pharmazeutische Produkte * Farben * Düngemittel * Keramik und Steinzeug
E-Mail
info@licharz.de
BREITENBACH-Zerkleinerungswalzen erhöhen die Effizienz und Wirtschaftlichkeit
der unterschiedlichen Produktionsprozesse in mehrfacher Hinsicht. Zunächst
werden Wartungsintervalle deutlich verlängert, ohne die Zuverlässigkeit zu beeinträchtigen. Dadurch sind längere Maschinenlaufzeiten ohne Abschaltung möglich,
und Reparaturkosten werden auf das erforderliche Minimum reduziert. Ein weiteres wichtiges Merkmal unserer Walzen ist die Reduzierung des Energiebedarfs
bei dem Vermahlungsprozess.
Stand
Hall 05, E17 (Page 780)
02.01.006
In enger Zusammenarbeit mit namhaften Mühlen- und Anlagenherstellern entwickeln wir unsere Produkte kontinuierlich weiter und passen sie den Erfordernissen
der Märkte an. Dieser partnerschaftliche Dialog, in Verbindung mit unserer
jahrzehntelangen Erfahrung, macht BREITENBACH zu einem zuverlässigen Spezialisten im Bereich der Walzenfertigung für alle Zerkleinerungsaufgaben.
02.03.001
02.03.002
02.03.010
02.03.011
02.03.012
02.03.014
industry
Zerkleinerungswalzen
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Product Overview
Licharz GmbH
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02.03.015
02.03.016
engineering
02.04.001.03
02.04.001.14
parts
02.04.003.01
02.04.003.02
02.05.011
Sealings/Sealrings
02.05.034
Bearing boxes, bushes and sections
02.05.035
02.05.050
Parts for pumps
02.05.080
Product Details
02.01.006
02.04.001.03
semi-finished products of PA
02.05.035
Plastic castors
02.05.080
Plastic gear wheels
Licharz GmbH
Machined parts
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04/16/2010
LIST AG, Dry Processing - Intelligent Processing
Address
Dry Processing - Intelligent Processing
4422 Arisdorf
Switzerland
Phone
+41 61 8153000
Fax
+41 61 8153001
Internet address
www.list.ch
E-Mail
info@list.ch
Stand
Hall 09, C24 (Page 798)
KNEADER TECHNOLOGY FOR THE DIRECT
DEVOLATILIZATION OF TEMPERATURE SENSITIVE
ELASTOMERS
Synthetic elastomers have been produced for over 50
years. Advances in catalyst systems and polymer formulations have been somewhat diminished by the continued use of the same processing technology. In particular, the use of coagulation, steam stripping, mechanical dewatering, and convective drying for the devolatilization of temperature sensitive elastomeric solutions can be replaced with
direct devolatilization using kneader technology. A two-step, direct devolatilization process has demonstrated energy savings and advantages in environmental emissions and process/product flexibility when compared to the conventional
steam stripping process.
Read more under: http://www.list.ch/downloads/pdf/137_e.pdf
04/16/2010
Company News
04/16/2010
DRY PROCESSING — A PARADIGM SHIFT IN
CHEMICAL SYNTHESIS
LIST WINS ENVIRONMENTAL AWARD FOR AN
INNOVATIVE SOLVENT�FREE POLYMERIZATION
PROCESS THAT CUTS COST IN HALF.
A new solvent�free polymerization process, developed
by the LIST Company has won a GPEC 2009 Environmental Award for New Process Technology from the SPE
Global Plastics Environmental Conference in Orlando.
Forty years ago, LIST’s founder, Heinz List, was convinced that processing with minimal solvent, or even no
solvent at all, would yield huge results, ranging from lower
cost, to higher efficiency, to environmental benefits. Over
the years, this forward thinking process has been developed and perfected for
a wide variety of applications.
Are you looking for a solvent-free, safe, eco-friendly and energyefficient way of producing new types of products with new levels
of quality? New technology is available to help you do exactly
that.
With KneaderReactor technology, producers can replace solvent, emulsion and suspension polymerization with bulk polymerization to simplify the process, cut raw materials costs and
save energy. The technology is suitable for solvent-free living
and radical polymerization.
Read more under: http://www.list.ch/downloads/pdf/PROCESSww-5-2009_S1617.pdf
The technology that won this year’s environmental award took four years to develop and includes a process that reacts liquid monomer with catalyst into a
polymer in a single�shaft, plug�flow Kneader
Reactor without solvents then transfers the viscous polymer to a second specially designed twinshaft Kneader Finisher, where secondary polymers, additives and fillers may be added, before it is underwater or strand pelletized.
The first full�scale commercial system is now being built to produce 11 million
lb/yr of an undisclosed polymer compound. “We expect production costs to be
cut in half versus the conventional solventbased process.” The process will also
be presented at K 2010 Show in Düsseldorf, in October.
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04/16/2010
With a U.S. office in Charlotte, North Carolina, and a branch office in SIngapore,
LIST is the worldwide technology leader and forerunner in “Dry” or concentrated
processing focusing on processes that operate without the use of solvents. LIST
develops and implements innovative solutions for the polymer, chemical and
other process industries that are effective, efficient, reliable, safe, and environmentally friendly.
04/16/2010
REACTIONS IN THE CONCENTRATED PHASE - DRY
PROCESSING
Today, more than ever, process operators in the chemical industry face mounting pressure to move toward
modern processing technology that is sustainable and
environmentally friendly. The emphasis is on cutting
consumption of raw materials and energy, eliminating
toxic substances, and reducing emissions and waste.
The benefits include lower capital and operating costs,
higher product quality, and greater process reliability. When we can meet all
of these objectives and save money at the same time, success is almost guaranteed. Dry Processing, meaning processing with little or no use of solvents,
fulfils these requirements ideally. Dry Processing has been a core competence
of LIST for several decades.
MASTER-CONTI PROCESS FOR CELLULOSE
SPINNING DOPES
To date, spinning dope production capacity for cellulosic fibers has been limited by the maximum processing viscosity the spinning plant can handle. This is a
particular limitation in the manufacture of microfibers
and nanofibers, and of special functionalized fibers.
Using the principle of dry processing – processing in
the concentrated phase – List AG, Arisdorf/Switzerland, has applied its interdisciplinary know-how to resolve this limitation by decoupling dope production from
the spinning step.
Read more under : http://www.list.ch/downloads/pdf/3-list.pdf
Product Overview
02.05.001
Apparatus and parts
02.05.020
Filters and parts
03.01.001.01
03.01.001.03
Mixers, batch type, for solids
03.01.001.05
Other mixers
03.01.008
Compounding lines
03.01.009
Recycling lines
03.02.001.01.01
Extruders, single screw type
03.02.001.01.02
Extruders, twin screw type
03.02.001.01.03
Other extruders
Read more under the following link: www.list.ch
04/16/2010
PREDICTION OF MASS TRANSPORT OF SOLVENT /
POLYMER SYSTEMS IN HIGH VOLUME KNEADER
REACTORS AT FINITE SOLVENT CONCENTRATIONS
Kneader reactors are used for combined unitary processing in the polymer industry for devolatilization,
compounding or polymerization. In the past, mass
transport prediction for devolatilization operations in
kneader reactors did not match experimental results,
when diffusion was assumed as sole driving force. It
was detected that there is an additional concentration
and temperature dependent driving force that triggers enhanced transport at finite solvent concentrations by orders of magnitude. The author suggests that the
underlying root cause is likely micro bubble formation within the polymer melt.
An attempt to model this additional mass transport mechanism is presented.
Read more under: http://www.list.ch/downloads/pdf/0049.pdf
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03.02.001.02.09
Extrusion lines for rubber
03.02.001.02.10
Other extrusion lines
03.08.005
Degassing systems
a tempering process. “Instead of complex clamping tools, this method requires
only the use of an inexpensive component holder. In addition, an integrated
rotary indexing table supports two stations; a loading/unloading station and a
welding station – of large car lights for instance,” explains Frank Brunnecker,
Vice President Business Unit LaserWelding at LPKF Laser & Electronics AG.
In the redesigned inline module “LPKF LQ-Integration” the development engineers succeeded in significantly reducing the dimensions of the welding head.
One or more heads can be installed in space-saving positions in the customer’s
own layout. The laser source and the controls are installed independent of the
heads in a separate cabinet. In addition to these innovations, LPKF will also
be showing two more systems: The LPKF LQ-Vario RT has a low-maintenance
laser source and a rotary indexing table. An optional double clamping device is
a low cost addition which delivers even higher part output. Laser staking with
the LPKF LQ-Spot involves welding a laser-transparent rivet head on a housing
dome. The rivet head can be used to fix any kind of component – even printed
circuit boards. The rivet head does not melt into the tool zone during laser staking.
LPKF Laser & Electronics AG, Bereich
Kunststoffschweißen
Address
Gundstr. 15
91056 Erlangen
Germany
Phone
+49 9131 61657-10
Fax
+49 9131 61657-77
Internet address
www.laserquipment.de
E-Mail
info@laserquipment.de
Stand
Hall 11, E04 (Page 802)
Company News
09/29/2010
Product Overview
LPKF Laser & Electronics AG, Bereich...
02.02.005
Welding
03.05.008
03.07.003.03
Assembly systems
LPKF Laser & Electronics AG, Bereich...
New laser welding systems
LPKF LaserWelding Division at the K-Messe
A series system for large welding parts, and an integration head with slim dimensions: LPKF Laser & Electronics AG showcases state-of-the-art technology for
laser plastic welding. The LPKF booth will be showcasing new developments of the TwinWeld hybrid welding
system. A new high-performance welding head and a
compact housing are the stand out features of the new series. In hybrid welding, the laser beam is surrounded by a thermal field. This enlarges the process
window, increases the welding speed, and no longer needs to be followed by
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Disposable Food Packaging- Pizza Box
Lucky Plastic Industries (Pvt) Ltd
Made of polystyrene..
Address
3.5, Kilometers on Manga Raiwind Road
55150 Lahore
Pakistan
Phone
+92 42 35383681
GENERAL PURPOSE POLYSTYRENE-GPPS SHEETS
Fax
+92 42 35383680
Applications: Doors and Windows, Interior decoration items,
Partitions
Internet address
www.luckyplastic.com.pk/index.htm
E-Mail
lpil@luckyplastic.com.pk
Stand
Hall 07.1, C21 (Page 790)
Product Overview
Available in two sizes. 13” Dia 10” Dia
HIGH DENSITY POLYETHLENE (HDPE)SHEETS
02.03.005
02.04.002
Films
Applications: Cutting Boards, Corrosion resistant Wall coverings, Sliver cans, Pipe flangers, Lavatory partitions, Radiation shielding, Prosthetic devices.
HIGH IMPACT POLYSTYRENE-HIPS SHEETS
Product Details
02.03.005
ACRYLONITRILE BUTADINE STYRENE-ABS SHEETS
Applications: Appliance covers, Crisper trays, Inner bodies of refrigerators (Refrigeration grade), bath tubs, Window Pannels, Ship, Automobile and Aerospace
Application.
All sheets are available in max. 4 ft and 1-5mm thickness with option of surface
finish as gloss, matte, texture on one or both sides of the sheet
Disposable Food Packaging- Burger Box
429
Applications: Ship, Automobile and Aerospace applications,
Laminated Electronic Circuits, High frequency Insulation
Sheet, Inner bodies of Refrigerator.
These sheets are also produces with OPS lamination for extra shine and PE lamination for scratch resistance.
Polyproplene-Homopolymer & Copolymer sheets
Applications: Sun protective shades, structural tanks and covers, Ducts and
hoods, Orthopedic and prosthetic devices
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02.04.002
RIGID PVC FILMS & SHEETS
Films
Polyester (PET, PET-G, PET GAG) & SHEETS
Following Types of Rigid PVC films are being manufactured at Lucky Plastic Industries (Pvt) Ltd:
PET (Polyethylene Terephthalate) otherwise known as
Polyester is quickly becoming a material of choice
amongst plastic film processors due to its exceptional
clarity and ease in processing. In addition, polyester
material is being used as an environment friendly alternative to traditional plastic materials.
Pharma and Confectionery Grade:
General Purpose :
Glitter Grade:
APET combines excellent durability with glass-like clarity, providing, customers
with a material that perfoms well and is visually appealing. Known for maintaining its rigidity and flexibility even after forming, APET is becoming one of the
fastest growing segments in the thermoforming industry.
Fold Moulding Grade:
Cooling Towers Grade:
PETG is a polyester film with glycol modification that is used in both the thermoforming and printing industries. The glycol modification allows the material
to be heat sealed to itself more efficiently then APET materials. In addition, the
structural makeup of the material deters it from crystalllization, meaning that the
matertial will not whiten when heat or stressed.
LPIL has started production of different variants of PET Film/sheet from June
2010. Follwoing grades are being manufactured with thickness ranging from
120 to 1200 microns and maximum width of 30 inches(756mm).
Matte Finish and Printing Grade:
Luen Tai Rubber Manufactory
Address
4/F, Flat I, Wah Lik Industrial Centre,
Tsuen Wan
Hong Kong
Phone
+852 24114128
Fax
+852 24135595
Internet address
www.lt-rubber.net
E-Mail
sales@lt-rubber.net
Stand
Hall 02, D23 (Page 774)
Vaccum and Thermoforming Grade:
Glitter/ Sequins grade:
Fold Moulding/Box Grade:
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Company News
Product Overview
26.10.2010
02.04.001.12
LÜRAFLEX präsentiert Breitstreckwalze auf der K2010
Product Details
02.04.001.12
Lüraflex GmbH Gerhard Lückenotto
Our products
Our company mainly produces rubber parts for automotives, medical appliances, household appliances, electronic products, consumer goods and toys, including
o rings, gaskets, seals, grommets, bellows, bushings,
shock absorbers, washers, sleeves, guards, bumpers,
handles, mounts, caps, pushbuttons, electrical connectors, insulators, plugs, pipe fittings, hoses, tubes,
valves, cushions, rollers, keypads, electrical insulators, engine mounts, coasters, rubber bands, stoppers, mug/tumbler sleeves, rubber showerhead, bands
for swimming goggles, pet brushes, wristbands, car toy wheels, belts and soft
touch tyres etc..
Das Traditionsunternehmen LÜRAFLEX, ein Weltmarktführer in Sachen Walzentechnik aus Neuss, wird auf
der K2010 (Halle 10/H41) mit einer Vorführmaschine
die Schwerpunkte Breitstrecksytem und Aufwicklen
von Warenbahnen bzw. längsgeschnittenen Nutzen
mit Hilfe der Kontaktwalze „Luftkammersystem“ darstellen.
NRW/Neuss – Die Vorführmaschine von LÜRAFLEX
auf der K2010 wird die Verarbeitung einer PET-Folie anschaulich präsentieren.
Durch den Einsatz der patentierten LÜRAFLEX-Breitstreckwalze (DE 101 51
623,Typ: A III/K), wird verhindert, dass im Bereich der unprofilierten Mittelebene
und der Warenbahn Lufttaschen entstehen und dadurch die Breitstreckwirkung
beeinträchtigt wird.
Diese Walzen zeichnen sich dadurch aus, dass der elastomere Belag von
der Mitte aus nach links und rechts spiralisiert hinterschnitten ist und sich die
Nuten im Mittenbereich überkreuzen. In diesem Design können auch elektrisch leitfähige, stark antiadhäsive, hoch temperaturbeständige oder extrem
verschleißfeste Elastomere verarbeitet werden.
Im Anschluss wird das LÜRAFLEX-Luftkammerwalzensystem (EP 1 593 631)
als Andruckwalze zur Aufwicklung der Folie eingesetzt. Die Andruckwalze
mit Ihrem Luftkammersystem passt sich der Oberfläche kraftschlüssig an,
ohne den Liniendruck extrem zu erhöhen. Während der Messe wird die
Verarbeitung unterschiedliche Materialien (Aluminiumfolie, div. Kunststoffe,
laminiertes Gewebe, etc.) vorgeführt.
Address
Heerdterbuschstr. 12
41460 Neuss
Germany
Phone
+49 2131 12569-0
Fax
+49 2131 12569-33
02.04.001.12
Internet address
www.lueraflex.eu
02.05.007
Coatings
E-Mail
service@lueraflex.com
02.05.058
Hoses
Stand
Hall 10, H41 (Page 800)
02.05.076
Product Overview
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03.10.003
Rolls
Product Details
02.05.005
Robert-Bosch-Str. 60
72810 Gomaringen
Germany
Phone
+49 7072 9160-0
Fax
+49 7072 9160-21
Internet address
www.maag-flock.com
E-Mail
info@maag-flock.com
Stand
Hall 05, A01 (Page 780)
Product Overview
Flocking
maag Flocking technology
Maag Flockmaschinen GmbH
Address
Pre-treatment of Molded Parts
Different substrates used require adapted and appropriate
pre-treatments. Standard pre-treatment methods are primer
application, plasmation, fluorination. Different pre-treament
equipment is available.
Adhesive application on Molded Parts
The adhesive may be applied by different methods. The simpliest method is
manually by a spray gun, or fully automated by a robot.
Manual Flocking
01.14.006
Flock
02.05.005
Flocking
02.05.047
Universal units for manual flocking are used in the hobby
and model construction as well as in craftswork, laboratories
or prototype construction.
03.04.006
Flocking plant
HEK 100 Manual Flocking Unit
03.09.002.05
dynamic properties
Designed for industrial application of surfaces and flat, shaped parts.
MINI flocker
EPF 2000 Electrostatic/pneumatic Flocker
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Three-dimensional products, hollow bodies and deep recesses form a Faraday cage. The interiors of these objects can only be flocked with the electrostatic/pneumatic method.
Maine Plastiques
Address
13 Rue du Pas
53300 Ambrieres les Vallees
France
Phone
+33 2 43301570
Fax
+33 2 43301599
Internet address
www.groupe-maine.com
E-Mail
contact@groupe-maine.com
Stand
Hall 05, C18-4 (Page 780)
Marubeni Europe Plc., Chemical Group
Address
Benrather Str. 18-20
40213 Düsseldorf
Germany
Phone
+49 211 3671-0
Fax
+49 211 3671-375
Internet address
www.europe.marubeni.com
E-Mail
exhibition-chemical@marubeni.com
Stand
Company News
09/30/2010
Product Overview
02.05.054
Maine Plastiques
Sandwich cores
Product Details
02.05.054
Maine Plastiques
High-Performance Thermoplastic Elastomer from NOF
Corporation
Marubeni Europe, one of Japan’s largest Sogo Shosha (Japanese General
Trading House), are proud to offer a new High-Performance Thermoplastic Elastomer ; NOFALLOY® TZ. NOFALLOY® TZ series elastomers are produced by
the NOF Corporation and will be showcased at the forthcoming K show in Duesseldorf, Germany (27th Oct - 3rd Nov 2010). The NOFALLOY® TZ offers superior high temperature performance (up to 200°C -Class F / ASTM D2000-)
combined with excellent oil resistance (Class K / ASTM D2000) and good rubber properties. NOFALLOY® TZ is intended to be used as a replacement for
conventional vulcanised rubber in automotive sealing and ducting applications.
About Marubeni Europe Plc Marubeni Europe Plc is one of the leading suppliers
of styrenic block copolymers; SEEPS, SEPS and SEBS to the European plastic and rubber industries. In the last few years, Marubeni Europe has rapidly
expanded its product range offering a variety of innovative and unique TPE materials such as light and scratch resistant TPEs and more recently (Meth)acrylic
TPEs. For further information please contact: Marubeni Europe Plc, BenratherStrasse 18-20, D-40213 Düsseldorf. Phone: +49 (0) 211 3671-226 You can find
Marubeni Europe at the forthcoming K2010 show in Duesseldorf, Germany. Our
booth is located in HALL 7A, STAND C05
Sandwich cores
Extrudor of thermoplastics profiles
Extrudor of thermoplastics profiles since 1962, MAINE
PLASTIQUES now introduces NIDA MAINE, an extruded PVC honeycomb for sandwich panels and structural reinforcements that shows a number of advantages and is suitable for a wide range of applications.
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Product Overview
01.01.126
Tetrafluoroethylene/perfluoroalkylvinylether
copolymers (PFA)
01.02.001
TPE-V/TPV
01.02.002
Olefin copolymers (EP(D)M)
01.02.008.01
SBS, SIS?, TPE-S)
01.02.008.02
(pure polymers)
01.02.010
Olefin based thermoplastic elastomer, TPO
01.02.012
SEBS-Blockcopolymer
01.02.014
01.04.025
Polyisocyanates
01.05.011
Cis-01,04-polyisoprene (IR)
01.08.007
Rubber to Metal Bonding Agents or Primers and
Bonding Agents for Rubber to Metal (bonding agent or
adhesive systems)
01.01.001
01.01.009
Barrier plastics
01.01.010
01.01.035
Optical polymers
01.01.037
Masterbatches
01.01.057
Polyarylamide (PA MXD6)
01.01.065
Polycarbonate (PC)
01.01.084
01.01.088
01.01.089
Polyphenylene ether (PPE) modified
01.01.112
Polyvinylidene chloride (PVDC)
01.01.114
Prepregs, thermoplastic
01.08.011
Contact adhesives
01.01.117
Impact modifier
01.08.017
Hot melt adhesives
01.10.025
Biodegradable additives
01.10.051
Solid lubricants
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01.10.070
Additives for electrostatic spray paints
Product Details
01.10.102
Impact modifiers
02.03.013
01.10.126
Plasticiser
01.14.002
Decorative films
01.14.016
Nanocomposites
01.14.018
Purging compound
02.03.001
02.03.002
02.03.012
02.03.013
02.04.001.02
Semi finished products of GMT
02.04.001.04
02.04.001.06
(PMMA)
02.04.001.11
02.04.002
Films
02.05.036
Lamps and components
02.05.068
Technical films
HYBRAR (Thermoplastic Elastomer, TPE)
HYBRAR is a polymer that has superior shock-absorbing
capabilities, making it suitable for use in sports shoes,
tennis rackets, and automotive components. Further, combining it with polypropylene results in a highly transparent material, and we are promoting its use, as
a non-chlorine vinyl material that does not produce dioxins, in the packaging of
foods and in areas of the medical industry.
SEPTON (Unique and Versatile Polymer) TPE
441
SEPTON is a series of high performance thermoplastic
rubbers (TPE) developed by KURARAY CO., LTD. using its unique isoprene technology. In terms of structure, SEPTON is a series
of hydrogenated styrenic block copolymers(SEP ,SEPS ,SEEPS , SEBS), and it
exhibits rubber-like properties over a wide range of temperatures. Its remarkable
characteristics are as follows:
- Excellent Mechanical Properties - Good Weatherability - Excellent Low Temperature Properties - Excellent Electrical Insulation Properties - Superior Heat
Resistance - Excellent Chemical Resistance - Low Toxity
Prior to processing, the polystyrene end blocks are associated in rigid domains.
In the presence of heat and shear such as during processing, the polystyrene
domains soften and permits flow. After cooling, the polystyrene domains reform
and harden, locking the rubber network in place. This physical phenomenon
provides SEPTON with its high tensile strength and its elasticity. Since SEPTON
is a thermoplastic, it is recyclable.
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May Tat Plastics Pte Ltd
Address
8 Lorong Bakar Batu #01-06
348743 Singapore
Singapore
Phone
+65 6748 0616
Fax
+65 6743 6307
Internet address
www.maytatplastics.com
E-Mail
vincent@maytatplastics.com.sg
Stand
Hall 02, A05 (Page 774)
Company News
07/12/2010
Mayser GmbH & Co. KG
Phone
+49 8381 507-0
Fax
+49 8381 507-101
Internet address
www.mayser.de
E-Mail
schaum@mayser.de
Stand
Hall 05, C43 (Page 780)
QUALITY ASSURANCE
Product Overview
Product Overview
Product Details
02.01.001
Bismarckstr. 2
88161 Lindenberg
Germany
ISO 9001:2008 CERTIFIED
02.01.001
Address
Plastics Containers, Jars and Bottles
02.01.007
02.01.011
02.03.002
02.04.001.10
02.05.056
Foam products
02.05.066
customers tools
- Capacity ranges from 5ml to 5000ml.
- Available in HDPE, LDPE, PVC and PP etc. materials.
Other product includes Caps & Closures and Component Parts.
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Product Details
02.04.001.10
Product Details
02.05.010
MDS Meyer GmbH
Sealing profiles
Profiles / Extrusions
PUR-Elastomere
Mayser entwickelt und fertigt Halbzeuge aus PURSpezialschaumstoffen: INDUCON® zellige PUR-Elastomere,
INDUSKIN ausgerüstete Schaumstoffe, INDUPHON®
Akustikschaumstoffe, INDUMONT Fahrzeuginterieursysteme und MAYSER BLUEFOAM® lichtechten PURSchaum.
02.05.011
Sealings/Sealrings
O-Rings
MDS Meyer GmbH
Address
Hansatal 2
49456 Bakum
Germany
Phone
+49 4446 9677-0
Fax
+49 4446 9677-10
Internet address
www.mds-dichtungen.de
E-Mail
infos@mds-dichtungen.de
Stand
Hall 01, D26 (Page 772)
System MD-4
- According to EN 1401 and 1451 - Dimension: DN 50
- DN 110 mm - Material: SBR / NR or EPDM according
to EN 681-1 - 4-lip-seal - Reinforced plastic ring
System MD-G
Product Overview
- According to EN 13476 - Dimension: DN 63 - DN 1200
mm - Material: EPDM according to EN 681-1 - symmetric profile
MDS Meyer GmbH
02.05.010
Sealing profiles
02.05.011
Sealings/Sealrings
03.06.001
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System MD-S
Merquinsa
- DN 500 mm - Material: SBR / NR or EPDM according
to EN 681-1
System MD-Safe
- DN 315 mm - Material: EPDM / PP according to EN
681-1 - Reinforced plastic ringt - Co-injected for DN 50,
75, 110
Address
Gran Vial 17
08160 Montmelo
Spain
Phone
+34 93 5721100
Fax
+34 93 5720934
Internet address
www.merquinsa.com
E-Mail
info@merquinsa.com
Stand
Hall 06, A31 (Page 784)
System MD-U
Company News
- According to EN 1401 and 1451 - Dimension: DN 40 DN 110 mm - Material: EPDM according to EN 681-1 Symmetrical profile allows installation in both directions
09/16/2010
Merquinsa
Merquinsa will unveil a New “Wave of TPU Specialties”
at K2010
Merquinsa, The TPU Specialty Company, today announced its
participation at K 2010 in Düsseldorf, Germany, from 27th Oct.
to 3rd Nov. where it will be exhibiting for the first time in Hall 6,
one of the main fair halls. For more information about the show,
please visit the K 2010 website at www.k-online.de.
System MD-W
- According to EN 13476 - Dimension: DN 63 - DN 1200
mm - Material: EPDM according to EN 681-1 - symmetric profile
Under the motto “Everything You Can Imagine“, in line with its
Thermoplastic Polyurethanes (TPU) specialties and Sustainability focus, Merquinsa at this occasion will unveil a:
New “Wave of TPU Specialties”
Pearlthane® SILK: New Silicone-based TPUs:
New Pearlthane® SILK grades with FDA and EU compliance will be launched
to address needs for more functionalities, such as low coefficient of friction and
silk touch in a wide range of elastomer applications.
Pearlthane® HFFR: New Halogen-Free Flame Retardant TPUs:
Demand for halogen-free flame retardant elastomers keeps increasing in the
automotive and electronics industry. New Pearlthane® HFFR grades offer in-
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novative performance vs. incumbent market resins.
MGP Engineering GmbH
Pearlthane® ECO: Renewable-sourced Bio TPUs:
Recognized Global Brands now make Green Shoes, Green Cars and Green
Electronics from Merquinsa´s Bio TPU polyester and polyether-based product
ranges. Several New Commercial Renewable-sourced Bio TPU Applications
will be exhibited at K2010.
Address
Auelsweg 20
53797 Lohmar
Germany
Phone
+49-2246-302970-100
Fax
+49-2246-302970-108
Internet address
www.mgp-gmbh.de
E-Mail
Menzel@mgp-gmbh.de
Stand
Hall 10, F07 (Page 800)
Pearlthane® 91: Aliphatic, Non Staining, Non Yellowing TPUs:
Premium Aesthetics deserve Pearlthane® 91xx series. New scratch resistant
and low gloss TPU grades will be featured for premium aesthetics in Automotive
Interiors & Electronics.
Pearlbond® & Pearlcoat®: Low Melting Point TPUs:
TPU chemistry goes beyond polymerizing isocyanates & polyols in a reactive
extruder. With 46 years’ history, Merquinsa will introduce very special low melting point Pearlbond® and Pearlcoat® TPUs with fast crystallisation and tack
properties for extrusion applications.
Company News
Product Overview
Merquinsa
10/20/2010
01.01.099
01.01.129
01.02.011
01.03.039
PU elastomers
02.04.001.10
Automatic roll cleaning system AWR
Automatic roll cleaning system Type AWR
The patented roll cleaning system maintains the state of cleaning of the polishing rolls continiusly during the production process
In reference to the pollution of the roll surface, the number
of the cleaning cycles and cleaning speed can be individually
setted as required
Due to the constant surface cleanness of the rolls during the whole production
process, also a contstant product quality will be ensured Risks for the operators
to be pulled in into the roll gap and burns are eliminated, because the manually
cleaning of the rolls is not applicable.
Design and Function
The automatic roll cleaning system contains mainly out of a cleaning head with
cleaning pad, a traverse with linear drive and a control cabinet
The cleaning head has one winding- and one unwinding shaft for the productspecific cleaning-cloth. The winding shaft is driven by a pneumatic motor
The cleanig cloth has a length of approx. 10 m for approx. 200 cleaning runs
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and is guided over a specific cleaning pad. The cleaning pad ensures a unifom
contact pressing force to the roll to prevent any damages of the roll surface
10/20/2010
Optional a cleaning fluid can be feeded into the cleaning pad to support the
cleaning process.
The cleaning head is guided at the traverse over the complete roll surface width
with a constant traversing speed, which is related to the circumferential speed
of the polishing roll.
This effects a spiralliformed cleaning over the whole cleaning width
Also the cleaning head can be positioned individually at any position over the
roll surface width, that stronger polluted areas (especially at the edge areas) can
be cleaned extra.
For each cleaning run, the cleaning cloth will be transported over the cleaning
pad by a automatic feed motion.
For the exchange of the cleaning cloth, the head will be automatically moved
away from the roll and travels to the cloth exchange position outside of the roll
surface
The operation of the automatic roll cleaning system will be done at its own operator panel.
Optional the control can also be integrated into the line operation panel
The control allows a automatically adjustment of the traversing speed in relation
to the circumferential speed, a single spot cleaning of stronger polluted areas
and the feeding of a cleaning fluid.
The essential Advantages of the „Automatic roll cleaner“ are : 1.Compact design, also for assembling in areas with restricted space 2.Individual ability to
retrofit to existing lines 3.Constant product quality per constant state of cleaning of the polishing rolls 4.Avoiding of scrap material and non-operation-periods,
thereby a quick repaiment 5.Elimation of dangers to be pulled in into the roll gap
and burns , how they exist at a manually roll cleaning 6.Automatically adjustment
of the traversing speed in relation to the circumferential speed. 7.Individual Setting of numbers of cleaning cycles in reference to the pollution 8.Easy to maintain
by the use of servo- and pneumaticdrives. 9.Easy and safe exchange of cleaning cloth 10.Optionl feeding of cleaning fluid to support the cleaning process
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Automatic roll cleaning during the production
The patented roll cleaning system maintains the state
of cleaning of the polishing rolls continiusly during the
production process In reference to the pollution of the
roll surface, the number of the cleaning cycles and
cleaning speed can be individually setted as required
Due to the constant surface cleanness of the rolls during the whole production process, also a contstant product quality will be ensured
Risks for the operators to be pulled in into the roll gap and burns are eliminated,
because the manually cleaning of the rolls is not applicable.
Automatisches Walzenreinigungssystem AWR
Das patentierte Automatische Walzenreinigungssystem hält den Reinigungszustand der Glättwalzen konstant während dem Produktionsprozess aufrecht. In
Abhängigkeit zur Verschmutzung der Walzenoberfläche können die zeitlichen
Abstände der Reinigungsläufe beliebig eingestellt werden. Durch die konstante Oberflächenreinheit während des gesamten Produktions-prozesses wird
somit eine konstante Produktqualität erzielt und Gefahren durch Einzug in
den Walzenspalt und Verbrennungen vermieden, da die manuelle Reinigung
während der Produktion entfällt.
The essential Advantages of the „Automatic roll cleaner“ are: 1.Compact design,also for assembling in areas with restricted space 2.Individual ability to
retrofit to existing lines 3.Constant product quality per constant state of cleaning of the polishing rolls 4.Avoiding of scrap material and non-operation-periods,
5.Elimation of dangers to be pulled in into the roll gap and burns , how they exist
at a manually roll cleaning 6.Automatically adjustment of the traversing speed in
relation to the circumferential speed.
Die wesentlichen Vorteile des Walzenreinigungssytems: 1.Kompaktes Design zur Montage auch bei geringen Platzverhältnissen 2.Individuell Nachrüstbar 3.Kontinuierliche Produktqualität durch konstanten Reinigungszustand der
Walzen 4.Vermeidung von Ausschuss und Stillstandszeiten, 5.Vermeidung von
Gefahren wie Einzug in den Walzenspalt und Verbrennungen 6.Automatische
Anpassung der Traversiergeschwindigkeit an die Liniengeschwindigkeit.
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Product Overview
02.05.001
Apparatus and parts
03.02.001.02.06
Extrusion lines for laminating and coating
03.04.004
Laminating plant
03.03.004
Cutting machines
03.02.001.01.03
Other extruders
03.03.005
Winding equipment
03.02.001.02.09
Extrusion lines for rubber
03.02.001.01.01
Extruders, single screw type
The MGP-rollstacks can be equipted with embossing rolls without any problems.
03.02.001.02.10
Other extrusion lines
Due to the splitted bearing houses a roll exchange can be done in less than 30
minutes
04.05
Subcontracting
03.10.003
Rolls
03.08.010
Mould and die cleaning equipment
Product Details
02.02.006
03.10.002
Barrels
02.02.006
Embossing
03.10.001
Screws
03.02.001.02.02
Extrusion lines for flat film and sheets
03.04.003
Embossing equipment
04.06
Embossing
Embossing units
02.05.001
03.08.001
Apparatus and parts
Automatic roll cleaning system Type AWR
The patented roll cleaning system maintains the state
of cleaning of the polishing rolls continiusly during the
production process
In reference to the pollution of the roll surface, the number of the cleaning cycles
and cleaning speed can be individually setted as required
Due to the constant surface cleanness of the rolls during the whole production
process, also a contstant product quality will be ensured
Risks for the operators to be pulled in into the roll gap and burns are eliminated,
because the manually cleaning of the rolls is not applicable.
Design and Function
The automatic roll cleaning system contains mainly out of a cleaning head with
cleaning pad, a traverse with linear drive and a control cabinet
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The cleaning head has one winding- and one unwinding shaft for the productspecific cleaning-cloth. The winding shaft is driven by a pneumatic motor
The cleanig cloth has a length of approx. 10 m for approx. 200 cleaning runs
and is guided over a specific cleaning pad.
The cleaning pad ensures a unifom contact pressing force to the roll to prevent
any damages of the roll surface
Optional a cleaning fluid can be feeded into the cleaning pad to support the
cleaning process.
The cleaning head is guided at the traverse over the complete roll surface width
with a constant traversing speed, which is related to the circumferential speed
of the polishing roll.
to the circumferential speed, a single spot cleaning of stronger polluted areas
and the feeding of a cleaning fluid.
The essential Advantages of the „Automatic roll cleaner” are : 1. Compact design, also for assembling in areas with restricted space 2. Individual ability to
retrofit to existing lines 3. Constant product quality per constant state of cleaning
of the polishing rolls 4. Avoiding of scrap material and non-operation-periods,
thereby a quick repaiment 5. Elimation of dangers to be pulled in into the roll
gap and burns , how they exist at a manually roll cleaning 6. Automatically
adjustment of the traversing speed in relation to the circumferential speed. 7.
Individual Setting of numbers of cleaning cycles in reference to the pollution 8.
Easy to maintain by the use of servo- and pneumaticdrives. 9. Easy and safe
exchange of cleaning cloth 10. Optionl feeding of cleaning fluid to support the
cleaning process
MGS Mfg. Group
This effects a spiralliformed cleaning over the whole cleaning width
Address
W188 N11707 Maple Road
53022 Germantown, WI
USA
Also the cleaning head can be positioned individually at any position over the
roll surface width, that stronger polluted areas (especially at the edge areas) can
be cleaned extra.
Phone
+1 262 255-5790
Fax
+1 262 255-7206
Internet address
www.mgstech.com
E-Mail
contact@mgstech.com
Stand
Hall 13, B91-17 (Page 808)
For each cleaning run, the cleaning cloth will be transported over the cleaning
pad by a automatic feed motion.
For the exchange of the cleaning cloth, the head will be automatically moved
away from the roll and travels to the cloth exchange position outside of the roll
surface
The operation of the automatic roll cleaning system will be done at its own operator panel.
Product Overview
02.01.010
Optional the control can also be integrated into the line operation panel
MGS Mfg. Group
The control allows a automatically adjustment of the traversing speed in relation
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Product Details
02.01.010
MGS Mfg. Group
Mink Bürsten
Address
Autenbachstr. 24-30
73035 Göppingen
Germany
Phone
+49 7161 4031-0
Fax
+49 7161 4031-500
Internet address
www.mink-buersten.com
E-Mail
info@mink-buersten.de
Stand
Hall 04, B52 (Page 778)
Injection Molds
We have been manufacturing multishot molds since the
1980’s. Up-front product engineering facilitates effective mold design and automated manufacturing efficiencies. Early involvement from our design and engineering teams provides you with molds which are easier to
maintain, have an extended production life, and provide cost-effective solutions
for your company.
We have:
- Over 80 journeyman toolmakers
- Over 60,000 sq feet dedicated to tooling
We offer:
Product Overview
- Tooling Capacity
01.10.019
Antistatic agents
02.05.033
02.05.076
03.03.005
Winding equipment
03.03.006
Slitter rewinders
03.03.010
03.07.003.03
Assembly systems
Mink Bürsten
- 60,000 sq feet dedicated to tooling
- Expedited Tooling Capabilities
- Hot Runner Experience
- Automated Mold Manufacturing
Small to Large Size Tooling - Single Shot Tooling
Multishot Tooling (Rotary Platen)
Multishot Tooling (Rotary Stripper Plate)
Stack Tooling (Single Shot)
Stack Tooling (Multishot)
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Product Details
02.05.033
Mink Bürsten
Mink U-System® - Fixieren, Bereitstellen, Sichern
Das neue Mink U-System® - Fixieren, Bereitstellen,
Sichern und Schützen ohne jegliche Beschädigungen
Beschädigungen wie Kratzer, Mattierungen, Glanzstellen,
Packmittelreste und Schaumstoffabsonderungen verursachen in der industriellen Produktion immense Kosten.
Z. B. in der Armaturen-, Glas-, Möbel- oder Elektronikindustrie sind Samthandschuhe angebracht um Sichtteile und andere empfindliche Oberflächen schonend zu transportieren oder zu lagern. Teure Nacharbeiten oder ganze Werkstücke zu ersetzen, mindert die Wirtschaftlichkeit sowie die Konkurrenzfähigkeit
eines Unternehmens erheblich. Die flexiblen Fasern des Mink U-Systems sichern empfindliche Werkstücke zuverlässig und verhindern somit Ausschuss.
Oftmals werden Transportbehälter bzw. -gestelle, Kommissionierwagen für
Montagelinien oder andere Lager- und Transporteinheiten mit aufwändigen
Tiefziehteilen oder gar mit handgemachten Auflagen, z. B. aus Filz, Kunststoff
oder Styropor zur Sicherung der einzelnen Packstücke verwendet. Darüber hinaus werden teilweise die empfindlichen Oberflächen wie Platinen oder beschichtete
Bauteile in Papier oder Textil ein- und ausgepackt. Die Kosten für Handling
steigen dadurch unnötig an. Auch das Risiko von Beschädigungen dieser
oft unzureichenden Lösungen erhöht sich zusätzlich. Das Mink U-System bietet ohne zusätzliche Verpackungen und ohne weiteren Handling- aufwand die
Möglichkeit der sicheren, Platz sparenden und zuverlässigen Fixierung unterschiedlicher Bauteile und Baugruppen. Hierbei kann die Positionierung zu den
unterschiedlichen Werkstücken nach Belieben angepasst werden.
Das Mink U-System ist für nahezu alle Fixierungsaufgaben geeignet. Ebenso
sind die Bürsteneinsätze über die verwendete Grundplatte mit allen gängigen
Transportbehältern (KLT) kompatibel. Weiterhin bietet es die Möglichkeit unterschiedliche Bauteile oder auch komplette Baugruppen sicher, schonend und
Platz sparend zu lagern, zu transportieren oder bereit zu stellen. Mussten bislang bei einem ”kundenspezifischen” Produktwechsel neue Werkzeuge oder
Formen, sprich passende Einlagen zur optimalen Sicherung der ”neuen” Produkte teuer erstellt werden, so können beim Mink U-System die u-förmigen, beborsteten Segmente frei positioniert auf einer Grundplatte auch mehrmals verschraubt werden. Das Positionieren auch unterschiedlicher Geometrien stellt
dabei kein Problem dar. Runde oder eckige, große oder kleine Werkstücke
lassen sich zuverlässig und zeitsparend ordnen und ohne andere Packmittel
übersichtlich Lagern. Auch die inner- und außerbetriebliche Transportsicher-
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heit wird mit dem Mink U-System stark verbessert. Durch bisher verwendete
Styropor- oder Kunststoffeinlagen entstehen Reibwerte, welche Mattierungen
und Glanzstellen auf den empfindlichen Bauteilen verursachen. Die punktuelle
Berührung der Faserenden einer Mink Bürste reduziert die Reibwerte auf ein
Minimum und die Sichtflächen werden optimal und ohne Beschädigungen fixiert.
02.05.076
Optimales Glätten und Spreizen
Optimales Glätten und Spreizen von Textil-, Folien- und anderen Warenbahnen
Der Kampf, Kosten durch Ausschuss zu vermeiden, wird
in vielen Firmen immer stärker. Wachsende Ansprüche in
punkto Qualität oder Kostenminimierung fordern mitwachsende Lösungen. Der Einsatz von Mink Breitstreckwalzen
verringert den Ausschuss auf ein Minimum.
Der Trick gegen Falten sind die am Umfang angebrachten Leistenbürsten, die
von der Walzenmitte aus mit schräg nach außen gerichteten Faserbündeln
versehen sind. Beim Berühren der Faserbündel mit der Warenbahn entsteht
auf Grund der Bahnspannung eine geringe Verformung der Faserbündel nach
außen. Hierdurch entsteht die Spreizung, die pro Bürstenleiste nur wenige
Zehntelmillimeter ausmacht. Die Drehbewegung der Mink Breitstreckwalze
wiederholt diesen Spreizvorgang kontinuierlich, so dass als Summe eine gleichmäßige und wirkungsvolle Streckung bis an den Rand entsteht.
Die Vorteile der Mink Breitstreckwalze liegen klar auf der Hand. Der außerordentlich hohe Kundennutzen begründet sich in der hervorragenden BreitstreckWirkung in Verbindung mit dem äußerst attraktiven Preis. Aber auch der
mögliche Umschlingungswinkel von 2 bis 180° und die einbaufertige und schnelle
Lieferung, gelten als sehr vorteilhaft bei den Anwendern. Der gleich bleibende
Wirkungsgrad bis an den Rand bietet eine optimale Glättung der Warenbahnen
gegenüber den herkömmlichen Breitstreckwalzen mit Gummibesatz oder auch
Bananenwalzen. Foliendicken, bereits ab 8µ, Bahnbreiten bis über 4m und sehr
hohe Laufgeschwindigkeiten stellen für die Mink Breitstreckwalzen kein Problem
dar. Textil-, Vlies-, Gummi-, Papier oder andere Warenbahnen werden äußerst
zuverlässig gestreckt bzw. geglättet.
Für weitere Informationen stehen Ihnen unsere Anwendungsberater gerne zur
Verfügung.
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MITEX Coating Rolls are available in different hardnesses from 40° - 70° Shore
A.
MITEX Gummifabrik Hans Knott GmbH
Address
Ludenberger Str. 36-40
40699 Erkrath
Germany
Phone
+49 211 900060
Fax
+49 211 900060
Internet address
www.mitex.de
E-Mail
info@mitex.de
Stand
Hall 05, D41 (Page 780)
Product Overview
MITEX coating material offers a wide range of solvent resistance to either polar
chemicals like MEK, EtOH or non polar solvents like Petrol, Xylene, Cyclohexene and others. The state of the art compounding and hightech raw materials
guarantee excellent mechanical properties in combination with lowest abrasion
and highest cut resistivity. Resistance in different media after 24 hours.
An absolute homogenious surface due to proper mixing offers a surface structure
in the range of a few micrometers. Antistatic Coating Rolls are available for the
use in explosive areas.
The graph shows the resistance of the MITEX Coating Rolls/Applicator Rolls.
The compound is resistant against polar, non polar and aromatic solvents.
Whereas standard coverings are only resistant against one particular solvent,
the MITEX Coating Rolls/Applicator Rolls provide high resistance against a wide
varity of solvents.
Can Coating: Coating of cans similar to the coil coating process with narrower
steel or aluminium webs for cans.
Mailänder: Coating of steel or aluminium sheets.
02.05.035
02.05.054
Sandwich cores
02.05.076
03.10.003
Rolls
Product Details
02.05.076
Spot Coating: Coating of separated areas on steel webs.
Mitsui Chemicals Europe GmbH
Address
Oststr. 10
40211 Düsseldorf
Germany
Phone
+49 211 17332-0
Fax
+49 211 323486
Internet address
www.mitsuichem.com
MITEX Coating Rolls / Applicator Rolls
MITEX Coating Rolls / Applicator Rolls
State of the art properties of MITEX Coating Rolls/Applicator
Rolls ULTRADUR enable a coating of different types of colours utilising the latest coil coating processes. Individual coatings and primers are readily applied
with the latest type of coating rolls from MITEX. Technical staff of MITEX is at
your disposal all over Europe.
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E-Mail
Stand
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Product Overview
01.01.039
Poly-04-methylpentene-01
01.01.080
Polyethylene PE-UHMW
01.01.117
Impact modifier
01.02.002
Olefin copolymers (EP(D)M)
01.02.013
01.03.021
Maleic resins
01.10.057
Lubricants
01.10.059
Adhesives
01.10.060
Coupling agents
02.04.002
Films
02.05.068
Technical films
Product Details
02.04.002
Address
Mittenwalder Str. 79
15749 Mittenwalde OT Motzen / Brandenburg
Germany
Phone
+49 33769 8940
Fax
+49 33769 61921
Internet address
www.kunststoff-gummi.de
E-Mail
motzener@kunststoff-gummi.de
Stand
Hall 08b, A63 (Page 792)
Product Overview
Films
02.01.010
02.03.002
02.03.006
appliance
02.03.007
02.03.008
02.03.011
02.05.011
Sealings/Sealrings
TOHCELLO
High-quality packaging and industrial films.
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02.05.016
Bellows, expansible
02.05.024
02.05.027
02.05.041
Membranes
02.03.011
spritzgegossene Formteile
bis 300g aus technischen Thermoplasten und Thermoelasten, z.B. Gehäuse
für Pumpen, zusammengesetzt aus verschiedenen Formteilen, Mehrkomponentenformteile, Hartweichverbindungen.
02.05.011
Sealings/Sealrings
spritzgegossene Dichtungen und O-Ringe
02.05.069
03.06.001
Product Details
02.03.002
Dichtungen und O-Ringe bis zu einem Durchmesser von 1.500mm in allen Kautschuktypen, außer LSR
02.05.016
Bellows, expansible
Faltenbälge für den Fahrzeugbereich
Faltenbälge aus Elastomeren und thermoelastischen Werkstoffen, Staubkappen
und Abdeckungen
02.05.024
bis 300g aus technischen Thermoplasten und Thermoelasten, z.B. Halterungen
und Abdeckungen.
spritzgegossene Formteile in GFK
02.03.006
Glasfaserverstärkte Formteile für technische Anwendungen in allen Bereichen
vom Fahrzeugbau bis zum Maschinenbau mit Glasfasern und Glaskugeln bis zu
50% Volumenanteil
02.05.027
bis 300g aus technischen Thermoplasten und Thermoelasten, z.B. Dichtungsrahmen.
Formteile aus Kunststoff und Kautschuk -Hartweichverbindung
02.03.007
Kondensatordichtscheibe und sonstige Formteile
Kondensatordichtscheiben aus Kunststoff und Kautschuk einstufig im Spritzgießverfahren hergestellt, sonstige Formteile aus Thermoplasten für die Kondensatorindustrie, wie z.B. Anschlussgehäuse.
02.03.008
einstufig spritzgegossene Formteile aus Kunststoff und Kautschuk als HartweichVerbindungen, mit eingespritzten Dichtungen, chemisch fest verbunden und mechanisch hinterspritzt.
02.05.041
Membranes
Membranen einstufig spritzgegossene
einstufig spritzgegossene Membranen für die Gerätetechnik aus Kunststoff und
Kautschuk auch für zertifizierte Anwendungen.
technische Formteile für den Mobilfunk/-telefone
02.05.069
spritzgegossene Formteile bis 300g aus technischen Thermoplasten und Thermoelasten wie z.B. Halterungen für Mobiltelefone im Armaturenbereich und Gehäuseschalen als Zweikomponententeil
spritzgegossene Formteile aus Spezialwerkstoffen
465
spritzgegossene Formteile aus hochtemperaturbeständigen Werkstoffen, wie
PEEK und Werkstoffe mit Flammschutz
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MTN Kalip San. Ltd. Sti.
MultiPet Gesellschaft für PET Recycling mbH
Address
Ikitelli Org. San. Böl. Hürriyet Bulvari
34306 Ikitelli, Basaksehir, Istanbul
Turkey
Address
Parkstr. 17
06406 Bernburg
Germany
Phone
+90 212 6752780
Phone
+49 3471 6404-0
Fax
+90 212 6752783
Fax
+49 3471 6404-199
Internet address
www.mtn.com.tr
Internet address
www.multi-pet.de
E-Mail
metin@mtn.com.tr
E-Mail
info@plastic-recycling.eu
Stand
Hall 02, G05 (Page 774)
Stand
Hall 08b, D79 (Page 792)
Product Overview
MTN Kalip San. Ltd. Sti.
Product Overview
02.03.002
02.04.004
02.03.005
Product Details
03.06.001
02.04.004
03.06.006
Other moulds
PET-Flakes
PET ist ein veredelter Polyester mit nochmals verbesserten
Materialeigenschaften. Als äußerst belastbarer Kunststoff eignet PET sich für Verpackungen, Behälter,
Folien, Fasern und vieles mehr. Als thermoplastischer
Kunststoff ist PET unter Hitze formbar und kann in nahezu jede beliebige Form
gebracht werden. Verpackungen aus PET genügen strengsten hygienischen
Anforderungen. Das beweist ihr Einsatz im Lebensmittelbereich und vor allem
in der Medizin. PET weist außerdem eine hohe chemische Beständigkeit auf.
Viele kosmetische Produkte oder Reinigungsmittel werden heute bereits in PETBehältern abgefüllt. Qualität und Haltbarkeit der Füllgüter werden dabei vom
Material PET nicht beeindrächtigt. Recyceltes PET ist die Grundlage für eine
große Palette von neuen Produkten. Da das Recyclat über die gleichen guten
Eigenschaften wie neues PET verfügt, ist es in vielen Bereichen einsetzbar.
Mit den Einschränkungen, die lebensmittelrechtliche Bestimmungen in der EU
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beim Einsatz von Recyclingmaterial im direkten Lebensmittelkontakt vorsehen,
kann recyceltes PET wieder zu Lebensmittel-Verpackungen verarbeitet werden.
Ohne Einschränkung ist die Produktion von non-food-Verpackungen, beispielsweise für Reinigungsmittel oder Kosmetika, möglich.
New Power Industrial Ltd.
Address
Flat V, 6/F, Everest Industrial Centre,
Kwun Tong
Hong Kong
Phone
+852 27930766
Mujing Power Station, Shatou Ind.Park„
523000 Dongguan City, GuangDong
China (Rep.)
Fax
+852 23574051
Internet address
www.mfbshk.com
Phone
+86 769 81666101-8811
E-Mail
info@newpower.com.hk
Fax
+86 769 85645810
Stand
Hall 02, D23 (Page 774)
Internet address
www.namdeo-tech.com
E-Mail
susan.qiu@namdeo-tech.com
Stand
Hall 02, F05 (Page 774)
NAMDEO-Tech
Address
Product Overview
02.05.031
Hot melt films
Product Details
Product Overview
NAMDEO-Tech
02.05.031
Hot melt films
Our products
02.01.010
Product Details
02.01.010
NAMDEO-Tech
PRODUCT INFORMATION
From injection mould to injection moulding. To prit and
assembly. NAMDEO can provide you a a coordinated
process. We were authenticated by ISO9001 system in
2000 and are going to pass ISO/TS16949
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Ningbo Henghe Mould Co., Ltd.
Address
Phone
Fax
Internet address
E-Mail
Stand
NORRES Schlauchtechnik GmbH & Co. KG
Hengh Industrial Park
315318 Cixi City, Zhejiang Province
China (Rep.)
Address
Am Stadthafen 12 - 18
45881 Gelsenkirchen
Germany
Phone
+49 209 8 00 00-0
Fax
+49 209 8 00 00-99 99
Internet address
www.norres.com
E-Mail
info@norres.de
Stand
Hall 07, A37 (Page 788)
+86 574 63267765
+86 574 63265678
www.mouldcenter.com
nhm@china.com
Hall 08b, G24-31 (Page 792)
Product Overview
Product Overview
02.03.006
appliance
02.03.001
02.03.002
02.03.009
02.03.011
02.03.014
industry
02.05.058
Hoses
Product Details
02.03.006
Home Appliance Series
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Product Details
02.05.058
Hoses
NORRES PUR AS hose family
New NORRES PUR AS hose series featuring permanently antistatic material
Electrostatic discharge capability – a question of perspective!
Explosion protection measures are governed by national regulations that differ
from one country to another. The use of materials that are conductive and capable of electrostatic discharge is almost always recommended as the most effective way to avert danger in hazardous areas. This recommendation also applies
to transport hoses. However, conventional wall materials often only achieve
their conductivity or their electrostatic discharge capability with the help of migrating antistatic material and carbon blacks. In such cases, a deterioration in
the electrostatic discharge effect can frequently be observed in the course of
the hose’s service life. At the same time, there is a risk that the antistatic material will be absorbed by the conveyed material as it migrates. The innovative
hoses in the PUR AS series from NORRES Schlauchtechnik (Gelsenkirchen,
Germany) are permanently antistatic. Since the wall material is non-migrating,
there is no contamination of the conveyed material and no impairment of the
electrostatic discharge effect. The PUR AS hose series will be shown at the K
fair from October 27 to November 3, 2010 in Dusseldorf.
The transport of bulk materials through hoses made of materials that are nonconductive and not capable of electrostatic discharge – in other words, insulating
– can present a variety of risks due to static charge: in the worst case, combustible dust explosions can occur when dusts are conveyed. Dangerous or
unpredictable behaviour caused by startle reactions to electrostatic shock with
body contact, disruptions to the production process due to material adherence
to the walls of the hose or inaccurate measuring and control equipment results
are further hazards arising from static charge. Whereas measures to counteract the latter risk types are left largely to the discretion of the user, production
downtimes need to be pre-empted by selecting the hose design best suited for
the application in question. A potentially explosive atmosphere can also exist
inside the hose, for example if combustible bulk materials are transported using
compressed air. This is actually a very common scenario – at a guess, around
473
75% of all bulk materials are combustible. Earthing the spiral is not normally
sufficient here, because this has only a minimal influence on the static charge in
the hose. The charge that builds up owing to the friction of the bulk material is
released when corona discharges occur inside the hose; these may even pierce
the hose wall, creating burn holes from the interior to the wire. It is clear that
these holes also have a detrimental effect on the hose’s service life as well as
on its hygienic characteristics. In unfavourable conditions, the pumped medium
may additionally ignite inside the hose.
Hose materials that are conductive and capable of electrostatic discharge effectively overcome this problem. Conventional transport hoses boasting these
properties often only achieve their conductivity or their electrostatic discharge
capability with the help of migrating antistatic material and carbon blacks. However, the discharge effect deteriorates in the course of the process, because the
antistatic material that migrates to the inner surface when solids are conveyed
is continuously abraded. The hoses gradually lose their electrostatic discharge
capability as a result. Electrically conductive hoses, on the other hand, are black
because carbon blacks are added to the walls, making it impossible to observe
the pumping and transport process. Yet it is precisely this ability to keep a watch
on the flow that enables potential disruptions to be detected and avoided in good
time without having to shut down the system for several hours.
The use of materials that are conductive and capable of electrostatic discharge
is particularly important in industries such as food processing, pharmaceuticals
and chemicals. Transport hose manufacturers serving these sectors, for instance, face a new challenge because the raw materials traditionally resorted
to are incompatible with certain pumping processes. In the food industry, for example, many of the substances that need to be conveyed produce an explosive
atmosphere inside the hose. In the past, however, it has only rarely been possible to employ conductive materials, since the legal and regulatory approvals
necessary for food applications are generally lacking for the conductive blacks
or –if these approvals exist – the maximum permissible black content is too low
to guarantee the required degree of conductivity. The fact that hoses whose
conductivity is achieved by adding carbon blacks are – not surprisingly – also
coloured black is a further drawback. On the one hand, this obscures the user’s
view of the product being pumped while on the other, the conveyed material may
be contaminated due to wear.
The innovative AIRDUC®, PROTAPE® and BARDUC® PUR AS product series from NORRES put an end to this dilemma. The hoses in these series are
manufactured from a special wall material that gives them a permanent electro-
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static discharge capability < 109 Ω as well as a milky transparent surface. The
delivered material is readily visible. Since the wall material is non-migrating,
there is no contamination of the conveyed material and no deterioration in the
electrostatic discharge effect. AIRDUC®, PROTAPE® and BARDUC® PUR
MHF-AS have each obtained legal and regulatory approvals from an independent testing laboratory for the complete hose in food applications; they meet
the requirements of EU Directive 2002/72/EC, including the amending Directive
2007/19/EC, and bear the EU’s glass / fork symbol. NORRES will show PUR AS
hose series at the K fair in Dusseldorf, Germany, from October 27 to November
3, 2010. You can find NORRES in Hall 07, Stand No. A37.
PUR AS hose family with CONNECT safety clamp
systems
In contact at last:
NORRES PUR AS hose family with electrostatic discharge capability now also available with compatible
CONNECT Safety Clamp Systems
TRBS 2153 (formerly BGR 132), the new technical rule applicable throughout
Germany since last year, presents hose manufacturers with several new challenges: the exclusive use of wall materials that are conductive or capable of electrostatic discharge is recommended by TRBS 2153 for transport hoses in hazardous areas. In September 2009, NORRES Schlauchtechnik (Gelsenkirchen,
Germany) unveiled its new, permanently antistatic PUR AS hose family with
electrostatic discharge capability that meets the requirements of TRBS 2153.
The NORRES CONNECT Safety Clamp Systems 230, 231 and 232, which allow polyurethane hoses to be clamped to all standard connection types, are
now also available for this family. These innovative techniques for connecting
commercially available fittings to polyurethane hoses lead to a clear reduction
in maintenance, energy and process costs. NORRES will present its formidable
portfolio of PUR AS hoses with compatible CONNECT Safety Clamp Systems
at the K 2010 fair in Dusseldorf from October 27 to November 3, 2010.
All products in the innovative NORRES AIRDUC®, PROTAPE® and BARDUC®
PUR AS family are made from a special wall material. Hoses manufactured in
this way impress with a permanent electrostatic discharge capability < 109 Ω
as well as a milky transparent surface through which the delivered material is
475
clearly visible. Conventional, conductive transport hoses or hose types capable
of electrostatic discharge often only achieve these specifications with the help
of migrating antistatic material and carbon blacks. It is a well-known problem of
antistatic material that its effect is exclusively attributable to its migration to the
hose surface, leading to an accumulation of moisture from the ambient air. However, when solids are conveyed, the antistatic material that migrates to the inner
surface is continuously abraded, with the result that the antistatic is ”leached out”
and the discharge effect is gradually weakened. Moreover, the antistatic material can also be absorbed by the product being conveyed. The fact that hoses
whose conductivity is achieved by adding carbon blacks are – not surprisingly
– also coloured black is a further drawback. On the one hand, this obscures
the user’s view of the product being pumped while on the other, the conveyed
material may be contaminated due to wear. Since the mechanism of action that
is responsible for the electrostatic discharge capability is not linked to migration,
there is no contamination of the conveyed material and no deterioration in the
electrostatic discharge effect.
The NORRES CONNECT Safety Clamp Systems 230 and 231, which allow
polyurethane hoses to be clamped to all standard connection types, are now also
available for the hoses in the PUR AS family. The CONNECT Safety Clamp System 231 can be used in conjunction with the AIRDUC® 355 and 356 profile hoses
for pellet suction and transport on pellet conveying systems in the plastics industry as well as for loading and unloading silos and assorted other applications with
a high throughput of media like powder or pellets. The polyurethane employed
for the sealing insert is additionally food-grade and complies with the regulations of the American Food and Drug Administration (FDA 21 CFR 177.2600 and
178.20) plus the equivalent European Directives (2002/72/EC and 2007/19/EC).
The innovative CONNECT Safety Clamp System 231 provides a whole series of
benefits: the connection formed when the shells are clamped is remarkably tight.
The system is designed with a form-locking groove and a form-locking bar. The
resulting high tensile strength ensures that the adapter is securely held in the
spiral hose even under considerable pressure. The CONNECT Safety Clamp
System 230 for thick-walled polyurethane hoses was originally developed and
introduced by NORRES for loading and unloading silo vehicles. It clamps the
electrostatic discharge-capable AIRDUC® PUR 356 MHF-AS reinforced hose
with a diameter of 100 mm, whereby the metallic supporting spiral is fixed to
the metal adapter. Thanks to these compatible clamp systems, the electrostatic
discharge-capable hoses in the PUR AS family can be used in hazardous areas in conformity with TRBS 2153 in almost any application from bulk material technology to plastics processing. Clamping the hoses with the CONNECT
Safety Clamp Systems offers several advantages: hose clamps are often used
to connect externally corrugated spiral hoses to adapters for a wide variety of
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applications. Under high pressure, however, this inevitably entails a risk that
the adapters could become displaced or the system gradually lose its tightness.
Particularly in hazardous areas, the dangers this can pose should not be underestimated. Many popular coupling and connection solutions, such as milk tube,
aseptic, TRI-Clamp, Kamlok, Storz or tank truck couplings and fixed or loose
flanges, can be connected quickly, easily and securely to the hoses in the PUR
AS family using the CONNECT systems. Users profit from increased reliability,
enhanced durability and shorter fitting times.
The hoses in the PUR AS series and the compatible CONNECT Safety Clamp
Systems will be on show at the K 2010 fair in Dusseldorf from October 27 to
November 3, 2010 along with numerous other NORRES products. You can find
NORRES in Hall 7, Stand No. A37.
Nowofol Kunststoffprodukte GmbH & Co. KG
Address
Breslauer Str. 15
83313 Siegsdorf
Germany
Phone
+49 8662 6602-0
Fax
+49 8662 6602-50
Product Overview
02.01.002
02.03.001
02.03.002
02.03.003
02.03.007
02.03.008
02.03.010
02.03.012
02.03.014
industry
02.03.015
02.04.001.03
02.04.001.05
02.04.001.07
02.04.001.09
(PTFE)
02.04.001.14
parts
02.04.002
Films
Internet address
E-Mail
Stand
Hall 07.1, C54 (Page 790)
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02.05.015
02.05.019
Film cameras, cameras - technical parts
02.05.021
Conveyor belts
02.05.031
Hot melt films
02.05.041
Membranes
02.05.042
Membrane films
02.05.056
Foam products
02.05.062
Welding foil
02.05.068
Technical films
02.05.070
Separating foils
Polypropylene Film – flame-retardant
PP film foamed for Lables
PP Film for High-Quality Print Image
Special films out of various Polyolefins or Thermoplastics
PP film for the Cable Industry
02.03.001
PP film for Strapping Tapes
Monoaxially oriented HDPE
NOWOFLON ET film
PP film for Tear Tapes
PP film for Release Liners
NOWOFLON PVDF, THV, FEP, MFA and PFA films
PP film for Carry Handles
Opaque PP film with low density
Polyamide Film for Tennis Racket and Ski Production NOWOBAX
Product Details
02.01.002
PP film - flame retardant
PP film foamed for Decorative Ribbons
PP films for Tear Tapes
NOWOFLON ET film
NOWOFLON PVDF, MFA, PFA, THV and FEP film
02.03.002
NOWOFLON ET film
PP films for Strapping tapes
02.03.003
NOWOFLON ET film
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02.03.007
PP films for the Cable Industry
02.03.008
PP films for the Cable Industry
PP film flame retardant
02.03.010
PP film foamed for decorative Ribbons
NOWOFLON ET film
02.03.014
Polypropylene Film for High-Quality Print Image
Films
NOWOFLON ET Film
Opaque Polypropylene film with low density
PP films for Strapping Tapes
NOWOFLON PVDF, PFA, MFA, THV and FEP film
PP films for Release Liners
02.04.001.03
02.04.002
PP film foamed for Lables (LBQ)
02.03.015
02.04.001.05
Polyamide Film for Tennis Racket and Ski Production
02.04.001.07
PP film for Strapping tapes
NOWOFLON ET film
PP film for the Cables Industry
NOWOFLON PVDF, PFA, MFA, THV and FEP
02.05.015
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02.05.019
Film cameras, cameras - technical parts
02.05.021
Conveyor belts
02.05.031
Hot melt films
NOWOFLON ET film
NOWOFLON PFA, MFA and FEP film
02.05.041
Membranes
02.05.070
NOWOFLON PVDF Films
Separating foils
NOWOFLON ET films
02.05.042
Membrane films
NUDEC S.A.
NOWOFLON ET films
Address
Pintor Vila Cinca, 24-28
08213 Polinyà / Barcelona
Spain
Phone
+34 93 7132700
NOWOFLON PVDF films
02.05.056
Foam products
PP film for the cable industry
PP film foamed for Lables (LBQ)
02.05.062
Fax
Welding foil
NOWOFLON PFA, MFA und FEP films
02.05.068
Internet address
www.nudec.es
E-Mail
nudec@nudec.es
Stand
Hall 08a, E12-2 (Page 796)
Technical films
PP film for Strapping tapes
NOWOFLON ET film
NOWOFLON PVDF, PFA, MFA, THV and FEP films
PP films for Carry Handles
PP film foamed for decorative Ribbons
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Product Details
Product Overview
NUDEC S.A.
NUDEC S.A.
02.01.002
02.01.002
02.01.004
02.01.005
02.03.002
02.03.003
Calendaring is a process in which heat and pressure are applied to a sheet
passing it between heated rollers, imparting a flat, glossy, smooth surface.
02.03.004
promotion
Products made by laminating
02.03.009
The materials used in laminates can be the same or different, and are placed
between layers of plastic and glueing them with heat and/or pressure.
02.03.013
02.03.002
02.03.014
industry
02.03.015
02.04.001.04
Plastics extrusion is a manufacturing process in which raw plastic material (PC,
PET, PETg, SAN, PS and PMMA) is melted and formed into a continuous flat or
patterned sheet plastic.
02.01.004
02.01.005
NUDEC®PET
NUDEC®PET flat transparent sheet is the ideal product for publicity elements,
thanks to its brightness and transparency together with high resistance to the
chemical attack of acid rain, diesel engine exhaust fumes and air with a certain
amount of salinity. NUDEC®PET sheets have a good impact strength and fire
resistance classifications.
02.03.003
02.04.001.06
(PMMA)
02.04.001.08
02.04.001.14
parts
NUDEC®PC
NUDEC®PC flat transparent polycarbonate sheets are outstanding for their hardness, impact strength and high temperature resistance. They are often employed in building applications, such as coatings, coverings and anti-vandal town
furniture.
02.03.004
Plastics products and parts for office equipment/ promotion
NUDEC®PET
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02.04.001.06
02.03.009
NUDEC®PMMA
NUDEC®SANuv
NUDEC®SANuv flat transparent sheets incorporate additives that counter the
effects of UV in sunlight, which allows them to maintain their properties in outside
application for many years. These sheets are much more stable than those
made of other polymers.
02.03.013
NUDEC®PS
NUDEC®PS sheets are characterized by a high degree of light transmission,
which endows them with high transparency. For this reason, they are ideal for
inside glazing, frames and ceiling lights. The low water absorption tendency
facilitates their adaptation to damp locations and applications, such bath and
shower screens.
02.03.014
NUDEC®PET
02.03.015
(PMMA)
Easily molded, these flat transparent sheets have an excellent stability to outside
weather conditions. They are ideal for an infinite number of outdoor and indoor
application permitting multiple applications. The high optical quality makes them
suitable for the manufacture of mirrors.
02.04.001.08
NUDEC®PS
NUDEC®PS sheets are characterized by a high degree of light transmission,
which endows them with high transparency. For this reason, they are ideal for
inside glazing, frames and ceiling lights. The low water absorption tendency
facilitates their adaptation to damp locations and applications, such bath and
shower screens.
02.04.001.14
parts
NUDEC®PC
furniture.
NUDEC®PET
02.04.001.04
NUDEC®PC
furniture.
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O.M.S. dei F.lli Maina S.p.A.
Address
Product Details
S.P. Rivoltana, 46/48
20060 Vignate / MI
Italy
02.01.010
Our products
Phone
+39 02 959311
Fax
+39 02 95360764
Internet address
www.oms-besser.it
E-Mail
oms@oms-besser.it
OMS dei F.lli Maina S.p.A was established in 1969 and it
is specialized in the design and manufacturing of injection
moulds. OMS has an experienced and skilled staff to fulfil and
support its clients needs. OMS has a testing department with
injection machines from 100 to 1200 tons and bi-component
ones. The main strategy of the company is to follow its clients
with all steps, from the idea till the realisation of the final product supporting them also with additional services.
Stand
Hall 02, D06 (Page 774)
The company has got the certification according the ISO 9000 standards since
2000.
Products:
Product Overview
02.01.010
02.03.002
02.03.006
appliance
03.06.001
OMS produces the following type of tools manly for household appliances, electric and electronics, medical appliances, car industry:
- Traditional injection molds
- 2K component molds
- Stack molds
- Gas assisted injection molds
Besides an up-to-date production department OMS offers its customers additional services like:
- Codesign projects
- Mold-flow analyses
- Rapid prototyping
- Engineering studies
- Product industrialisation
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02.03.002
02.03.006
Our products
Our products
OMS dei F.lli Maina S.p.A was established in 1969 and it
is specialized in the design and manufacturing of injection
moulds. OMS has an experienced and skilled staff to fulfil
and support its clients needs. OMS has a testing department with injection machines from 100 to 1200 tons and bicomponent ones. The main strategy of the company is to
follow its clients with all steps, from the idea till the realisation of the final product supporting them also with additional
services.
OMS dei F.lli Maina S.p.A was established in 1969 and
it is specialized in the design and manufacturing of injection moulds. OMS has an experienced and skilled
staff to fulfil and support its clients needs. OMS has a
testing department with injection machines from 100 to
1200 tons and bi-component ones. The main strategy
of the company is to follow its clients with all steps, from the idea till the realisation of the final product supporting them also with additional services.
2000.
2000.
Products:
Products:
- Stack molds
- Stack molds
- Codesign projects
- Codesign projects
- Rapid prototyping
- Rapid prototyping
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men eine Kombination des Montagespritzguss und der Inserttechnik sowie kunststoffgebundene Magnetmaterialien zum Einsatz. Die innovative Verbindung
von Spritzgießsonderverfahren und funktionalisierten Materialien ermöglicht
hochfunktionale Elektronikanwendungen bei maximaler Präzision.
Oechsler AG
Address
Matthias-Oechsler-Str. 9
91522 Ansbach
Germany
Phone
+49 981 1807-0
Fax
+49 981 1807-222
Internet address
www.oechsler.com
E-Mail
info@oechsler.com
Stand
Hall 05, C41 (Page 780)
Company News
09/08/2010
In a first step a magnet is molded with a PA6-Ferrit-compound, the magnetic filler
is orientated and fully magnetized. Before molding the second component, an
easy flowing PBT-GF30, a MR-Sensor and the pre-molded magnet are inserted
automatically into the tool by a complex robot-system. In parallel to the second
component a cap for the magnet made of translucent colored MABS is produced,
which will be assembled automatically outside of the tool.
Im ersten Schritt wird ein Dauermagnet aus einem PA6-Ferrit-Compound gespritzt,
die magnetischen Füllstoffe orientiert und sättigungsmagnetisiert. Vor dem
Spritzgießen der zweiten Komponente aus einem leichtfließenden PBT-GF30
wird durch ein komplexes Handlingssystem vollautomatisch ein MR-Sensor
in das Werkzeug bestückt sowie der vorgespritzte Dauermagnet in der Umspritzkavität positioniert. Parallel zur zweiten Komponente wird eine Mitnehmerkappe aus transluzent gefärbten MABS für den Magneten gefertigt,
welche außerhalb des Spritzgießwerkzeuges automatisiert auf den Magneten
geschoben wird.
Oechsler AG
Assembly injection molded Rotation Angle Encoder
with polymer-bonded magnets; Functionalized plastics
for electronics achieved by integrated production for
injection molding processes
A completely functional magnetic angel encoder is taken
out of the injection molding machine without any additional manufacturing or assembly steps. Integrated production processes in conjunction with functionalized materials are used to manufacture the innovative rotation
angle encoder. Simultaneously a combination of assembly injection molding and insert-technology plus polymer
bonded magnet compounds is applied. The innovative
combination of special injection molding processes and functionalized materials enables completely new electronic products with high functionality and best
accuracy.
Ohne zusätzliche Bearbeitungs- oder Montageschritte wird der voll funktionsfähige Magnetsensor aus der Spritzgieß¬maschine entnommen. Integrierte
Prozesse in Verbindung mit funktionalisierten Materialien werden zur Produktion des innovativen magnetischen Drehwinkelsensors genutzt. Dabei kom-
493
The rotation angle encoder will be produced on an injection molding machine
from Arburg (13 / A13-1 and 2) using a tool from Oechsler. Detailed information
are also available at Oechsler (5 / C41) and at the Institute of Polymer Technology (12 / B49).
Der Drehwinkelgeber wird auf einer Spritzgießmaschine von Arburg (13 / A13-1
und 2) mit einem Oechsler-Werkzeug gefertigt. Detaillierte Information sind des
Weiteren bei Oechsler (5 / C41) sowie dem Lehrstuhl für Kunststofftechnik (12 /
B49) erhältlich.
Product Overview
Oechsler AG
02.01.010
02.03.002
02.03.006
appliance
02.03.007
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02.03.008
Product Details
02.03.011
02.03.002
02.03.012
02.03.016
engineering
02.04.003.01
02.04.003.02
02.04.003.03
02.05.022
Galvanized parts
02.05.023
02.05.024
02.05.044
Metalised parts
Oechsler AG
Actuator for electronic parking brake
Replaces the usual wire rope of the hand brake.
Oechsler moulds the plastic parts (cover, housing etc.)
and takes over the assembly of the complete device.
Parts to be mounted: two-stage planetary gearing,
scrap web with blank, DC motor, tooth belt, flexible cable.
Further product examples:
- Casing for remote key (4 component technique)
- Adjusting unit of curve following light
- Mirror adjusting unit for trucks
- Hatchback actuator
- Design parts for car interior (ceramic injection molding)
etc.
02.03.006
02.05.045
Micro parts
02.05.047
02.05.064
02.05.073
Valves
02.05.075.02
02.05.080
Door closing aid for dish washers
Mechatronical module with opening and closing function, complete product development in house. Manufacturing and assembly of all plastic parts, end of line
(EOL) testing included.
- Control panel for refrigerators (IMD technique)
- Piping system for steam cleaners
- Fixing element and cap for exhaust hoods (Inmold Assembly)
03.06.001
etc.
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02.04.003.03
02.03.012
Housing subassembly for diabetic devices
Ceramic operating devices for car interior
Manufacturing by use of ceramic injection moulding
(CIM-technology), with high gloss surfaces, scratch resistance, excellent tactile properties and high quality
design
Manufacturing of all plastic parts, complex assembly,
decoration of the displays using In-Mould-Decoration
(IMD technique).
Further product examples made of other high performance thermoplastics:
- Inhaler for asthmatics
- Actuator for electronic parking brake
- EasyLab test cassette (sensor module) for testing of
routine-/emergency blood parameters
- Adjusting unit of curve following light
etc.
- Components for blood test device
- Housing for hearing aids charger
02.05.023
etc.
Casings for remote control key
02.03.016
Housing for telescopic sight
Manufacturing with 4-component injection moulding technology, hard-soft-combination of casing and keys, abrasionresistant moulded keys
Manufacturing of a polymer metal composite with extreme differences in wall thickness and high requirments
regarding impact resistance and impermeability against
humidity
- Housings for diabetic devices
- Housings for sensors
- Housings for air flow meter
etc.
- Component for pocket beamers
- Housing components for binoculars
- Viewing glass for breathing masks
etc.
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02.05.024
Ongropack Ltd
Housing for air flow meter
Address
Manufacturing of different variants, integration of flow
stabilising features, less assembly work due to the reduction of 4 single parts to one complex part.
Bolyai Tér 1
3702 Kazincbarcika
Hungary
Phone
+36 48 510130
Fax
+36 48 310005
Internet address
www.ongropack.hu
E-Mail
ongropack@borsodchem.hu
Stand
- Actuator for electronic parking brake
- Casing for remote control key
- Pedals (clutch etc.)
- Housing for telescopic sight
etc.
02.05.047
Product Overview
Control panel for refrigerators
For temperature control of cooling / freezing unit. Manufacture with IMD (In-Mold-Decoration) technology to get
a multitude of design variants, complex 3-dimensional
geometry with integrated mechanical functionality.
Ongropack Ltd
02.03.003
02.03.015
02.04.001.11
Product Details
Ongropack Ltd
- Charging station for hearing aids (lacquering)
- Housing for diabetic devices
02.03.015
- Displays for mobile communication
ONGROFOL-P with excellent permeability
etc.
Pharmaceutical films of Ongropack Ltd. are produced
in compliance with FDA (Food and Drug Administration)
regulations and the latest Pharmacopeia directives as
well as they are corresponding the Commission Directive 2002/72 EC and its amendments. We offer a wide range of mono layer
films which meets the high demands of the market as far as permeability and
problem-free processing on all types of machine are concerned. They are used
worldwide for both primary and secondary packaging of tablets and
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ORNAMIN GmbH & Co. KG
Address
Trippeldamm 10 b
32429 Minden
Germany
Phone
+49 571 95606-0
Fax
+49 571 95606-77
Internet address
www.ornamin.de
E-Mail
mail@ornamin.de
Stand
Hall 07.1, D27 (Page 790)
Optimum Rubber & Plastic Product Ltd.
Address
Shan Xia Industry Area, Heng Li Zhen
523460 Dongguan
China (Rep.)
Phone
+86 769 83716621
Fax
+86 769 83716681
Internet address
www.optimum.com.hk
E-Mail
sales@optimum.com.hk
Stand
Hall 02, D23 (Page 774)
Company News
07/28/2010
Product Overview
02.04.001.12
Product Details
02.04.001.12
Our products
Optimum Rubber Products Limited was found in 1995.
We are specialized to produce rubber parts in particular
EPDM, Silicon, Neoprene, NBR, ButyI and CR for automotive. We are eager to contribute our best effort for
the development of new products with you as a working
partner.
New decorations with IML
Ornamin Dekorfolien GmbH in Minden, Germany – specialist for durable In-Mould Labels for many plastic types
– is exhibiting at this year’s plastics exhibition „Kunststoffmesse K 2010“. Shown are IML-foils that improve
both the appearance and the functionality of the moulded
plastic part and therefore make it more sellable. Beside the well-known solutions such as non-skid trays from
polystyrene, lunch boxes from ABS and crockery sets
from melamine a special focus lies on a number of new
decoration methods and products.
Ornamin proves once more, that IML is much more than just the short-term decoration of disposable packaging such as yoghurt beakers and margarine boxes.
Be they rubbish bins or stands for sun umbrellas for use outdoors, serving trays
with a non-skid surface for catering and airlines or measuring jugs, lunch boxes
and freezer containers with the end user – no customer want to go without the
decoration that is still there during the whole life cycle of the product.
The main focus with the PET rubbish bin was on recycling and the environment.
For this application a special PET film was needed for guarantee a chemical
bonding of the foils with the injection material. Also important for the customer
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were a high resistance to physical strain and a high UV-resistance, so that the
bins can stay standing in front of public buildings and supermarkets years later.
A further highlight is the solution for airline trays made from ABS that we supply to numerous customers worldwide. As per request, the labels are either
transparent or printed in one or more colours. The important issue is that the
non-skid surface withstands the often very aggressive industrial dishwashing
without causing problems. One client confirmed that as per his tests the nonskid surface remained intact after more than 150 washing cycles – only the tray
itself began to warp.
The paint cans are also made from PET, because this material is resistant
against solvents. The customer uses these cans solely for solvent based paints;
all others are filled into Polypropylene-cans. In this application it was imperative,
that the customer designs which included numerous special colours were to be
realised as per the specification. Also it was important, that the labels would
have a high resistance to UV-rays and to scratching, so that the print would not
bleach out when exposed to many hours of direct sunlight in a shop window.
A completely new product range is pet supplies. The cat box now clearly stands
out of all competitor products – not only is it decorated nicely, but it is also protected enduringly against environmental influences. Using IML the client can
now change the designs during production and can therefore react very flexibly
to customer demands without needing to hold a lot of stock of any design. The
main advantage however is an economical one: With this decoration the customer was able to gain new markets worldwide and to obtain higher prices for
his products.
Another material not usually associated with IML is SAN. The client wanted to
have various scales, sometimes multicoloured, on various sizes of measuring
jugs – under the premise that the labels are always in exact the same position
and don’t slip. Also it had to be ensured that the labels are dishwasher resistant.
With the polypropylene lunch boxes it was imperative that even after running
through the dishwasher the colours on the labels were still bright and shiny.
It was similar with the freezer boxes, but with the added feature that the lids
were equipped with a writeable varnish, so that the end used can write on the
lid without needed special markers. Also a high temperature resistance was
needed.
Another product for which the main use is in the outdoors is stands for sun umbrellas. For this Ornamin has developed a solution which combines many advantages of the IML technology: many changing decorations, resistance to environmental influences such as wind and weather, UV-rays and scratching and
a crisp and clear print.
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01.14.002
Decorative films
02.04.002
Films
02.05.065
customer’s tools
02.05.068
Technical films
03.04.008
Equipment for In-Mould Decoration (IMD)
Product Details
02.04.002
Films
Durable In-Mould Labels for most plastics
Products for injection moulding
Using our labels, you can achieve economical and
durable identification and decoration of your mouldings.
Our decorations are to be found in many different industry sectors and there is seldom a product that can’t be
decorated in this way.
Packaging
Beside labels for mass packaging we supply – and that is what we have specialised in – labels of many different materials (PS, ABS, PET, SAN, PC PP, PE
etc.) to be able to durably decorate high quality specialist packaging.
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Promotional products
In this area the highest demands are made for high quality of design and print.
Our labels live up to and even surpass this expectation. We even realise high
gloss hot stamping in combination with other printing technologies.
In this area it is especially important to be able to frequently change the design
without any reduction in time or capacity. And, of course, durable decorated
products can be sold more easily and at a higher price because they stand out
from the crowd.
Special products
Non-Skid surfaces
Aside from a high quality decoration we offer as a special effect mainly for trays
a special non-skid surface, so that glasses do not slip around or fall from the
trays. The label for the bottom of the tray is coated with this non-skid surface
after printing the design.
We often have other products that are decorated with IML – e.g. rubbish bins
from PET or cat boxes from PP. Always the durability and / or the decoration
itself is the main focus.
Products for compression moulding ( melamine )
Technical parts
For technical parts the durability of the print is usually imperative. Our labels are
printed on the reverse, so that this demand is achieved. After injection the print
lies between the plastic film and the injection material and is thus protected from
environmental influences.
The melamine and urea producing industries wouldn’t know what to do without
decorative foils anymore; particularly when extremely scratch resistant decorations or identification is required. This is an advantage no other method can
offer: the printed label binds perfectly with the moulded article and the result is a
durable and absolutely scratch resistant product. The print is incorporated into
the article completely and is perfectly protected from any outside influences.
Household / children’s products
Crockery / dinnerware
In this area safety is first and foremost: the colours usually lie between film and
moulding compound and are therefore especially scratch resistant. Different
decorations or identifications can be made without sacrificing time or capacity
by simply changing the label in the magazine.
Any design you may wish can be individually developed by our experts for
your various articles. Especially the gold motifs give your melamine crockery
a ”porcelain-character”.
Office supplies
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Especially for promotional and advertising products it is important to achieve
the most brilliant decorations with almost complete freedom of design, with an
infinite number of colours . This demand is achieved with our melamine foils.
Using our labels, you can achieve economical and
durable identification and decoration of your mouldings.
Our decorations are to be found in many different industry sectors and there is seldom a product that can’t be
decorated in this way.
Children’s products
Packaging
Here also our labels offer the major advantage, that the colours are embedded
in the melamine resin – when produced correctly – and achieve conformity to
food regulation laws.
Technical parts
The decoration or identification of technical parts needs to be legible after numerous years. Using our melamine foils you get this peace of mind.
Trays
Non-Skid surfaces
Using impressive, elaborate and appealing designs your products stand out from
those your competitors have to offer. This way they arouse the interest of your
customers . With our decorative films we help you achieve this goal.
02.05.065
customer’s tools
Technical parts
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Office supplies
from the crowd.
Special products
Technical parts
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02.05.068
Technical films
Technical parts
Using our labels, you can achieve economical and durable
identification and decoration of your mouldings. Our
decorations are to be found in many different industry
sectors and there is seldom a product that can’t be decorated in this way.
Packaging
Office supplies
from the crowd.
Special products
Non-Skid surfaces
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Technical parts
Trays
OUEST COATING
Address
Rue Thomas Edison, Z.I. de Brais
44600 Saint-Nazaire
France
Phone
+33 2 40915252
Fax
+33 2 40012914
Internet address
E-Mail
ouestcoating@wanadoo.fr
Stand
Hall 03, C78-1 (Page 776)
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Product Overview
02.05.007
OUEST COATING
02.05.007
coating on all metals and alloys.
Coatings
Product Details
Application of those kinds of
OUEST COATING
P.A.T.I. S.p.A.
Coatings
Coatings
Address
Via Beltramini, 50/52
31020 San Zenone degli Ezzelini / TV
Italy
Phone
+39 0423 567326
Fax
+39 0423 567772
Internet address
www.pati-films.com
E-Mail
info@pati.it
Stand
Hall 07.1, D48 (Page 790)
Coating by thermal spraying
OUEST COATING (located in St Nazaire,
France), held by POLIMIROIR, uses the
following coating technologies depending on the
nature of the material to be deposited and the
properties required :
- High energy plama spraying
- High speed (hypersonic) flame spraying
- Plating by electric arc and oxyacethylene wire
Main coating :
- Tungsten carbides
Company News
P.A.T.I. S.p.A.
- Chrome carbides
09/23/2010
- Oxides and ceramics
ETFE and FEP release films for resin transfer molding
(RTM) composites
- Metals and alloys
etc...
Our release films are successfully used in resin transfer molding composites
and compression molding processes.
Electrolytic plating
Production machinery is fully dedicated to fluoropolymer extrusion and produces
films and membranes with the lowest possible thickness tolerance, thanks to an
automated and continuous process of scan & adjust.
RCD (Paris region), also held
by POLIMIROIR, produces the
Our standard release films are blue for ETFE and red for FEP, from 13 micron
thickness.
following electrolytic deposits :
-hard chrome plating
- nickel plating
- copper plating
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10/08/2010
GRAPHIC ETFE
Product Details
P.A.T.I. S.p.A.
GRAPHIC ETFE
02.03.003
We are proud to announce we will present ”GRAPHIC
ETFE” in preview at K 2010.
ETFE foils production for applications in Architecture and B
* photographic multicolor print quality * no modifications on film’s surface properties * graphic is not
scratchable or removable by water or solvents * graphic
does not affect welding process * width up to 1800mm
The main advantages of this exceptional material: lightweight, flame retardant,
transparency, self-cleaning, long lasting service life with many other features
(mainly derived from the architectural design).
09/23/2010
ETFE foils production for applications in Architecture and Building Industry
2000mm wide ETFE membranes for plastic roofs and
facades
Dedicated machinery for fluoropolymer extrusion allow P.A.T.I. production of
2000mm wide membranes.
Standard rolls weigh 70kg and are packaged in heavy cardboard tubes for easy
handling and transportation on pallets.
Different lengths for different thicknesses:
a) 100 micron: 200 linear meters (400 sqm) b) 150 micron: 133 linear meters
(266 sqm) c) 200 micron: 100 linear meters (200 sqm) d) 250 micron: 80 linear
meters (160 sqm)
Product Overview
P.A.T.I. S.p.A.
02.03.003
02.03.009
02.04.002
Films
02.05.042
Membrane films
02.05.062
Welding foil
02.05.068
Technical films
Ethylene-tetrafluoroethylene, better known by its acronym ETFE, offers designers a remarkable opportunity to develop solutions that integrate modern lightness, durability, design and ecological values.
The main advantages of using ETFE films
It ’s a chemically inert material: it means that is insensitive to chemical agents
combining surface tension and resistance to environmental pollution. The advantage of self-cleaning properties is therefore clear: the exposed surfaces to
weathering do not require cleaning, sufficing just the rain.
The excellent light transmission properties (> 92%) and the very low weight compared to glass (about 1%), allow to create light and elegant structures. In addition, when using pressurised pillows, it’s possible to achieve control of both
sunlight transmission and effective insulation through the air inflated.
ETFE coverings offer also excellent acoustic properties , as the material does
not cause annoying echoes indoor.
The material is approved fire resistant Class 1 in Italy and B1 in Germany according to DIN 4102: extremely natural safe without any additives. Even when
burning, the material shrinks, not spreading flames by falling fragments.
UV radiation does not degrade the material: this, combined with cited chemical
inertness, guarantees extreme durability without loosing performance in conditions ranging from equatorial areas to higher latitudes, virtually from -190°C to
+150°C!
It ’s an environmental friendly material, because at the end of the service life it
can be completely regenerated for new uses, even of the same type, at a cost
definitely competitive than glass, avoiding to send it to landfill.
P.A.T.I. S.p.A. is able to collaborate with engineering firms, general contractors
and developers providing ETFE films and membranes maximum 2000mm wide
in standard thickness: 100, 150, 200, 250 microns.
IDROEVA
02.05.070
IDROEVA offers a range of sheets manufactured with EVA/C, ethylene and vinyl
Separating foils
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acetate copolymers, including a high VA percentage which allows excellent elasticity, i.e. easy adaptation to rough surfaces, resistance to puncturing and high
surface yield, due to the density limited to 520 g/m2.
Food grade formulations are available, which are suitable for drinking water
reservoirs and fish farming, and other types have been studied to match textile supports.
Compared to glass, ETFE film is 1% the weight, transmits more light and is also
resilient, self-cleaning (due to its nonstick surface) and recyclable.
An example of its use is as pneumatic panels covering the outside of large sport
complexes, such as football stadium Allianz Arena or the Beijing National Aquatics Centre - the world’s largest structure made of ETFE film, well known also as
the ”Water Cube”.
The chemical compatibility with potentially harmful dissolved substances can be
checked with the assistance of our technical services. Upon request, the sheet
can be preassembled in our factory.
The most known brand names of ETFE include Tefzel® by DuPont, Fluon® by
Asahi Glass Company and Neoflon® ETFE by Daikin.
Ordering suggestions
Feature an exceptional resistance to chemicals and can be used continuously
up to approximately 155 °C service temperature.
It is possible to order customized sheets that are assembled and welded by high
frequency machines at P.A.T.I.’s works.
In this case it is necessary to supply a quoted drawing, considering that the
maximum size of one single sheet is to 2000 m2, i.e. 40x50 m or 130x165 ft.
N.B. one side must be a multiple of 4 m.
Field installation assistance
In case of basins which require a larger size than the maximum preassembled
in the factory, an assistance service is available, performed by specialized technicians, who can supervise the correct unfolding and spreading of the sheets.
IDROEVA sheets are then joint together by thermal welding.
02.03.009
OUR THIN TUBES AND FILMS
Main advantages :
Wide service temperature range Low flammability Excellent mechanical and dielectric properties Very good resistance to chemicals and solvents Extremely
high resistance to outdoor weathering High light transmission in the visible and
UV ranges Non-stick characteristics Excellent tearing resistance Low permeability..
Main areas of application :
Aerospace, automotive, chemical processing, composites, greenhouse coverings,architectural membranes.
FEP
Products for agriculture
Fluorinated ethylene propylene copolymer
PATI’s almost fifty years of knowledge and expertise enable the company to
propose sound solutions for agriculture.
FEP, or Teflon-FEP®, is a copolymer of hexafluoropropylene and tetrafluoroethylene. It differs from the PTFE (polytetrafluoroethylene) resins in that it is meltprocessible using conventional injection molding and screw extrusion techniques.
The Company is partner of associations and single entrepreneur activities, through
applications such as
greenhouse/tunnel covering, pond liners for water reservoirs, silage protection,
mulching.
02.04.002
FEP shares PTFE’s useful properties of low friction and non-reactivity, but is
more easily formable. FEP is softer than PTFE and melts at 260 °C; it is highly
transparent and resistant to UV radiation.
Films
ETFE
Ethylene tetrafluoroethylene copolymer
Ethylene tetrafluoroethylene, known also by its acronym ETFE, is a thermplastic fluorocarbon-based polymer (a fluoropolymer). It was originally designed to
have high corrosion resistance and strength over a wide temperature range.
Fluorinated ethylene propylene was invented by DuPont and is sold under the
brandname Teflon-FEP®. Similar products are available from Dyneon and Daikin
with the brand name of Neoflon-FEP®.
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Main advantages:
Service temperature up to 205 °C; Excellent resistance to solvents and chemicals; Outstanding dielectric properties; Not flammable; Extremely smooth nonsticking surface.
Main areas of application:
Telecommunications, wire & cable, semiconductors, paper industry, chemicals,
textiles, food processing, packaging, composites, protective coating.
perature, ability to bond to elastomers and hydrocarbon-based plastics, flexibility
and optical clarity.
Main advantages:
Excellent optical clarity and light transmission; Bondability with many elastomers
and plastics; Outstanding flexibility in comparison with other fluroplastics; Excellent permeation resistance; Good resistance to chemicals; Low temperature
processability.
PVDF
Polyvinylidene fluoride
Automotive, chemical processing, multi-layer tubes and hoses, semiconductors,
solar energy, optical fiber and architectural and protective coatings.
Polyvinylidene Fluoride, or PVDF is a highly non-reactive thermoplastic fluoropolymer. It is also known as KYNAR® (Arkema) or HYLAR® (Solvay Solexis).
02.05.042
PVDF is a specialty plastic material in the fluoropolymer family; it is used generally in applications requiring the highest purity, strength, and resistance to
solvents, acids, bases and heat and low smoke generation during a fire event.
Compared to other fluoropolymers, it has an easier melt process because of its
relatively low melting point.
The excellent characteristics of mechanical strength and abrasion resistance,
and good chemical resistance allow a wide range of application, with continuous
operating temperatures up to 150 °C.
Main advantages:
Excellent mechanical strength; Good resistance to chemicals; continuous operating temperatures up to 150 °C; Smooth and self cleaning surface; Resistance
to UV and nuclear radiation; Excellent flame retardant; Good impermeability.
Chemical, food and pharmaceutical processing, tubes and hoses, wire and cable, semiconductors, automotive, nuclear, protective coatings.
THV
Membrane films
ETFE
ETFE foils production for applications in Architecture and Building Industry
The main advantages of this exceptional material: lightweight, flame retardant,
transparency, self-cleaning, long lasting service life with many other features
(mainly derived from the architectural design).
Ethylene-tetrafluoroethylene, better known by its acronym ETFE, offers designers a remarkable opportunity to develop solutions that integrate modern lightness, durability, design and ecological values.
The main advantages of using ETFE films
It ’s a chemically inert material: it means that is insensitive to chemical agents
combining surface tension and resistance to environmental pollution. The advantage of self-cleaning properties is therefore clear: the exposed surfaces to
weathering do not require cleaning, sufficing just the rain.
The excellent light transmission properties (> 92%) and the very low weight compared to glass (about 1%), allow to create light and elegant structures. In addition, when using pressurised pillows, it’s possible to achieve control of both
sunlight transmission and effective insulation through the air inflated.
Tetrafluoroethylene, hexafluoropropylene, and vinylidene fluoride
ETFE coverings offer also excellent acoustic properties , as the material does
not cause annoying echoes indoor.
Dyneon THV Fluorothermoplastic (a polymer of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride) provides a combination of performance advantages unmatched by any other melt processable fluorothermoplastic.
The material is approved fire resistant Class 1 in Italy and B1 in Germany according to DIN 4102: extremely natural safe without any additives. Even when
burning, the material shrinks, not spreading flames by falling fragments.
UV radiation does not degrade the material: this, combined with cited chemical
inertness, guarantees extreme durability without loosing performance in condi-
Provide a combination of performance advantages, such as low processing tem-
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tions ranging from equatorial areas to higher latitudes, virtually from -190°C to
+150°C!
It ’s an environmental friendly material, because at the end of the service life it
can be completely regenerated for new uses, even of the same type, at a cost
definitely competitive than glass, avoiding to send it to landfill.
the right choice for advanced or technical clothing, or for medical applications
(i.e. for surgical gloves or for anti decubitus mattresses or pillows) as well. Its
breathability can be fully appreciated also for plasters (or essence dispensers) or
even in the building industry as housewrap and, due to its mechanical properties,
in shrinking films for packaging when condensation has to be avoided.
P.A.T.I. S.p.A. is able to collaborate with engineering firms, general contractors
and developers providing ETFE films and membranes maximum 2000mm wide
in standard thickness: 100, 150, 200, 250 microns.
OSMOLUX can be the optimum choice for fresh food containers, as breathable
barrier. It is food grade and also suitable for advanced plastic bags. OSMOLUX
plastic bags are also wide used in agriculture or industrial sectors for, as example, muds drying.
GRAPHIC ETFE
Main advantages:
GRAPHIC ETFE
High moisture vapor transmission rate; Water resistance; Barrier for bacteria;
Tear resistance and high tensile strength; Suitable for sterilization (ethylene oxide process, steam, gamma radiation); Approved for skin and food contact; UV
resistant; Antistatic.
We are proud to announce we will present ”GRAPHIC
ETFE” in preview at K 2010.
photographic multicolor print quality no modifications on film’s surface properties
graphic is not scratchable or removable by water or solvents graphic does not
affect welding process width up to 1800mm
Medical equipments, advanced clothing, food processing, containers for fresh
food,agriculture, housewraps, drying processes...
02.05.070
02.05.062
Welding foil
Separating foils
FEP & ETFE release films
FEP strips for coated PTFE membranes
FEP and ETFE release film production
P.A.T.I. has been producing FEP thermoplastic strips for architectural textile applications since several years.
Unrivaled non-stick surface, exceptional adaptation even to complex surfaces,
wide range of service temperature, easy and clean removing from products and
molds.
These strips are used to join PTFE coated membranes, allowing wider surface
coverings and complex shapes.
Tape’s available dimensions:
a) thickness: 50, 75 or 100 micron
ETFE release films
b) width: 25, 50, 75, 100 mm
02.05.068
We produce ETFE and FEP release films (or separating foils). Browse our standard production and ask for custom dimensions! Mainly used for compression
and resin transfer molding composites.
Color: translucent blue Width: up to 190 cm (74”) Thickness: from 20 micron
(0,0008”)
Technical films
OSMOTEX / OSMOLUX
FEP release films
Polyether Block Amide films
Color: translucent red Width: up to 190 cm (74”) Thickness: from 13 micron
(0,0005”)
BREATHABLE AND WATERPROOF : our films offer a structure that allows excellent permeability to air and water vapor while remaining waterproof and, unlike
microporous products, is a barrier layer for larger molecules and bacteria.
Extremely easy to laminate onto textiles and non woven fabrics, OSMOTEX is
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Pali Polymers
PANELTIM NV
Address
F/41, Nanddham Industrial Estate, Marol
400 059 Mumbai, Maharashtra
India
Address
Industrielaan 38
8810 Lichtervelde
Belgium
Phone
+91 22 29206305
Phone
+32 51 726760
Fax
+91 22 29201132
Fax
+32 51 724943
Internet address
www.palipolymers.com
Internet address
www.paneltim.com
E-Mail
ptfepali@gmail.com
E-Mail
paneltim@paneltim.com
Stand
Hall 05, B15-5 (Page 780)
Stand
Product Overview
02.04.001.05
Pali Polymers
Product Details
02.04.001.05
Pali Polymers
Product Overview
PANELTIM NV
02.04.001.07
02.04.001.05
Product Details
UHMWPE LINERS ,SHEETS,RODS,BUSH & PTFE
RODS, COMPONENTS
02.04.001.07
PANELTIM NV
Paneltim construction panel
UHMWPE LINERS to Bunkers , Hoppers, Silos ,Chutes
to improve flow and minimize wear. Sheet finds application as facial plates in fender systems at the harbors & UHMW-PE Pads for Marine Fenders Panel .
It Successfully replaces phosphor –bronze sea grids.
GUIDES & WEAR LINERS GUIDES RAILS,WEAR LINERS STAR WHEEL – In
Bottling & Canning plants to reduce noise. CUSHION BED- for steel products
in steel mill RODS ,BUSH ,SHEETS & other components
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Paneltim NV is manufacturer of PP Copo and HDPE construction panels . 50x100mm.
Easy to weld to measure, strong because of the inner structure
and light 10 or 13 kg/m2.
Applications: swimming pools, containers, furniture, doors, etc.
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Penguin Engineers
Product Overview
Address
3/184, Kondayampalayam, Vaiyampalayam
641 110 Coimbatore
India
Phone
+91 422 2315640
Fax
+91 422 2315644
Internet address
www.penguin.in
E-Mail
info@penguin.in
Stand
Hall 12, C39 (Page 806)
Penguin Engineers
02.05.058
Hoses
03.02.001.02.08
Extrusion lines for flexible hoses
03.03.005
Winding equipment
03.07.005.02
Shrinking machines
03.07.005.05
Product Details
02.05.058
Company News
04/23/2010
Penguin Engineers
PENGUIN ENGINEERS
Hoses
HOSE WRAP / UNWRAP SYSTEM: Model: WRAPMASTER 1000C
Penguin Wrap Master 1000C Hose Wrapping and Unwrapping System works at a speed up to 1000 rpm and
wraps the product spirally with nylon tapes.
Penguin Engineers are a leading manufacturer of critical machinery required for rubber hose industry. Penguin manufactures different models of hose braiding
machines, wire bobbin winders, hose wrapping machines, caterpillars, reel type hose take-up and let-off
systems for braiders and extruders.
Penguin Engineers have been manufacturing these
machines since 1991 and are acknowledged in India and abroad as a reliable
manufacturer of technologically advanced machinery needed for hoses built on
flexible and rigid mandrels. Penguin machines are designed to international
standards and are built to assure highest standards of performance. Penguin
rubber hose machinery have enabled large scale manufacture of high quality
hoses at competitive price.
Penguin Engineers have opened their new factory building on 16th March 2006.
The new production facility was inaugurated by Mr. Lothar E. Ignatzi, Managing
Director, Mayer Braidtech GmbH, Germany.
Penguin Engineers
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The ergonomic machine design with PLC controls, Servo
motors along with Electronic servo drive synchronization, reliable and efficient positive non-slip conveyor
drives make the Digital precision “Wrapmaster 1000C” a World Class, Stateof-the-Art machine in the International market.
Hoses manufactured on Rigid mandrels and Flexible mandrels as well as cables
that are flexible can be wrapped using suitable supports.
Features of Hose Wrap / Unwrap System * High speed wrapping / unwrapping
of flexible hose upto 1000 rpm * Controlled wrap tension upto 15 kg * Precision
wrap with accurate pitch * Delicate handling of hoses * User-friendly operator interface with 10” touch screen * Ergonomic machine design * Accurate placement
of brand tape * Reliable machine for continuous automatic operation * Release
solution collecting arrangement with stainless steel doors * Electrical and pneumatic brakes for rapid stop * Pneumatic door operating system * Hose guide
tubes for wrapping different sizes of hoses
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HIGH SPEED BRAIDING MACHINE
PGT Thermprozesstechnik GmbH
* 3 over 3 braiding as well as 2 over 2 braiding * Designed for vibration free operation * Single wire cut sensor * Wire tension upto 5 kgs * Automatic continuous oil
lubrication * Ergonomically designed doors and access
openings, so that the bobbins can be easily replaced *
Sound proof acoustic enclosure * Electronic pitch controls - No change gears * Wire as well as textile braiding
Address
Camp-Spich-Str. 65-67
53842 Troisdorf
Germany
Phone
+49 2241 2533300
Fax
+49 2241 2533310
Rubber Hose Knitting is a recent concept in radiator
hose technology. Penguin Hose Knitting Machines are
indigenously designed and Penguin are the only indigenous manufacturers of these machines in India and one
among the very few manufacturers in the world. This
machine is characterized by high productivity, simplicity and excellent performance. The hoses manufactured by this machine are far superior to conventionally
wrapped hoses in strength, appearance and durability. This machine is used
for the manufacture of all types of bent hoses, curved hoses and hoses of various diameters used in automobiles. Knitted fabric reinforcement structure of
Radiator hose, Automotive heater and coolant hoses, air hoses and all types of
similar low pressure hoses used in automobiles and other applications, can be
fabricated by knitting fabric reinforcement using Penguin Hose Knitting Machine
Internet address
www.pgt-gmbh.com
E-Mail
info@pgt-gmbh.com
Stand
Hall 10, B39 (Page 800)
The various features of Penguin Hose Knitting Machines are: * Different models
to knit any hose diameter from 6mm to 150mm * Machine can use a variety of
knitting yarns like cotton, rayon, nylon, polyester, polyamide etc. * Gives considerable savings in labour cost in manufacturing process because of horizontal continuous knitting technology * Provision to vary knit structure and obtain
homogenous knitting * Requires only 2.0 HP power each for knitting head &
Caterpillar * Easy of operation in changing knitting heads
PENGUIN HOSE KNITTING MACHINE
Product Overview
PGT Thermprozesstechnik GmbH
02.03.002
02.03.007
02.03.012
02.05.050
Parts for pumps
02.05.071
Clock and watch parts
02.05.075.01
02.05.080
TAKE-UP / LET-OFF SYSTEMS
* One machine suitable for various sizes of drum *
Clamping by electrical motor driven * Lifting by electrical motor driven with belt * Speed controlled servo drive
and servo motor for precision control of hose laying *
Linear guide sliding system * Caliper disc brake for letoff system * Automated PLC controlled winder * Operator interface to enter critical operational parameters
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03.06.001
03.06.005
Hotrunner systems
03.07.001.01.03
Closed loop control equipment for temperature
03.07.001.01.05
Other control equipment
03.07.001.03
Software
03.07.003.03
Assembly systems
03.08.002.01
03.08.002.02
Water chillers
03.09.003.01
Measuring equipment for melt tempeature
Product Overview
03.09.003.02
Other measuring and test equipment for thermal
properties
02.03.003
04.04
Leasing
Pimtas Plastik Insaat Malz. San. ve Tic. A.S.
Address
Gebze Plastikciler Organize Sanayi Bölg
41400 Gebze, Kocaeli
Turkey
Phone
+90 262 7512424
Fax
+90 262 7514204/05
Internet address
www.pimtasplastik.com.tr
E-Mail
pimtas@pimtasplastik.com.tr
Stand
Product Details
02.03.003
04.06
02.03.003
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Plastemart.com
Plastchim-T AD
Address
Address
Chan Asparuch 97
9450 Tervel
Bulgaria
Phone
+359 58 690304
Fax
+359 58 690300
Internet address
www.plastchim-t.com
E-Mail
plast@plastchim-t.com
Stand
31, Shah Ind. Estate, Veera Desai Road,
400 053 Mumbai
India
Phone
Fax
Internet address
www.plastemart.com
E-Mail
sales@plastemart.com
Stand
Hall 12, D33-8 (Page 806)
Company News
Product Overview
10/08/2010
02.04.002
Plastemart.com
Plastchim-T AD
Where the world of plastics meets
Films
6 layer blow molding machine: Seller in Canada meets buyer in UAE,
Product Details
02.04.002
Plastchim-T AD
BOPET Line: Seller in France meets buyer in Turkey,
W&P Compounding Lines: Seller in USA meets buyer in UK, Jomars: Seller in
USA meets buyer in Canada, 220 Liter Blow Molders: Seller in Australia meets
buyer in India, Screen Changers: Seller in USA meets buyer in USA, Erema
Recycler: Seller in USA meets buyer in Canada, Calendering Line
Films
BOPP Folien
Seller in Croatia meets buyer in West Asia, Recycling Machine: Seller in India meets buyer in South Africa, Netstals: Seller in USA meets buyer in India,
Houseware:
Seller in India meets buyer in South Africa, Sheets:
Seller in India meets buyer in West Asia, Plastic Furniture: Seller in South Africa
meets buyer in Zambia, Shopping Bags: Seller in India meets buyer in USA
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Plastika Kritis S.A.
Product Overview
Plastemart.com
01.01.115
Reclaimed material
02.01.002
02.01.008
03.01.008
03.02.001.01.02
03.02.002.01.03
03.02.003.01
Address
P Street, Iraklion Industrial Area
716 01 Iraklion, Kreta
Greece
Phone
+30 2810 308500
Fax
+30 2810 381328
Internet address
www.plastikakritis.com
E-Mail
info@plastikakritis.com
Stand
Hall 07.1, C27 (Page 790)
Compounding lines
Extruders, twin screw type
kN clamping force
Company News
03.02.006.02
Rotational moulding machines
03.10.005
Heating elements
06/23/2010
PLASTIKA KRITIS
· PLASTIKA KRITIS offers a wide range of masterbatches for pipes, including
special formulations for drip irrigation, water supply networks , PE 80, PE100
and PPRC pipes
· Solutions for PP-PET straps including mass coloration and/or properties modification (welding enhancement, antisplit, viscosity modification).
· Micro granules for PET bottles coloration
· Additives, white and pearlescent masterbatches for BOPP films.
· Special masterbatch formulations (IR, UV, antidrip e.t.c) for greenhouse films,
based on the 40 years experience in this field.
· Black , white , additives and colors (including single pigment concentrates and
custom color solutions) for PP fibres (BCF, CF , spun bond e.t.c) , raffia and
tapes.
· p-PVC based color black and white masterbatches for cable jacketing.
· Complete product range (colors, minerals, black whites and additives) for thermoforming , films and extrusion coating, blow and injection moulding.
·
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Product Overview
01.10.071
Light stabilisers (s. UV stabilizers)
01.10.075
Matting agent
01.10.081
Nucleating agents
01.10.082
Optical brighteners
01.10.086
Pearlescent pigments
01.10.092
Pigment Black, Pigment Black Preparations
01.10.113
Release agents
01.10.115
UV stabilizer
01.10.127
White pigments
01.11.006
Calcium carbonate
01.11.035
Talc
01.14.009
Cable compounds
01.14.018
Purging compound
02.03.009
02.04.002
Films
02.04.004
02.05.041
Membranes
02.05.042
Membrane films
01.01.017
01.01.032
Granulates
01.01.037
Masterbatches
01.01.084
01.01.117
Impact modifier
01.06.008
Polypropylene fibres
01.10.002
Additives, other
01.10.004
01.10.007
Ageing stabilizers
01.10.014
Antiblocking agents
01.10.016
Antioxidants
01.10.018
Antislip agents
01.10.019
Antistatic agents
01.10.030
Colour pigments
01.10.040
Effect pigments
01.10.047
Masterbatches
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outset in the initial design phase; we can, at any time, visualize both dies and workpieces; all modifications can be implemented, viewed,
evaluated, and assessed end-to-end in 3-dimensional, virtual terms. The design
and prototype phase is supported by mold flow analyses conducted in-house.
POLAR-FORM Werkzeugbau GmbH
Address
Karl-Kammer-Str. 11
77933 Lahr
Germany
Phone
+49 7821 9503-0
Fax
+49 7821 9503-20
Internet address
www.polar-form.de
E-Mail
info@polar-form.de
Stand
Hall 02, C12 (Page 774)
Product Overview
Complex 2-component dies are mostly used in rotary procedures (i.e. a rotary
table or indexing plate). Of prime importance are not only the visual quality but
also the economy of plastic material (thin wall technology) as well as dimensional
accuracy and exact fit of the dies.
POLAR-FORM also offers you inmold labeling (IML) in conjunction with 1component and 2-component dies; we organize this in close cooperation with
labeling and handling companies.
In the 1-component dies sector we use a wide variety of technologies - including
conical slide, screw fitting, and multi-stage ejector systems.
02.03.002
02.03.012
03.02.002.02
03.06.001
04.05
Subcontracting
Product Details
02.03.002
Unscrewing molds: POLAR-FORM develops special molds for products with
male and female threads - also where a demolding mechanism is required.
Turning drives from POLAR-FORM stand out by virtue of their short unscrewing
and changeover times. Other impressive features are their stable design and
their excellent cooling characteristics.
POLAR-FORM develops rotary table systems individually designed according
to your own special requirements. These rotary tables - in different sizes - can
be installed in injection molding machines operating in the mold clamping range
of 40 to 500 tonnes.
02.03.012
Our products
Our products
POLAR-FORM can provide you with advice and detailed specialist know-how - so that you can always be
sure of working with molds and dies that ensure consistent and reliable production. This starts right from the
outset in the initial design phase; we can, at any time, vi-
POLAR-FORM can provide you with advice and detailed specialist know-how - so that you can always be
sure of working with molds and dies that ensure consistent and reliable production. This starts right from the
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sualize both dies and workpieces; all modifications can be implemented, viewed,
evaluated, and assessed end-to-end in 3-dimensional, virtual terms. The design
and prototype phase is supported by mold flow analyses conducted in-house.
Complex 2-component dies are mostly used in rotary procedures (i.e. a rotary
table or indexing plate). Of prime importance are not only the visual quality but
also the economy of plastic material (thin wall technology) as well as dimensional
accuracy and exact fit of the dies.
POLAR-FORM also offers you inmold labeling (IML) in conjunction with 1component and 2-component dies; we organize this in close cooperation with
labeling and handling companies.
Polyparts Sdn. Bhd.
Address
No. 2, Psrn Perindustrian Silibin 2,
30100 Ipoh, Perak
Malaysia
Phone
+60 5 5267071
Fax
+60 5 5267073
Internet address
www.polyparts.com.my
E-Mail
mktg@polyparts.com.my
In the 1-component dies sector we use a wide variety of technologies - including
conical slide, screw fitting, and multi-stage ejector systems.
Stand
Unscrewing molds: POLAR-FORM develops special molds for products with
male and female threads - also where a demolding mechanism is required.
Company News
09/14/2010
Turning drives from POLAR-FORM stand out by virtue of their short unscrewing
and changeover times. Other impressive features are their stable design and
their excellent cooling characteristics.
POLAR-FORM develops rotary table systems individually designed according
to your own special requirements. These rotary tables - in different sizes - can
be installed in injection molding machines operating in the mold clamping range
of 40 to 500 tonnes.
Polyparts Sdn. Bhd.
20th Anniversary
POLYPARTS SDN BHD is celebrating its 20th Anniversary this 2nd of October!
We have come a long way growing from a small engineering plastic injection moulding company to an established Integrated Manufacturing Services
Provider, expanding our customer base internationally including Southeast
Asian countries, Japan, USA and EU.
We thank our customers’ support all these years and we will never stop exploring new business opportunities worldwide and forging firm and loyal business
relationships with potential customers.
We look forward to meeting up with you!
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Product Overview
Polyparts Sdn. Bhd.
Product Overview
POLYPLASTIC Group
02.01.010
01.01.049
Polyamide PA 06
02.02.003
Printing
01.01.092
Polypropylene
02.02.005
Welding
01.01.109
Polyvinyl chloride blends
02.04.003.01
01.02.001
TPE-V/TPV
02.04.003.02
01.02.009
Thermoplastic elastomers based on PVC, TPE/PVC
02.04.003.03
02.01.002
02.05.065
customer’s tools
02.03.002
03.06.001
02.03.003
04.05
Subcontracting
02.03.005
02.03.007
02.03.008
POLYPLASTIC Group
Address
Ochakovskoye rdw. 18
119530 Moscow
Russia
Phone
+7 495 7456854
Fax
+7 495 4408467
Internet address
www.polyplastic.ru
E-Mail
reclama@polyplastic.ru
Stand
Hall 06, D47 (Page 784)
Product Details
02.01.002
POLYPLASTIC Group
Thermoplastics
A dynamically developing Russia’s market of engineering thermoplastics has created a stable basis for the expansion of composite
materials production. While taking an active part in creation and development of
this market the POLYPLASTIC Group has raised its compounding capacities up
to 40 thousand tons per year by 2007 and in many respects serves as a guide
for the other market’s players.
The Compounding division of the Group specializes in the manufacture of the
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composite materials based on PP (ARMLEN®), PA 6 (ARMAMID®), PA 66
(TECHNAMID®), PBT (TECHNOTER ®) as well as of thermoplastic elastomers
based on PVC and PP. The range of products (more than 250 grades) covers
all well-known reinforced and modified systems: glassfiberreinforced, mineralfilled, impact modified, flame retardant, wear resistant, heat stabilized, etc. The
main product line in the Group’s portfolio is thermoplastic composites for different areas of application: automotive, construction, rail, household appliances,
electric and electronic.
The Group’s manufacture of composite materials is concentrated at three production sites – in Moscow, Togliatti and Saratov and certified in accordance with
ISO 9001. It maintains high standards of quality as well as of customer service
and technical support.
The R&D Center of the Group formulates, launches and ensures production of
new specialty composite materials. The marketing strategy of the POLYPLASTIC Group is to offer any customer the grades with the features and performance
characteristics fully adapted to his needs, while taking into account the type of
the plastic processing equipment used by this specific customer, thus securing
the highest level of operating efficiency.
The Group’s R&D team works closely with the customers from the initial design
concept, and on through every stage from elaboration of the novel materials and
technologies to their commercialization and its most experienced technical field
force is always at the customers’ disposal where it is most needed – right in the
customers’ own production facilities.
The Compounding division of the POLYPLASTIC Group each year raises the
output by 20-25% and looks to the future with confidence. One of the reasons
for this optimism is the anticipated accomplishment of a number of projects related to a large-scale localization of production facilities, owned by the world
leading automakers and producers of household appliances, in Russia. Collaboration with such companies as Ford Motor Company, Schneider Electric, GM,
Electrolux, Indesit, etc., allows planning an increase in the Group’s compounding capacity of up to 70 thousand tons by 2009.
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Power On Mould Co., Ltd.
Address
Sha Ni District, Qingxi Town
523955 Dongguan City, Guangdong Province
China (Rep.)
Phone
+86 769 87738507
Fax
+86 769 87735374
Internet address
www.poweron-mould.com
E-Mail
sales@poweron-mould.com
Stand
Hall 02, G04 (Page 774)
Product Overview
02.03.002
Product Details
02.03.002
Our products
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Premium Asia GmbH
Renata Precision Components Pvt. Ltd.
Address
Feldbachacker 10
44149 Dortmund
Germany
Address
J-526, MIDC Bhosari
411 026 Pune
India
Phone
+49 231 725059-0
Phone
+91 20 66114920
Fax
+49 231 725059-24
Fax
+91 20 66114921
Internet address
www.premiumasia.net
Internet address
www.renata.co.in
E-Mail
info@premiumasia.net
E-Mail
rohit.thawani@renata.co.in
Stand
Stand
Hall 05, B15-7 (Page 780)
Product Overview
02.03.014
Premium Asia GmbH
industry
Product Details
02.03.014
Product Overview
02.03.002
02.04.003.02
02.04.003.03
Premium Asia GmbH
02.03.014
Product Details
The order quantity is based on container.
02.04.003.02
You can arrange your order with different articles of our
assortment.
small precision parts
For a special offer take contact with us
You get small precision parts which come with built-in
capabilities. Our rich experience is backed by:
Unigraphics for Mould Design
Charmilles for Wire EDM and EDM for Mould Manufacturing
Okamoto for Surface Grinding
Demag for Moulding
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pand its product portfolio and service business in the area of large industrial
packaging applications“, added Rikutec Managing Director, Bodo Richter. “In
return we will participate in Kautex’ global sales and service network.“
Mitutoyo Instruments and Profile Projector for Quality Assurance
A team of specialists backed by professional,forward looking Management
ISO 9001:2000 Certification.
Product Overview
RIKUTEC Richter Kunststofftechnik
Address
Graf-Zeppelin-Str. 1-5
57610 Altenkirchen/Westerwald
Germany
Phone
+49 2681 9546-0
Fax
+49 2681 9546-33
Internet address
www.rikutec.de
02.03.015
02.05.006
Containers
02.05.033
03.02.003.01
03.06.002
Blow moulds
Product Details
02.03.015
E-Mail
info@rikutec.de
Stand
Hall 14, A72 (Page 810)
Company News
09/06/2010
Unsere Produkte
Cooperation Rikutec/ Kautex
Bonn/Altenkirchen – Effective August 1, 2010, Kautex Maschinenbau takes
over international sales and service for Rikutec equipment. Both companies
manufacture blow molding machines, but cater to different segments of the blow
molding industry. They collaborated already on several projects in the past.
„Through our focused partnering in Service and Sales, blow molding machine
buyers will benefit in the future from a single source supply of a wider range of
equipment solutions and service capabilities“, explained Andreas Lichtenauer,
Managing Director of Kautex Maschinenbau. “The intended cooperation is not
a joint venture. Both companies will remain separate corporate entities.“ “With
Rikutec’s multilayer accumulator heads, Kautex Maschinenbau GmbH will ex-
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02.05.006
Unsere Produkte
Containers
Unsere Produkte
Unsere Produkte
Riwisa AG
Address
Sonnhalde
5607 Hägglingen
Switzerland
Phone
+41 56 6169393
Fax
+41 56 6169349
Internet address
www.riwisa.ch
E-Mail
c.twine@riwisa.ch
Stand
Hall 12, B51-1 (Page 806)
Unsere Produkte
Unsere Produkte
Product Overview
02.05.033
Riwisa AG
02.01.010
02.01.011
02.02.001
02.02.002
Galvanization
Unsere Produkte
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02.02.003
Printing
02.02.004
Type printing
02.02.005
Welding
02.02.006
Embossing
02.03.002
02.03.016
engineering
02.04.001.02
Semi finished products of GMT
02.04.001.03
02.04.001.04
02.04.001.05
02.04.001.06
(PMMA)
02.04.001.07
02.04.001.08
02.04.001.13
02.04.003.01
02.04.003.02
02.04.003.03
02.05.001
Apparatus and parts
02.05.002
Armatures and parts
02.05.008
Office machinery-parts
02.03.003
02.03.005
02.03.006
appliance
02.03.007
02.03.008
02.03.009
02.03.011
02.03.012
02.03.013
02.03.014
industry
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02.05.020
Filters and parts
02.05.023
02.05.024
Plastic products medical engineering
02.05.025
Handles
In the medical field RIWISA AG produces medical devices,
implants and disposable items for a worldwide active clientele. Here we work according to class C clean-room conditions.
Product Details
02.01.010
for-sale packaging stage.
02.03.012
Riwisa AG
Our philosophy is focused on global competition with demanding customers.
Flexible production of injection-moulded plastic parts
An innovative team guarantees current know-how and, in
co-operation with the customer, develops simple to complex products to the
highest level. This is always carried out taking economical aspects into account.
An exemplary solution for flexible production of injectionmoulded plastic parts has been realised as a pioneering
accomplishment in RIWISA AG’s industrial division.
The main computer, acting as a central control and
guidance system, is responsible both for the procedure
of setting up as well as the exchange of data between injection moulding machines and the portal robots for the preparation and distribution of material. The
automatic replacement of tools and melting aggregates is carried out by our
portal robot. The latter fetches the necessary moulds and aggregates from the
warehouse and initially places them in the preheating station. There, both components are brought up to the required operating temperature while the previous
production batch is still being processed. This process increases the efficiency
and ensures maximum utilisation of our capacities.
The distribution and data monitoring is carried out using the integrated production planning and control system (PPS). The key to this complete automation
lies in the production cells, constructed on the modular system, which for their
part are interconnected through polyvalent interfaces.
The two-component injection moulding technique is also considered to be a speciality of RIWISA AG. Here two different materials are processed in a single injection process to produce a part. This process makes finishing and expensive
sequential operations superfluous.
In the adjacent finishing department sequential operations such as ultrasonic
vibration welding and orbital welding, bonding, stamping, laser printing and vacuum aluminising are carried out semi or fully automatically through to the ready-
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Qualified specialists accept responsibility for the subsequent realisation of products of suitable quality.
If required all development and production activities will be implemented in accordance with current Good Manufacturing Practice (cGMP).
With our new products we are equipped for the future. Challenge us!
02.03.014
Plastiv products
Packaging by RIWISA AG is a name that guarantees quality products.
RIWISA AG’s range of products includes the manufacture
of polystyrene film with up to three layers, thermo forming containers for dairy and catering products as well as
injection moulding cups and special products rounds off a
unique packaging program. Using the most modern equipment, whether injection moulding or thermo forming we produce several million
items per day.
Using dry offset printing process our infrastructure allows precise printing of
products in up to 8 colours.
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For our products we only use environmental friendly raw materials which fulfil all
the FDA standards.
Roctool SA
Address
Product Overview
Roctool SA
03.02.002.06
02.01.010
Savoie Technolac, BP 341, Modul R
73375 Le Bourget du Lac
France
Product Details
Phone
+33 4 79262707
Our Products
Fax
+33 4 79272708
RocTool is specialized in developing and improving Heat and
Cool technologies and consists of a strong team in R & D, technical specialists and business development.
Internet address
www.roctool.com
E-Mail
sales@roctool.com
Stand
Hall 15, B17 (Page 812)
02.01.010
Roctool SA
The renowned Cage System® and the latest addition to the
RocTool technological package, 3iTech®, Integrated Internal
Induction Technologies, where the inductors are positioned
inside the mold at manufacturing time in order to match the
shape of the part, are both designed to heat and cool the surface of the mold in seconds by induction and/or conduction.
RocTool offers licensing out of its patents and know-how world-wide.
Company News
08/31/2010
Roctool SA
HEAT & COOL USING INDUCTION 3iTech® Integrated
Internal Induction Technologies
RocTool’s new technology 3iTech®Integrated Internal
Induction Technologies, uses an inductive heating system with internal coils integrated inside the mold, therefore heats a reduced area of the tool by conduction.
This is a breakthrough technology in both plastic injection and composites. For Plastic Injection being able to
heat the mold at the injection phase revolutionizes the
flow and rhelogy as we can produce parts without welding lines, no painting necessary, an improved glossy appearance or matt finish and reduced thickness.
For composite applications, it allows heating the mold from 60°C to 250°C (possibility of reaching up to 400°C) in a few seconds and cooling equally as fast,
using very low energy. 3iTech® WO2006136743 EP1894442
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Filter sieve belts
Filter sieve belts are used for a continuous filtration of
polymer melt.
Rolf Körner GmbH
Address
Neue Str. 14-16
52382 Niederzier
Germany
Filter belt are mainly used:
• specially weaved cutting as basic material for carpets
Phone
+49 2428 94190
Fax
+49 2428 5980
• weaved ribbons for packing
(e.g. bags for potatoes or onions)
• very tight weaved ribbons as container packing (transportation of granulates)
Internet address
www.koerner-gmbh.de
E-Mail
info@koerner-gmbh.de
Stand
Hall 09, A78 (Page 798)
Product Overview
02.05.020
03.01.006
03.01.007
Rolf Körner GmbH
Address
ZI du Buisson - Rue de la Poudriere
42230 Roche la Moliere
France
Phone
+33 4 77900439
Fax
+33 4 77900455
Internet address
www.rollconcept.com
E-Mail
rollconcept@spoolex.com
Stand
Hall 03, A96 (Page 776)
Filters and parts
Screen changers
Melt filters
Product Details
02.05.020
Roll Concept
Rolf Körner GmbH
Filters and parts
Filter elements in different executions
Company News
We produce filter elements in nearly unlimited variety.
As smooth or pleated elements they are used for the
filtration of fluids.
06/23/2010
Roll Concept, the unique Alveotube® manufacturer !
Present since 1991 on the roller manufacturing market, Roll Concept has
gained strong position thanks to its well-known Alveotube® profile
According to material and application the following joints
are possible:
What distinguishes our Alveotube® rollers and winding cores is that they are
based on an aluminium profile combined with an alveolar structure! This special
characteristic allows users to save money and gain in productivity. In fact, thanks
to their alveolar structure, the Roll Concept’s products, combined stiffness and
• spot welding • cylindric seem welding • plasma welding
• traditional soldering • adhesing
Roll Concept
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low inertia. Moreover, their manufacturing in anodized aluminium makes them
light, without any risk of rust, and perfectly adapted to plastic and rubber industries.
Specific treatments and coatings The added value of Roll Concept’s is partly
due to our mastering and expertise in surface treatment, allowing us to adapt
our product to customer specific needs : anodization to increase surface hardness, plasma coating to prevent adhesive coated products from sticking on the
roller, hard chromium for a wear well surface, Teflon® coating to avoid product sliding or hot product sticking, or also sand blasting for applications needing
rough surfaces for a better web driving, or marking application or liquid coating
etc.
Concentric and balanced rollers ! Another strong point of our technical rollers
and winding cores is their high quality geometry and surface state. Roller rotating ability depends on its concentricity between the surface of external diameter
and the surface of internal diameter. This high original concentricity could be
enhanced to respond specific stress of high speed applications. This surface
machining also allows managing table surface state (rough). Depending on the
product in contact with the roller, the line speed… surface state is a very important parameter. Moreover for high speed application, balancing machine is
offering customers vibration free rollers.
Universal core adpator Corexal® With a wealth of experience behind it, Roll
Concept has developed a specific winding core, the Corexal®. Air or mechanical shafts which support cardboard winding cores during winding operations
have usually an internal diameter of 3˝ (76.2 mm). But generally it’s necessary
to rewind on 6˝ internal diameter winding cores (152.4mm). Air shafts today
solutions need adaptation, pneumatic supply, they are heavy and fragile… Roll
Concept has developed an universal core adaptor: this mechanical solution allows to wind on a 6˝ winding core whilst using a 3˝ shaft, without any electrical,
air, water, mounting, tools or internal diameter modification. When the 3’’ shaft
is inflated, it opens the adaptor allowing to support the 6’’ cardboard winding
cores. After air shaft deflating, a spring allows to remove the cardboard winding
core. Such as all Roll Concept’s product range, Corexal® could be provided in
various lengths, with different surface finishes to fulfil customer’s needs.
Turnkey rollers Roll Concept is definitely a human sized company. Flexibility and
short reaction times are our day to day goal. Thanks to an important profile stock,
numerous equipment such as drilling machine, balancing machine, straightening
press, Roll Concept proposes adapted services, from simple profile to ready to
be installed solutions !
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Product Overview
Roll Concept
02.05.076
03.10.003
Rolls
Product Details
02.05.076
Roll Concept
Thermal Roller
Thanks to its alveolar structure our patented cooled or
heated roller is a light and efficient solution bringing high
performance. Its double internal fluid circulation guarantee an efficient thermal transfer for webs. Moreover,
its aluminium structure allows to reduce from 50% its
weight than a standard double casing roller.
Rossi Stamp Srl
Address
Via degli Artigiani, 8/A
44011 Bando / Ferrara
Italy
Phone
+39 0532 807009
Fax
+39 0532 807258
Internet address
www.rossistamp.com
E-Mail
info@rossistamp.com
Stand
Hall 02, D10 (Page 774)
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Company News
Rossi Stamp Srl
Product Overview
05/19/2010
ROSSI STAMP has developed an innovative ”Patented”
process in ”Glassfibre Rinforced Extruded Profiles”.
The process provides the means of producing a continuously reinforced extruded profiles with the reinforcement located where required to give the desired properties. The process provides an efficient, cost-effective
manufacturing solution for ”shelf-stiffened” continuous
profiles and the technology offers the potential of a higher flexural stiffness
over conventional plastic extrusions and a reduction in costs when compared
to metallic or pultruded products.
09/30/2010
Rossi Stamp Srl
INNOVATIVE TECHNOLOGY
INNOVATIVE PROCESS TO REINFORCE EXTRUDED
PROFILES
The process provides an efficient, cost-effective manufacturing solution for “self-stiffened” continuous profiles
and the technology offers the potential of a higher flexural stiffness over conventional plastic extrusions and
a reduction in costs when compared to metallic or pultruded products. By eliminating the need for metallic reinforcements, these profiles are the ideal solution in environments where thermal conduction and corrosion are
an issue.
02.05.024
02.05.028
03.02.001.02.05
03.03.008
03.06.003
Extrusion dies
Product Details
02.01.002
Rossi Stamp Srl
Glaafibre Reinforced Extruded profile
The technology offers profiles with high mechanical properties and great advantages: finished reinforced profile; economic profit; free from corrosive agents;
resistant to flexure; no dimensional shrinkages; minimum thermal expansion;
excellent sound insulation; weldable; suitable to different constructive typologies.
PATENT NUMBER EP 1220748
02.01.002
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The “Patented” process provides the means of producing a continuously reinforced profile with the reinforcement located where required giving the desired properties. The technology offers profiles with high mechanical properties and great advantages: finished reinforced profile; economic profit; free from corrosive
agents; resistant to flexure; no dimensional shrinkages;
minimum thermal expansion; excellent sound insulation; weldable; suitable
to different constructive typologies. The process provides an efficient, costeffective manufacturing solution for “self-stiffened” continuous profiles and the
technology offers the potential of a higher flexural stiffness over conventional
plastic extrusions and a reduction in costs when compared to metallic or pultruded products. By eliminating the need for metallic reinforcements, these profiles are the ideal solution in environments where thermal conduction and corrosion are an issue.
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02.05.024
Rotary Power Vertriebsges. m.b.H
Our products
ROSSI STAMP has developed an innovative ”Patented”
process in ”Glassfibre Reinforced Extruded Profiles”.
The process provides the means of producing a continuously reinforced extruded profile with the reinforcement located where required to give the desired properties. The process provides an efficient, cost-effective
manufacturing solution for ”self-stiffened” continuous profiles and the technology
offers the potential of a higher flexural stiffness over conventional plastic extrusions and a reduction in costs when compared to metallic or pultruded products.
By eliminating the need for metallic reinforcements, these profiles are the ideal
solution in environments where thermal conduction and corrosion are an issue.
The technology offers profiles with high mechanical properties and great advantages: finished reinforced profile; economic profit; free from corrosive agents;
resistant to flexure; no dimensional shrinkages; minimum thermal expansion;
excellent sound insulation; weldable; suitable to different constructive typologies.
02.05.028
Address
Nordstr. 78
52078 Aachen
Germany
Phone
+49 241 95519-0
Fax
+49 241 95519-19
Internet address
www.rotarypower.de
E-Mail
info@rotarypower.de
Stand
Hall 10, J78 (Page 800)
Product Overview
02.05.050
Parts for pumps
Our products
ROSSI STAMP specialises in the production of Tools
and Equipment for Co-extruded profiles of various materials and with metal inside, including profiles for the
automative industry, the covering of wood, aluminium
and steel. ROSSI STAMP boasts nearly half century of
activity and experience in the manufacture of Dies and
Calibrators for the extrusion of profiled sections including all plastic materials. It
furthermore specialises in the production of custom made Machinery, Extrusion
Lines and Accessories for extrusion and co-extrusion. ROSSI STAMP concentrates particularly on equipment for high production rate with excellent extruded
profile quality thanks to the exclusive use of the most modern Cad-Cam systems,
high technology computerised machines and operators with advanced skills and
computer experience. Quality Control System in accordance with UNI EN ISO
9001-2008 regulations.
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Product Details
02.05.050
Parts for pumps
SMA Motor Range
A range open circuit heavy duty, fixed and variable, Axial Piston Pumps and Motors. Capacities from 11.5 to 125 cm3/rev with a wide range of controls. C range
Axial Piston Pumps for high accuracy fluid metering with precision metering controls.XL motors are of radial piston-cam configuration and provide the efficiencies and pressure capabilities typical of HTLS motor design. Various mounting
options are available for this compact motor.SMA motors are able to satisfy the
heaviest duty application. This is a radial piston/eccentric with a hydrostatically
balanced rotating assembly. SMA is capable of withstanding high mechanical
and hydraulic shock loads. Standard, high power and industrial versions are
available
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Röber Kunststoffe GmbH
Address
Product Details
Gewerbestr. 11
57612 Kroppach
Germany
Phone
+49 2688 9888-0
Fax
+49 2688 9888-109
Internet address
www.roeber-kunststoffe.de
02.01.002
Roecocryl
02.03.003
R.GLAS
E-Mail
info@roeber-kunststoffe.de
Stand
Hall 07, A01 (Page 788)
Product Overview
02.04.001.04
01.01.003
01.01.065
Polycarbonate (PC)
02.01.002
02.03.003
02.04.001.04
02.04.001.06
(PMMA)
R.CARBONAT
02.04.001.06
(PMMA)
xtRocolor
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to Enviro.aero, an organization established by the Air Transport Action Group
(ATAG), being able to operate efficiently is critical to the future of the aviation
industry, not just for environmental reasons but financial ones as well. With
fuel prices representing the largest operational cost, airlines have a strong incentive to accelerate technological progress and actively explore solutions to
further reduce weight. In the process fuel usage is reduced, further cutting CO2
emission1.
SABIC
Address
11422 Riyadh
Saudi Arabia
Phone
+966 1 2258000
Fax
+966 1 2259000
Internet address
www.sabic.com
“Regulators and the flying public are escalating their demands on the airlines,
with the most recent being the pending legislation on Seat Heat Release Special Conditions for aircraft economy seating,” said Lennard Markestein, global
product marketing manager, SABIC Innovative Plastics. “We’ve significantly expanded our portfolio with new specialty materials to help our OEM customers
meet these requirements and design and manufacture attractive, safe, compliant and sustainable aircraft interiors – while being mindful of the bottom line and
focusing on our customers’ ongoing success.”
Hall 06, D42 (Page 784)
Enhancing Environmental Responsibility and Safety
E-Mail
Stand
Company News
09/03/2010
SABIC
SABIC Innovative Plastics’ Five New Materials Help
Aircraft Interiors Reach New Heights of Sustainability,
Safety, Comfort and Cost Reduction
BERGEN OP ZOOM, The Netherlands – May 27, 2010
– Here at the Aircraft Interiors Expo, in Hall B, Booth
7A48, SABIC Innovative Plastics today announced five
new high-performance thermoplastic materials specifically designed for aircraft interiors, and is showcasing its
robust industry-leading portfolio of advanced resin and
sheet technologies. These new high-end products are
helping global aircraft OEMs reduce weight by up to 50
percent to conserve fuel and lower emissions; meet tough flame-smoke-toxicity
(FST) regulations; reduce overall system costs; and enhance the aesthetics,
safety and comfort of the cabin environment. A strong and long-term commitment to the aircraft interior sector, together with some of the most advanced and
timely materials solutions, enables SABIC Innovative Plastics to meet customer
needs in a challenging and dynamic business environment.
SABIC Innovative Plastics’ high-performance materials for aircraft interior applications are a leading choice of global industry OEMs for the extreme toughness,
excellent aesthetics and optimal light weight these materials deliver. According
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On average, an aircraft will burn about 0.03kg (.06lbs) of fuel for each kilogram
(2.2lbs) carried on board per hour and given that the total commercial fleet flies
about 57 million hours per year, cutting one kilogram (2.2lbs) per flight can save
roughly 1,700 tons of fuel and 5,400 tons of CO2 per year1. SABIC Innovative
Plastics’ new high performance technologies for the aircraft sector can deliver
important benefits when they are implemented widely throughout the airlines.
For example, by using Lexan* F6000 sheet to replace traditional polyvinyl chloride/acrylic products on seating frames, an airline could reduce weight by approximately 23 percent, which is 80kg (176 lbs) based on a plane with 190 seats.
In addition, Lexan F6000 sheet provides excellent FST performance complying
with FAA25 and ABD-0031 regulations.
Not only do SABIC Innovative Plastics’ new materials contribute to significant
weight and emissions reductions, the company’s new non-halogenated flame
retardant materials support compliance with global environmental requirements,
such as OSU, DIN/VDE, FAR, FAA, ABD and FST.
• New Lexan XHR (extremely low heat release) 6000 sheet: Lexan XHR sheet
provides superior weight-out of up to 11 percent vs. traditional polyvinyl chloride/acrylic products, providing better weight-out for fuel economy while meeting
current and future OSU requirements for aircraft seating, cockpit linings, window
surrounds, door shrouds, and other interior components. SICMA Aero Seat, a
business unit of ZODIAC AEROSPACE, selected Lexan XHR sheet for their new
business class aircraft seating due to the material’s FST and OSU65/65 heat release compliance, excellent processing and beautiful color.
• New carbon-filled Ultem* resins: SABIC Innovative Plastics is introducing 40
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percent carbon-filled Ultem resin technologies featuring exceptional stiffness
and double the flow, enabling improved processing and productivity of thin-wall
molded parts to replace airline grade die-cast aluminum in structural components for up to 50 percent weight savings and up to a 40 percent increase in
strength. Potential applications include structural supports, arm rests, foot rests,
galley applications such as coffee maker chassis, and tray table arms. At the
show, the company is showcasing tray table arms under development with Vaupell.
• New transparent Lexan F2000A sheet: This new sheet product offers excellent FST performance and impact strength, and complies with FAR 25.853 &
ABD 0031 requirements at 2mm and 3mm. It’s a candidate for windows, light
diffusers and signs where clarity is requested. Lexan F2000A sheet provides
environmentally responsible flame retardance according to DIN/VDE 0472 part
815. Additionally, the next generation of the popular Lexan F6000 sheet product
will be launched later this year, and will deliver superior melt strength and surface quality during the thermoforming process and will provide environmentally
responsible flame retardance according to DIN/VDE 0472 part 815.
Creating Beautiful and Durable Interiors
SABIC Innovative Plastics’ materials can make a significant and positive contribution to the flying experience. Both airline passengers and crew can benefit
from cabin interiors that offer outstanding aesthetics, including custom colors
that are matched at SABIC Innovative Plastics’ ColorXpress facilities. Moldedin color avoids painting and its associated costs and volatile organic compound
(VOC) emissions. SABIC Innovative Plastics’ materials also offer easy cleanability to reduce maintenance costs and can prolong the service life of airline
parts, even under demanding conditions.
• New transparent Lexan FST copolymer resin: Now available in a clear formulation, this resin offers improved aesthetic flexibility. For example, it can be
combined with Lexan XHR sheet to match colors for components such as personal service unit, window reveals, and thresh hold trims, thus eliminating the
costs and environmental exposures of secondary painting. It can also be hard
coated to enable full compliance for interior applications. Lexan FST resin meets
current and anticipated OSU requirements.
• New Ultem 9090 resin: Next-generation, low-heat-release Ultem resin offers a
combination of improved ductility, chemical resistance and UV stability, allowing
it to withstand typical cleaning cycles over 25 years with minimal performance
degradation. Ultem resin can be custom colored for the added benefit of paint
elimination and fulfills FST and OSU heat release requirements.
Innovative Plastics is working with Materialise, a Belgian additive manufacturing company. Materialise has added new low-heat-release Ultem 9085 resins
to its portfolio, providing the opportunity to have parts in a highly functional,
lightweight and flame retardant thermoplastic, with a strength-to-weight ratio that
sets it apart from any other thermoplastic available on additive manufacturing
machines. Materialise uses fused deposition modeling, a layer-based extrusion
process, to construct 3D objects from CAD data using Ultem 9085 resin. This
technology is enabling rapid, cost-effective production runs, ideal in situations
where part quantities are too small to justify investing in a conventional production mold and is suited to aircraft interiors. These Ultem resins are also on
display at the SABIC Innovative Plastics booth.
For additional information on SABIC Innovative Plastics’ resin and sheet materials for the aircraft industry, please go to www.sabic-ip.com.
This press release and relevant photography can be downloaded from www.PressReleaseFinder.com
——————————————————————About SABIC Innovative Plastics
SABIC Innovative Plastics is a leading, global supplier of engineering thermoplastics with a 75-year history of breakthrough solutions that solve its customers’
most pressing challenges. Today, SABIC Innovative Plastics is a multi-billiondollar company with operations in more than 35 countries and approximately
9,000 employees worldwide. The company continues to lead the plastics industry with customer collaboration and continued investments in new polymer
technologies, global application development, process technologies, and environmentally responsible solutions that serve diverse markets such as automotive, electronics, building & construction, transportation, and healthcare. The
company’s extensive product portfolio includes thermoplastic resins, coatings,
specialty compounds, film, and sheet. SABIC Innovative Plastics (www.sabicip.com) is a wholly owned subsidiary of Saudi Basic Industries Corporation
(SABIC), one of the world’s top six petrochemicals manufacturers.
* Trademarks of SABIC Innovative Plastics IP BV. 1 Enviro.aero has been established by the commercial aviation industry body, the Air Transport Action Group
(ATAG). ATAG is based in Geneva, Switzerland, and is the only global association that represents all sectors of the air transport industry. Its mission is to
promote aviation’s sustainable growth for the benefit of global society.
——————————————————————Press Agency Contact Kevin Noels Marketing Solutions Belgium Phone +31 164
317 011 knoels@marketingsolutions.be
Ultem 9085 Resin Now used for Cost-effective Additive Manufacturing
To streamline the development of new applications using their materials, SABIC
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09/02/2010
SABIC Innovative Plastics’ New, High-Temp Ultem*
Healthcare Resins Help Ritter Clean Up the
Competition with Enhanced Chemical Resistance
Cleaner Means Safer
BERGEN OP ZOOM, The Netherlands – June 4, 2010
– Ritter GmbH, a German manufacturer of labware
and medical products, has moved ahead of the competition with its award-winning1 Polysteribox® sterilization and transport container, which uses a new Ultem* polyetherimide (PEI) healthcare resin grade from
SABIC Innovative Plastics. Patient safety concerns
have raised the bar for chemical cleaning and autoclave sterilization of reusable
medical devices, requiring manufacturers to find new materials that can withstand stronger alkalinity and higher temperatures. As it has done for many customers, SABIC Innovative Plastics developed a special grade of its workhorse
Ultem resin to meet Ritter’s need to comply with the new, tougher standards,
demonstrating the company’s ongoing efforts to help healthcare customers meet
increasingly stringent regulatory, quality and cost mandates.
“Today’s healthcare industry is incredibly dynamic, requiring the latest material
solutions to meet new safety, quality and cost demands from regulators, clinicians and the public,” said Rob de Jong, Specialty Product manager, SABIC
Innovative Plastics. “To help customers stay abreast of these changes, SABIC
Innovative Plastics continues to develop specialty materials that meet or exceed
the latest regulations. Our work with Ritter on the new Ultem healthcare resin
showcases our ability to create specialized grades under tight timeframes. We’re
delighted that this new, ultra-high-performance material is helping a valued customer offer an improved product to the marketplace.”
The enhanced Ultem healthcare resin grade, which meets ISO10993 certification criteria for biocompatibility, maintains its high performance and attractive,
transparent appearance even after 1,000 cycles of chemical cleaning at a PH of
12 or 13 and 1,000 cycles of autoclaving at temperatures of up to 148C. Longer
useful life helps to reduce total system cost of the application.
“We were using a different grade of Ultem resin for the Polysteribox container
when we learned about the new chemical cleaning and autoclave requirements,”
said Michael Fuchs, Ritter Medical Products manager. “SABIC Innovative Plastics immediately began development work to create a new grade meeting our
specifications, which included high stiffness, ductility and compressive strength,
transparency to see inside without opening the container, and colorability. We
were extremely pleased with the fast response and excellent results provided
by the SABIC Innovative Plastics’ team. The new, enhanced Ultem resin grade
has enabled us to lead our competition by offering a fully compliant product.”
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With the current emphasis on patient and clinician safety, such as avoiding
hospital-borne infections, stricter requirements for cleanliness of reusable medical devices and equipment have been advised by the Robert Koch Institut. The
new Ultem resin grade enables the Ritter Polysteribox to maintain its performance and quality during repeated cleanings using harsh, alkaline chemicals.
In addition, by upgrading to the new Ultem resin material, Ritter was able to raise
the autoclave vacuum sterilization temperature of its Polysteribox container to
134C. Not only does this higher temperature appear to destroy such pathogens
as bovine spongiform encephalopathy, but it also shortens the total autoclave
time to 20 minutes (vs. 30 minutes at the previous temperature of 121C). Shorter
autoclaving cycles help healthcare organizations and pharmaceutical companies improve productivity and reduce costs.
In both cases, the material retains ductility, transparency and mechanical properties over a long lifespan.
For additional information on SABIC Innovative Plastics’ Ultem resin healthcare
products, please go to www.sabic-ip.com.
For additional information on Ritter GmbH and the Polysteribox please go to
www.ritter-online.de.
——————————————————————- About SABIC Innovative Plastics
* Trademarks of SABIC Innovative Plastics IP BV. ® Polysteribox is a registered
trademark of Ritter GmbH 1 The Polysteribox® is the first product of its kind.
Its inventor, Mr. Werner Ulschmid of Ansback District Hospital, Germany, was
awarded the B.A.U.M (German Environmental Management Association) envi-
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ronmental prize in 1993 for the Polysteribox. ——————————————————————-
solutions in the world of PV materials.
Press Agency Contact Kevin Noels Marketing Solutions Belgium Phone +31 164
Noryl* Resin
09/02/2010
SABIC Innovative Plastics’ Unique Resins Give
Photovoltaic Customers Cost-Productivity and Global
Regulatory Compliance
BERGEN OP ZOOM, The Netherlands – June 1, 2010
– In 2010, global cumulative installed photovoltaic (PV)
capacity is expected to grow by at least 40 percent,
with compounded annual growth estimated at 20 percent1. As demand for solar power rises, SABIC Innovative Plastics is helping to drive the viability of this
much sought-after energy source into worldwide mainstream use. Its Noryl*
and Lexan* EXL resins offer customers exceptional ease in solar panel use and
greater cost-efficiency, and meet stringent global regulatory standards. Applications for SABIC Innovative Plastics’ materials range from PV frames to junction boxes to connectors, and the company continues to focus R&D efforts on
new back sheet solutions. SABIC Innovative Plastics’ materials contribute to the
expansion of solar energy through system innovation, particularly by replacing
metal to consolidate parts, reduce maintenance and simplify installation.
“Photovoltaics is one of the most promising and dynamic energy sectors in the
world – and growing,” said Andy Verheijden, global product market leader, solar energy for SABIC Innovative Plastics. “To further accelerate growth, SABIC
Innovative Plastics is helping to make solar power more cost-effective, practical
and affordable through our range of advanced, PV-focused materials. For the
future, we see a fully integrated system – with one molded part incorporating
four functionalities: frame, junction box, connectors and backsheets. This is the
beauty of designing in engineered thermoplastics. Our products can redefine
the PV technology landscape to meet future demand.”
Unique Materials to Meet Customer Needs
To achieve their goals, photovoltaic customers first need materials with high performance: flammability, weatherability, electrical and thermal performance, and
corrosion resistance. Then, to encourage mainstream adoption, they need design optimization, weight reduction, extended product life and better system reliability, in order to reduce system costs and streamline installation.
SABIC Innovative Plastics offers unique materials meeting stringent IEC and
UL requirements for c-Si as well as thin film PV systems components. Noryl
and Lexan EXL resins are two in particular that are fast becoming the premier
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Noryl resin provides low density, dimensional stability over a wide temperature
range (-40C to 140C), low warpage, excellent long-term weathering, damp heat
performance with exceptional stability of up to 2,000 hours, and outstanding
electrical and thermal performance. These properties make it suitable for use
in PV junction boxes. Noryl resin also meets the industry’s critical need for a
long-lasting, outdoor-resistant material. Internal tests show that glass-filled and
unfilled Noryl resins can already withstand 12,000 hours of UV exposure (which
translates to approximately 10 years of outdoor weathering in Florida) with virtually no change in properties. Further testing is ongoing.
Non-halogen-based flame retardance (FR) supports compliance with a broad
range of environmental standards. Further, with a low specific gravity of only
1.06, Noryl resin can help reduce weight by up to 30 percent vs. typical semicrystalline materials, making it a material of choice for junction boxes, connectors and frames.
Lexan* EXL Resin
This specific polycarbonate copolymer resin demonstrates excellent low-temperature
ductility (-60C to 140C) combined with long-term weathering and thermal performance, making it an outstanding choice for use in PV connectors.
The long-term high-temperature performance of both Noryl and Lexan EXL
resins is evident by their UL Relative Thermal Index (RTI) ratings of 105C to
115C. Complete UL Yellow cards are available for both products, demonstrating
compliance with requirements such as UL94 V-0, CTI class, f1 and 5V-A ratings.
During processing Noryl and Lexan EXL resins demonstrate stability and high
productivity when compared to metal or semi-crystalline plastics, and achieve
cycle time reductions up to 20 percent.
Other Promising Materials
Ultem* resins and LNP* specialty compounds are also being used for internal
junction box parts and special connectors. Temperatures in these applications
may go up to 180C or beyond and dimensional stability requirements are even
more stringent. Commercial grades of Ultem resin and LNP compounds have
been implemented successfully in PV applications from key industry players.
For more information on SABIC Innovative Plastics’ high-tech photovoltaic resin
technologies, please visit the company website at www.sabic-ip.com.
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About SABIC Innovative Plastics
(SABIC), one of the world’s top six petrochemicals manufacturers. 1 “A Bright
Future Shines on the Solar Photovoltaic Electricity Market”, European Photovoltaic Industry Association Press Release, April 12, 2010. * Trademarks of
SABIC Innovative Plastics IP BV.
09/17/2010
SABIC Innovative Plastics’ Ultem* Resin Composite
Gives Crane Stellar Performance, Rapid
Thermoforming for New Composite Aerospace Board
BERGEN OP ZOOM, The Netherlands – September 14, 2010
— Here at the Aircraft Interiors Expo Americas, booth 1025,
SABIC Innovative Plastics today announced a new breakthrough technology for semi-structural aircraft interior parts
featuring its high-flying Ultem* polyetherimide (PEI) resin. New
Ultem composite aerospace board (CAB) sheets, co-developed
and manufactured with Crane & Co., the global leader in specialty paper, provide a superior alternative to thermoset aramid
fiber-reinforced honeycomb composites. The Ultem CAB sheets can be quickly
thermoformed, offer a broad range of high-performance properties, are recyclable, and offer great potential to be refurbished with a newly developed decorative film layer while still meeting Federal Aviation Administration (FAA) requirements to extend useful life. The sheets are currently being trialed by a
major airline. Together with the expertise of Crane, SABIC Innovative Plastics
has launched yet another technology that delivers a cost-effective solution to the
global aircraft industry.
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“With Ultem CAB sheet, SABIC Innovative Plastics and Crane have achieved
dramatic advantages over traditional honeycomb composites across the board,
from slashing cycle time to doubling part life,” said Kim Choate, global Ultem
product market leader, SABIC Innovative Plastics. “With its outstanding safety
performance and light weight, Ultem resin has been a winner in aircraft interior
applications for many years. Now, this resin, in the form of an Ultem resin and
glass fiber-reinforced composite panel, is again demonstrating its remarkable
versatility to be utilized in multiple forms and delivering additional value to the
aircraft industry. We’re confident that Ultem CAB sheet will become the new
gold standard for interior panels.”
“We saw an opportunity to apply our expertise in specialty paper technology
in a totally new way, and chose to collaborate with SABIC Innovative Plastics
because of its leadership in high-performance materials for aircraft interior applications,” said Dennis Lockyer, vice president of nonwovens and technical materials, Crane & Co. “Ultem resin was the solution we needed to create an innovative and technologically advanced paper composite. Our highly successful
relationship with SABIC Innovative Plastics enabled us to diversify our portfolio
and target a new market opportunity.”
State-of-the-Art Thermoplastic Composite Technology
The use of advanced thermoplastics to replace traditional thermosets in aircraft
interiors offers multiple benefits, including the potential for recycling. The most
noteworthy is system cost reduction. Because aramid honeycomb composites
are highly sensitive to moisture and ultraviolet (UV) light, the porous edges of a
part must be laboriously filled and sealed by hand, a process that can take up
to 10 hours. In contrast, Ultem CAB sheet parts can be quickly thermoformed in
minutes and need no secondary finishing, thanks to the excellent UV resistance
and low moisture absorption properties of Ultem resin.
In addition to faster cycle times, Ultem CAB sheet cuts system costs through its
ability to be re-skinned while still meeting required flame-smoke-toxicity (FST)
properties to lengthen its useful life, an option previously not available to customers with aramid honeycomb composite.
Ultem CAB sheet features the excellent FST performance that Ultem resin is
known for. The material exceeds the stringent Ohio State University (OSU)
55/55 standard. Still another benefit is its light weight; Ultem CAB sheet weighs
an average 1,350 gm/sq meter, and can be customized to meet a range of part
weight requirements.
Target applications for the new composite include sidewalls, cockpit panels, ceiling panels, door liners and dividers.
For additional information on SABIC Innovative Plastics’ Ultem composite
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aerospace board sheets, please go to www.sabic-ip.com.
08/31/2010
——————————————————————- SABIC Innovative Plastics is
exhibiting at K’ 2010 in Düsseldorf, Germany in Hall 6, Stand D42.
For K2010 SABIC’s focus is a Culture of Innovation, which means investing
in Growth, Technology, Sustainability and Customer Focus. We help our customers to innovate, differentiate their applications and optimize costs by: • investing in global expansion, • providing the broadest product portfolio that delivers better performance and adds value, • developing environmentally responsible products and solutions that provide significant and measurable performance
advantages, • working closely with our customers to build long-term relationships
and lasting partnerships ——————————————————————About SABIC Innovative Plastics SABIC Innovative Plastics is a leading, global
supplier of engineering thermoplastics with a 75-year history of breakthrough
solutions that solve its customers’ most pressing challenges. Today, SABIC Innovative Plastics is a multi-billion-dollar company with operations in more than
35 countries and approximately 9,000 employees worldwide. The company continues to lead the plastics industry with customer collaboration and continued
investments in new polymer technologies, global application development, process technologies, and environmentally responsible solutions that serve diverse
markets such as automotive, electronics, building & construction, transportation,
and healthcare. The company’s extensive product portfolio includes thermoplastic resins, coatings, specialty compounds, film, and sheet. SABIC Innovative Plastics (www.sabic-ip.com) is a wholly owned subsidiary of Saudi Basic
Industries Corporation (SABIC), one of the world’s top six petrochemicals manufacturers.
###
* Trademarks of SABIC Innovative Plastics IP BV.
Robinson Home Products Stirs Up the Housewares
Sector with Green Street™ Kitchen Utensils Using
SABIC Innovative Plastics’ Valox iQ* Resin
BERGEN OP ZOOM, The Netherlands – August 12,
2010 — Kitchenware industry leader, Robinson Home
Products – home of well-known brands such as Oneida,
Sunbeam, Rubbermaid and Crock Pot – has tapped
SABIC Innovative Plastics’ eco-engineered Valox iQ*
resin for its new Green Street™ line of plastic kitchen
utensils. A more sustainable, higher-performance material than traditional resins, Valox iQ resin utilizes upcycled polyethylene terephthalate (PET) water bottles, diverting them from already bulging landfills. Equally
important, this innovative product delivers the exceptional performance and
quality that consumers demand in kitchenware, including heat and chemical resistance, U.S. Food and Drug Administration (FDA) approval for food contact,
and attractive appearance. SABIC Innovative Plastics’ investment in sustainable
technologies helps companies like Robinson Home Products – a SABIC Innovative Plastics customer for over 30 years – achieve business success while
promoting environmental protection.
“When we set out to create our new eco housewares line, we considered all
aspects of the manufacturing cycle: from choosing a nearby molder that generates its own power to manufacturing in the United States in order to reduce
the environmental impact of shipping nearly 12,000 miles from Asia,” said Bob
Skerker, chief executive officer, Robinson Home Products. “To find a sustainable
thermoplastic for our Green Street line, we turned to long-time supplier SABIC
Innovative Plastics to help us find the right solution. Valox iQ resin is now playing
a critical role in enhancing the consumer appeal of these new utensils, helping
us to strengthen our own eco-leadership position and grow our business.”
“Our versatile Valox iQ resins are adding value to the sustainability movement on a variety of fronts, from cutting fuel consumption and emissions in
lightweight auto body panels to transforming discarded plastic into beautiful and
useful housewares,” said Dennis VanPoppelen, product market leader Americas, SABIC Innovative Plastics. “We are investing in a wide range of other
sustainability solutions to give customers even more options for reducing their
products’ environmental impact without sacrificing performance or aesthetics.
Needless to say, our customers are whole-heartedly embracing our efforts to
deliver uncompromising performance combined with a lower environmental footprint.
A Greener Kitchen
Consumers are increasingly demanding products with lower environmental im-
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pact and Valox iQ resin is helping to address this need. The innovative resin
is made from up to 65 percent upcycled post-consumer plastic waste, giving it
a carbon footprint 50 to 85 percent lower than other engineered thermoplastics
and extending the useful life of a PET bottle to 20 years. The Valox iQ resin product line includes Cradle-to-CradleSM certified grades, meaning that it supports
a model that aims to eliminate waste entirely by circulating safe and healthful
materials within closed-loop systems of continuous reuse.
In addition to its sustainability, Valox iQ resin offered Robinson the outstanding performance characteristics needed to support the company’s reputation for
excellence.
* Trademarks of SABIC Innovative Plastics IP BV. TM Green Street is a trademark of Robinson Home Products Inc. SM Cradle to Cradle is a service mark of
McDonough Braungart Design Chemistry, LLC
It withstands the demanding environment of the home kitchen, including exposure to cleansers, oils and grease, and high temperatures (up to 205 C/401 F)
from cooking and automatic dishwashers. It can be custom colored and easily
molded into unique and complex three-dimensional shapes, such as the distinctive branch design of the Green Street utensils.
——————————————————————-
09/02/2010
Robinson’s Green Street products are now globally available.
For additional information on SABIC Innovative Plastics’ Valox iQ resin products,
please go to www.sabic-ip.com
——————————————————————SABIC Innovative Plastics is exhibiting at K’ 2010 in Düsseldorf, Germany in
Hall 6, Stand D42.
and lasting partnerships
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SABIC Innovative Plastics’ Extra-High-Temp Lexan*
XHT PC Copolymers Shine Bright Light on Hella’s
Automotive Headlamp Designs
BERGEN OP ZOOM, The Netherlands – June 10, 2010 – Hella, a leading
Tier 1 auto lighting supplier, has selected SABIC Innovative Plastics’ Lexan*
XHT resins to create a metallized headlamp bezel and a clear, ice blue-tinted
bezel for two major European car manufacturers. The new high heat polycarbonate (PC) copolymers perform brilliantly in these high-heat headlamp applications, delivering outstanding thermal and color stability, excellent metallization
performance and high gloss. Lexan XHT copolymers also provide easy processing and greater design flexibility, enabling Hella to create distinctive lighting
and directly meet the need for ultra-high-performance materials to create colored/transparent and metallized headlamp bezels, as well as other cosmetic
parts. SABIC Innovative Plastics’ advanced materials technologies for the automotive industry continue to break new ground, helping OEMs and Tiers meet
customer demands for exciting style and next-generation performance.
“Temperatures in automotive lighting applications keep climbing and many traditional materials simply can’t handle the heat,” said Hella company spokesman
Dr. Markus Richter. “SABIC Innovative Plastics’ Lexan XHT resins are a clear
solution. They are ideal for bezels, reflectors and other cosmetic parts that must
maintain their appearance and stability under harsh, high-temperature conditions and give us the choice of transparency for tinted components or direct
metallization for a highly reflective look. In either case, the new Lexan XHT
technology is essential to our success in creating new lighting designs.”
“We have made a strategic investment in ultra-high-performance materials such
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as Lexan XHT copolymers in anticipation of increasing automotive application
demands,” said Jim Wilson, global product marketing director, SABIC Innovative
Plastics. “These materials have thrown open the door to new lighting designs
while reducing system costs through enhanced processing and higher quality vs.
competitive products. Our collaboration with Hella is driving design innovation
to new levels to meet the demands of today’s savvy consumers.”
Cool Elegance under High-heat Conditions
Lexan XHT copolymers provide dimensional stability under the high temperature
demands of today’s forward lighting designs and high-intensity halogen, xenon
and light emitting diode (LED) bulbs. Compared to traditional PC and other
materials, Lexan XHT copolymers can handle continuous use in temperatures
over 170C in metallized applications.
These new transparent resins can be custom tinted for sophisticated looks, such
as Hella’s ice-blue transparent bezel, and retain their color stability over the lifetime of the vehicle. Or, they can be metallized for a high-gloss, high-reflective
appearance. Because of their excellent polymer-metal adhesion performance,
Lexan XHT resins can be direct-metallized, avoiding the need for a coating application on the part. They have excellent resistance to humidity and deliver a
high-quality metallized surface finish without bubbles or blisters.
Lexan XHT materials also provide easy processing, including high flow for thinwall parts. These copolymers can be dropped into existing PC molding tools
with only minor modifications.
For additional information on SABIC Innovative Plastics’ Lexan XHT resins,
please go to www.sabic-ip.com.
This press release can be downloaded from www.PressReleaseFinder.com
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08/30/2010
Improved properties ensure SABIC® PP Flowpact
range enjoys continued success
Sittard, the Netherlands – June 7, 2010 – Shorter cycle times, lower energy costs, increased downgauging
possibilities; the SABIC® PP Flowpact range of impact
copolymers has proven a success in the market, with
further extensions to the range foreseen for Q4 2010.
The SABIC® PP Flowpact range of polymers were designed to provide major benefits to converters, particularly in thin wall packaging. Foremost among these is the ability to make cost savings in terms of unit
production costs and energy savings with further knock-on benefits for related
environmental considerations.
SABIC designed the range specifically to improve conversion economics while
also enhancing product design and performance. The most enthusiastic responses came from the high end food packaging sector. “It is definitely very
appealing to special applications,” says International Account Manager Albert
Walter. “The basic attraction is the way it converts.” Flowpact grades offer converters shorter cycle times and lower energy costs with the added possibility of
material downgauging and enables convertors to process even very demanding
thin walled parts much more consistently. In production, the plastics offer easy
mold filling and demolding as well as good rigidity and antistatic properties.
Broadening the range
Flowpact is a successful illustration of the SABIC polypropylene portfolio’s policy
of creating high added value products that work alongside the core bulk materials. The idea is to create a broader range of high-performance products that
meet specific needs, opening up the possibility of one-stop shopping for PP
packaging customers.
The success has led to new products being planned. These include a new impact copolymer SABIC® PP Flowpact FPC 100 grade. “This new grade will
boast all the core Flowpact properties such as improved cycle times and lower
energy consumption,” explains Flowpact product champion, Diederik Goyvaerts,
Technical Marketing Engineer. Commercial release is currently being finalized,
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and is foreseen in the last quarter of 2010.”
• As an acronym, SABIC should be all caps whenever it appears in print. • ®
Trademark of SABIC
——————————————————
About SABIC
——————————————————————-
Saudi Basic Industries Corporation (SABIC) ranks among the world’s top six
petrochemical companies. The company is among the world’s market leaders
in the production of polyethylene, polypropylene and other advanced thermoplastics, glycols, methanol and fertilizers.
SABIC recorded a net profit of SR 9 billion (US$ 2.4 billion) in 2009. Sales
revenues for 2009 totaled SR 103 billion (US$ 27 billion). Total assets stood at
SR 297 billion (US$ 79.2 billion) at the end of 2009.
SABIC’s businesses are grouped into Chemicals, Polymers, Performance Chemicals, Fertilizers, Metals and Innovative Plastics. SABIC has significant research
resources with six dedicated Technology & Innovation Centers in Saudi Arabia,
Europe, the USA and India.. The company operates in more than 40 countries
across the world with 33,000 employees worldwide.
The company has 19 world-scale complexes in Saudi Arabia. Elsewhere, SABIC
manufactures on a global scale in the Americas, Europe and Asia Pacific.
SABIC’s overall production has increased from 35 million metric tons in 2001
to 59 million metric tons in 2009.
Headquartered in Riyadh, SABIC was founded in 1976 when the Saudi Arabian
Government decided to use the hydrocarbon gases associated with its oil production as the principal feedstock for production of chemicals, polymers and fertilizers. The Saudi Arabian Government owns 70 percent of SABIC shares with
the remaining 30 percent held by private investors in Saudi Arabia and other
Gulf Cooperation Council countries.
About SABIC in Europe
In Europe, SABIC has 13 world-scale production facilities which manufacture innovative plastics, polyethylenes, polypropylenes and chemical products.
Throughout Europe, SABIC employs approximately 6000 people.
The main European offices for three of SABIC’s strategic business units are
located in The Netherlands - Innovative Plastics (Bergen op Zoom), Polymers
(Sittard) and Chemicals (Sittard). They operate an extensive network of local
sales offices and logistical hubs throughout Europe which are also responsible
for the sales of products manufactured elsewhere in the world.
SABIC’s European research facilities form part of the global Technology and Innovation organization and can be found in the Netherlands (Geleen and Bergen
op Zoom) and Spain (Cartagena).
Media Notes
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09/02/2010
SABIC Innovative Plastics’ Resins Take Performance
to New Heights in Ultra-Light Award Winning Airline
Trolleys from LSG Sky Chefs & Norduyn
– SABIC Innovative Plastics’ expansive portfolio of highperformance, lightweight resins is helping airline industry
customers soar. The company’s ability to provide “onestop shopping” enabled LSG Sky Chefs and Norduyn to
create a new line of ultra-light in-flight trolleys that can help
reduce aircraft fuel consumption and emissions. LSG Sky
Chefs is the world’s largest provider of in-flight services.
Norduyn is a designer and manufacturer of innovative galley and cabin product
solutions for commercial aviation. The trolleys, launched at the Aircraft Interiors
Expo and displayed at SABIC Innovative Plastics’ stand #7A48 – and also at
Norduyn’s and LSG Sky Chefs’ stands – feature UV-resistant Ultem* resin for
the extrusion profiles and door latch, and tough Noryl* resin for the frame and
other components.
The trolleys were recently announced as a 2010 Crystal Cabin Award winner,
in the Green Cabin, Health and Safety category at this year’s Aircraft Interiors
Show. The Crystal Cabin Award is the only international award for excellence in
aircraft interior innovation.
“SABIC Innovative Plastics is a leader in the development of innovative materials
that help our aircraft industry customers grow and succeed,” said Hilmar Backer,
transportation industry manager, SABIC Innovative Plastics. “This means helping them drive down fossil fuel usage through weight reduction; delivering increasingly higher performance with newer and better materials; and giving them
new technologies to improve safety and open up new design possibilities to create tomorrow’s aircraft interior equipment.”‘
Serving Up a New In-Flight Trolley
Jointly designed by LSG Sky Chefs and Norduyn, the new full- and half-size
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trolleys utilize Noryl resin in the frame and critical components to replace
metal, thereby slashing weight by up to 40 percent and reducing the number
of parts by a third. This high-tech engineered plastic also provides outstanding
non-halogenated flame retardance and enhanced safety with industry-leading
flame/smoke/toxicity (FST) performance meeting Federal Aviation Regulation
(FAR) 25.853 requirements. Noryl resin was also selected for its exceptional hydrostability and low density and for its proven track record in a wide and growing
range of important aircraft applications.
Ultem resin was selected for external components, including profiles that support the frame, due to its exceptional resistance to UV light and ability to be
custom-colored, allowing Norduyn and LSG Sky Chefs to offer trolleys in airlines’ brand colors. This material meets FAR 25.853 requirements and OSU
65/65 heat release standards. Ultem resin also provides excellent impact and
chemical resistance to withstand the demands of cabin operations, including
frequent bumps and bangs and daily cleaning.
“A top-performing materials solution that specifically enabled us to achieve extreme light weight, durability, chemical and hot water resistance, regulatory compliance and parts consolidation was absolutely critical to the success of our new
trolley line,” said Thomas Köhler, head of engineering, LSG Sky Chefs. “SABIC
Innovative Plastics delivered exactly what we needed. Not only do Ultem and
Noryl resins meet all of our quality requirements, they also helped us achieve
greater manufacturing efficiencies for reduced system costs. And by using these
light weight materials, we are doing our part to help the environment by cutting
fuel usage resulting in lower emissions.”
In addition to its multi resin solution, SABIC Innovative Plastics provided valueadded services to this project from its Global Application Technology (GapT)
organization, including chemical performance testing to simulate washing cycles, equaling a minimum of 10 years of cleaning; food staining and UV stability
testing; and custom color matching.‘
Leaner Trolleys Help Planes Lighten Up
LSG Sky Chefs and Norduyn turned the design of standard trolleys on its head
by re-engineering and using cutting edge technology. As a result the new trolleys are lighter, and better insulated with a longer useful life. The use of Ultem
and Noryl resins allowed the engineers of both companies to bring their design to
life, and achieve the desired reduction in weight, FST performance, colorability,
resistance to cleaning cycles and part integration. According to Patrick Phillips,
business development director, Norduyn, “this design enables significant savings to airlines and service integrators. The trolleys use fewer moving parts resulting in reduced maintenance hours and also less parts to stock and manage.”
and extrusion profiles that support the frame as well as the door latch made with
Ultem resin. The use of SABIC Innovative Plastics’ materials helped reduce
trolley weight by up to 40 percent to just 16kg (37.5 lbs) for a full-size trolley and
9.9kg (23.1 lbs) for a half-size trolley. Noryl resin has a low specific gravity of 1.1
– one of the lowest available for thermoplastics used in the aircraft industry. This
weight reduction can add up to significant savings in fuel costs. For example,
a Boeing 747 fully loaded with these lightweight trolleys could cut weight by
approximately 750 kg (1650 lbs), equating to a savings of approximately 50,000
euros (US$ 65,000) per year in fuel costs.
Because they can be extruded as well as injection molded, Noryl and Ultem
resins provide new options for an array of interior applications such as rub strips,
seat track covers, switch panels, cable guides, conduit, wall/ceiling mounted
electronics, and parts machined from slab stock.
For additional information on SABIC Innovative Plastics’ Noryl and Ultem resins,
The new trolleys feature a molded frame and components made with Noryl resin
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08/31/2010
SABIC Innovative Plastics’ High-Tech Lexan* FXD
Resin, Global Resources Help OSRAM Develop New
Eco CFL Retrofit Candle Bulbs
BERGEN OP ZOOM, The Netherlands – August 19, 2010 —
SABIC Innovative Plastics is playing a critical role in the conversion of incandescent bulbs to compact fluorescent lights (CFLs)
as global requirements for energy-efficient alternatives continue
to tighten. The most recent example is the company’s high-tech
Lexan* FXD polycarbonate (PC) resin, a technology chosen by
OSRAM, a leading global lighting manufacturer, to mold its new
line of high-end, retrofit CFL candle bulbs, called the Duluxstar®
Mini Candle. OSRAM selected Lexan FXD PC resin for the new bulbs – which
offer a much longer life and up to 80 percent lower energy consumption than
conventional incandescent versions – for its outstanding performance, aesthetics and safety.
OSRAM also benefited from SABIC Innovative Plastics’ full spectrum of valueadded services, including custom color-matching and local distribution. By solving tough technical design challenges with innovative materials, SABIC Innovative Plastics is helping progressive customers like OSRAM deliver more energyefficient and sustainable technologies.
“We identified an opportunity in the growing CFL market to supply high-quality
retrofit bulbs in elegant, classic shapes,” said Martin Bachler, head of product
marketing, Osram GmbH. “As a longstanding SABIC Innovative Plastics customer, we knew the company offered the best and broadest portfolio of resins
for lighting applications. Not only did SABIC Innovative Plastics develop a specialized, grade of Lexan resin that met all our requirements for aesthetics and
performance, but they also provided 10 custom color choices. What’s more, they
supplied local samples to our Chinese and European manufacturers for trials,
enabling us to wrap up the process in just two months.”
Innovative Solutions for Today’s Environmental Initiatives
SABIC Innovative Plastics constantly adds to its large portfolio of specialty resins
to help customers solve design problems, including finding materials that enable
new energy-efficient technologies.
“OSRAM came to us for answers and we delivered a unique resin technology
from our broad PC portfolio, clearly helping them record a success in this expanding market sector,” said Hans-Otto Schlothauer, LED industry manager,
SABIC Innovative Plastics. “OSRAM’s CFL lighting retains the benefits of incandescents but eliminates their drawbacks, and will no doubt further encourage consumers to adopt energy-saving products. SABIC Innovative Plastics is
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proud to have played a role with this valued customer in the drive toward environmentally responsible practices around the world.”
The CFL sector is expanding rapidly as incandescent bulbs are phased out over
the next two years in Europe, Canada, the United Kingdom, and the United
States, to reduce energy usage. A 20-watt CFL delivers the same light output
as a 100-watt incandescent and lasts 10 times as long, on average.
Creating Beautiful Lighting Designs with Visualfx* Technology
For the OSRAM CFL candle bulbs, Lexan FXD resin – part of SABIC Innovative
Plastics’ Visualfx* special effects portfolio – provides white color with a medium
level of transparency and a high level of diffusion needed to achieve an inviting
ambiance. The design flexibility provided by the resin enabled OSRAM to create
an elegant, classical design.
With a new color formulation, Lexan FXD resin met OSRAM’s requirements for
the candle bulb: • High impact resistance to avoid breakage. • Excellent light
transmission for optimal brightness. • Translucence to hide internal components
and provide a soft, flattering effect. • Maximum light scattering capability. •
Compliance with Glow Wire Ignition and ball pressure tests. • UL94 V2 rating
up to 1.2 mm.
Osram Duluxstar Mini Candle energy saving lamps in the classic candle shape
are currently available all over Europe, have a 10 year life and 3 year guarantee,
and come in power ratings from 5 to 10 W.
SABIC Innovative Plastics will be showcasing its expanding portfolio of high performance materials for the LED industry at K 2010. Osram CFL candle bulbs,
along with other new applications will be highlighted, demonstrating SABIC Innovative Plastics commitment to the LED industry.
For additional information on SABIC Innovative Plastics’ Lexan FXD resins,
For more information about Osram GmbH and the Duluxstar Mini Candle line of
energy lamps, please go to www.osram.com.
Hall 6, Stand D42.
in Growth, Technology, Sustainability and Customer Focus. We help our customers to innovate, differentiate their applications and optimize costs by: • investing in global expansion, • providing the broadest product portfolio that delivers better performance and adds value, • developing environmentally responsi-
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ble products and solutions that provide significant and measurable performance
* Trademarks of SABIC Innovative Plastics IP BV. ® Deluxstar is a registered
trademark of OSRAM
09/01/2010
SABIC Innovative Plastics Announces Exatec*
World-Class Capabilities for Leading-Edge
Scratch-Resistant Automotive Polycarbonate Glazing
BERGEN OP ZOOM, The Netherlands – June 17, 2010 –
SABIC Innovative Plastics today announced new scratch and
abrasion evaluation capabilities – including new methods and
processes – to differentiate, measure, test and prevent surface
damage to polycarbonate (PC) glazing for high-performance automotive glazing applications. The announcement underscores
SABIC Innovative Plastics’ R&D excellence and illustrates how
the company’s Exatec* glazing technology and analytical tools
are helping automotive manufacturers succeed by better understanding and addressing the long-term implications of day-to-day vehicle use. The addition of
these new industry-leading testing and assessment capabilities are a testament
to SABIC Innovative Plastics’ commitment to the global automotive industry to
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deliver lightweight glazing solutions with superb performance, durability and aesthetics for a clear competitive advantage.
“SABIC Innovative Plastics is completely dedicated to developing the performance of PC glazing to reduce environmental impact, enhance styling and aerodynamics, and reduce weight for greatly enhanced fuel efficiency,” said Stephen
Shuler, Exatec’s chief technology officer. “But to take the power of PC to even
greater heights, glazing must be able to deliver long-term abrasion and scratch
resistance. Our new R&D capabilities, combined with our extensive Exatec
glaze testing and evaluation services and our continued investments in innovation, will help ensure we lead the glazing curve and help our customers move
forward with the best technologies on the market today.”
New R&D Capabilities Measures Surface Quality
Using state-of-the-art instruments for testing and analysis, SABIC Innovative
Plastics’ dedicated team of engineers and polymer scientists at Exatec evaluate the effects of surface wear on PC glazing using either wet coat or both
wet coat and plasma coating technologies. Other testing capabilities include
taber abrasion equipment, nano-indentation, optical imaging, surface profilometry, full-scale wiper test stands, and a lab-scale wiper test stand specially instrumented to control speed and pressure as well as test different blade types and
debris conditions.
Exatec also conducts long-term road evaluations on its own test vehicles to obtain critical data on the effects of weathering, weekly car washes and rear wiper
performance on glazing. By quantifying some of the mechanisms that cause
scratches and abrasion, and correlating them to fleet vehicle data and customer
experiences, the Exatec team continues to address the needs of its automotive
customers.
“We were one of the first to develop PC glazing solutions for automotive manufacturers more than a decade ago, and our innovations, such as our advanced
plasma coating technology, continue to lead the industry,” Shuler added. “Our
new scratch and abrasion evaluation capabilities are yet another example of our
commitment to this critically important industry through more advanced analysis
and optimization of PC glazing solutions that meet the specific requirements of
global automotive manufacturers.”
most pressing challenges. Today, SABIC Innovative Plastics is a multi-billion-
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dollar company with operations in more than 35 countries and approximately
09/02/2010
SABIC Innovative Plastics’ Versatile Lexan* Sheet
Scores Big Win at South African FIFA World Cup
Stadiums and Other Stadiums Around the World
BERGEN OP ZOOM, The Netherlands – May 27,
2010 – Thousands of fans gathering to the FIFA World
Cup™ 2010 matches, held from June 11 – July 11,
2010 in South Africa are in for a brilliant new experience – courtesy of SABIC Innovative Plastics’ highperformance Lexan* polycarbonate (PC) sheet. Lexan
Exell D*, a lightweight, high-impact and UV-resistant monolithic sheet, was chosen to create the roofing, façades and stairway glazing for the stunning new
Soccer City Stadium in Soweto, Johannesburg, where this year’s opening and
closing FIFA matches will be played. Lexan Exell D sheet was also selected for
the building joints of the Moses Mabhida Stadium in Durban, and Lexan Thermoclear* multiwall sheet was chosen for roof glazing at the Peter Mokaba Stadium
in Polokwane. These amazingly tough, enviromentally progressive and transparent PC materials offer spectators an excellent viewing experience along with
superior comfort, safety and aesthetics vs. traditional materials like glass, and
are the top choice of architects to create the world’s largest and most impressive structures. SABIC Innovative Plastics has long been a major player in the
building & construction industry with a robust and growing portfolio of proven,
sustainable, high-end products designed to help customers succeed.
The design of the Soccer City stadium in Johannesburg was inspired by a calabash, a hollowed out gourd used as a traditional African cooking pot. The
Lexan Exell D sheet roofing represents the boiling water flowing over the top
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of “the pot” and continues as droplets on the skin. SABIC Innovative Plastics’
durable Lexan Exell D sheet glazing was also used to admit natural light into
the stadium’s stairway. The stadium can accommodate 95,000 spectators, all
protected from the changing weather conditions by the Lexan Exell D sheet roof
and façades covering an area of 14,000 m2 (150,000 ft2).
“Today’s sports stadiums and arenas combine unique design concepts, with
tough requirements for safety, weatherability and code compliance,” said Lennard
Markestein, global marketing director, Specialty Film & Sheet, SABIC Innovative
Plastics. “Lexan PC sheet delivers the clarity of glass without the drawbacks of
weight and fragility, enabling award-winning and unique designs and a safe, satisfying experience for attendees. Our materials are playing a critical role in the
construction of public buildings because they combine outstanding performance,
environmental responsibility and aesthetics.”
Stadiums Around the World Feature Lexan Sheet
Lexan sheet products are the materials of choice for sports stadiums in many
nations. For example, Lexan Thermoclear sheet was specified for more than 50
stadiums throughout the world, including the Sydney Olympic Stadium in Australia, Chongqing Olympic Stadium in China, and the UEFA European Football
Championship Euro 2008™ and Euro 2004™ stadiums in Austria, Switzerland
and Portugal.
SABIC Innovative Plastics’ extensive experience in stadium glazing led to potential use of its Lexan Thermoclear sheet for the roof glazing of the UEFA Euro
2012™ stadium in Poland. The material offers exceptional stiffness to withstand
high winds and heavy snow loads typical of the region. For the 2014 World Cup
and 2016 Olympic Games in Brazil, SABIC Innovative Plastics’ engineering and
design team is currently working closely with the Brazilian Soccer Committee on
other potential projects.
Elegant Solutions for Complex Projects
Lexan Exell D monolithic sheet is a transparent PC sheet with proprietary UV
protection on both sides, offering excellent weathering properties. It offers
flame retardance that complies with the European fire standard EN 13501-1
for safety, and complies with glazing security impact resistance according to
EN 356. Lexan Exell D sheet can be easily cold-formed into gentle curves,
which makes it a good choice for skylights, covered walkways and barrel vaults.
It is thermoformable into the desired geometry while retaining its UV-resistant
coating. This material is backed by a 10-year limited written warranty against
yellowing, loss of light transmission and breakage.
Lexan Thermoclear multiwall sheet products are a versatile thermoplastic glazing material that has been used in arena roofing and other glazing for more
than 30 years and delivers a unique combination of advantages in roofing for
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large, complex structures. Compared to glass, Lexan Thermoclear sheet is significantly lighter in weight while offering high stiffness and more than 250 times
the impact resistance to reduce the risk of breakage from wind, hail, and other
extreme weather, as well as vandalism.
09/02/2010
Lexan sheet glazing materials can help to deliver measurable return on investment through ease of installation; lower insurance costs due to weather damage;
and less need for replacement due to UV degradation, weathering, and breakage.
– Weight reduction for both fuel and systems cost savings remains a long-haul strategy for the airline industry,
and has opened up another major development opportunity for SABIC Innovative Plastics and its customers.
The company has created a new high-performance compound based on aerospace carbon fiber technology coupled with Ultem* polyetherimide (PEI) resin, creating a
space-age solution to replace heavier airline-grade diecast and machined aluminum for aircraft interiors components, slashing weight
by up to 50 percent. Vaupell, a global contract manufacturer of custom injectionmolded components and assemblies with 60 years of experience, is working with
SABIC Innovative Plastics to validate the new Ultem resin materials in aircraft
seating components.
For additional information on SABIC Innovative Plastics’ Lexan sheet products,
SABIC Innovative Plastics’ Revolutionary New
Carbon-Fiber-Filled Ultem* Resin is 50% Lighter, 40%
Stronger vs. Aluminum for Aircraft Interior Parts
Vaupell’s tray table arms are on display at the SABIC Innovative Plastics Booth
7A48 in Hall B at the Aircraft Interiors Expo. These concept parts showcase the
50 percent weight savings and up to 40 percent improved strength of carbonfiber-filled Ultem resin vs. die cast aluminum, and demonstrate how the company develops advanced, property-rich, sustainable materials to give aircraft
customers a powerful competitive edge.
“Our new carbon-fiber-filled Ultem resin family is a great example of our strategy
to further expand our premier technologies to solve our aircraft customers’ toughest challenges while giving them tremendous opportunities to grow their businesses,” said Cathleen Hess, global product director, SABIC Innovative Plastics. “Relationships with industry leaders such as Vaupell ensure that these materials meet the specific requirements of our customers and deliver measurable
value. We’re taking another technological leap forward with these innovative
new carbon-fiber-filled Ultem resins, to help global OEMs usher in a new era of
cost-effective and lighter weight aircraft design.”
“Working closely with SABIC Innovative Plastics, we immediately saw the potential of carbon-fiber-filled Ultem resin to replace aluminum in interior aircraft
applications,” said Mike Hamm, vice president, Sales, Vaupell. “It’s an outstanding product that delivers top performance and compliance with ever-tightening
global standards for critical interior applications. Carbon-fiber-filled Ultem resin
is a true industry game changing material that not only slashes part weight for
greater fuel savings, but also offers a balance of other high-performance properties to meet aircraft industry demand for the best materials on the market for
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next-generation planes.”
Redefining Over Two Decades of Exceptional High-Performance
Building upon Ultem resin’s proven capabilities for aircraft interiors, carbon-fiberfilled Ultem resin complies with FAA flammability FAR 25.853, smoke density and
heat release requirements for OSU 65/65. In addition to tray table arms, potential applications for the new carbon-fiber-filled Ultem grades include armrests,
footrests and galley items such as coffee maker chassis. Vaupell will conduct
further load capability testing and fatigue testing later this year.
SABIC Innovative Plastics has developed a family of carbon-fiber-filled Ultem
resin technologies with varying fiber content to address specific demands for
top-end performance properties. This initiative is the result of close collaboration between the company’s LNP* specialty compound and Ultem resin technology teams to deliver a solution that helps airlines meet the critical need to
reduce weight, with the added bonus of up to 40 percent improved strength performance vs. aluminum. Aerospace grade carbon fibers provide outstanding
tensile strength of 38.3 PSI vs. die cast aluminum grade 2024-0 (27 PSI) and
machined (tempered) aluminum grade 7075-0 (33.1 PSI). Continuous long fibers
provide exceptional stiffness and impact resistance.
The Ultem resin materials deliver better tensile performance and have approximately 50 percent lower specific gravity (SG) than aircraft-grade aluminum
(2024-0: 2.78 SG; 7075-0: 2.81 SG; carbon-fiber-filled Ultem resin: 1.44 SG).
In addition to reducing the weight of aluminum, carbon-fiber-filled Ultem resin
grades avoid the need for machining and other secondary processes, streamlining production and driving down total system costs. They also enable part
consolidation to reduce points of failure and expand design freedom vs. metal.
In processing, these resins provide double the flow, accelerating productivity
and enabling thin-wall molded parts for even greater weight savings.
Injection molding is just one of the processing choices for these new Ultem
resins; they are also suitable for extrusion into panels for galley storage and
similar applications. Components can be powder coated, painted or plated.
For additional information on SABIC Innovative Plastics’ Ultem resins for aircraft
applications, please go to www.sabic-ip.com.
For additional information on Vaupell, please go to www.vaupell.com.
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09/02/2010
Mitsubishi Does it Again: New RVR Compact
Crossover is Second Model with Front Fenders Made
From SABIC Innovative Plastics’ Noryl GTX* Resin
BERGEN OP ZOOM, The Netherlands – July 30, 2010
– Mitsubishi Motors Corporation’s new RVR compact
crossover has blasted past the competition with front
fenders made from SABIC Innovative Plastics’ Noryl
GTX* resin. The RVR is the second fender success for
the Mitsubishi/SABIC Innovative Plastics relationship,
which first gave consumers the Delica D:5 minivan in
2007, also sporting front fenders molded from Noryl GTX resin. By replacing
steel with this high-performance resin, Mitsubishi slashed weight by almost 50
percent and achieved a unique and highly complex geometry to differentiate
the new vehicle’s styling and improve pedestrian safety compliance. Noryl GTX
resin continues to capture increased attention in automotive body panels, underscoring SABIC Innovative Plastics’ drive to create new cutting-edge automotive
solutions.
“The new RVR’s front fenders mark another major milestone for SABIC Innovative Plastics’ award-winning Noryl GTX resin, which is rapidly becoming the
material of choice not only in fenders, but in an ever-broadening range of auto
body components, as well,” said Gregory A. Adams, vice president, SABIC Innovative Plastics. “This win with Mitsubishi is very significant in that it is the first
time an Asian automaker has reprised its use of Noryl GTX resin. Clearly, our
work with Mitsubishi reflects the development expertise of both companies and
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is a tremendous benefit to consumers around the world.”
Mercedes-Benz, Mitsubishi, and Nissan.
In developing the RVR as the company’s newest compact crossover, Mitsubishi
engineers made every effort to reduce part weight in order to achieve best-inclass fuel efficiency. Noryl GTX resin has made a major contribution by reducing
vehicle body weight by 3 kg (6.6lbs). Mitsubishi has already announced that
it will introduce this new environmentally responsible vehicle, branded as the
Mitsubishi ASX, into the European market later this year, and will follow with
expansion into many other regions of the world.
The material was honored in 2009 for its key role in helping General Motors (GM)
1987 MY Buick® LeSabre® T-Type fenders win the coveted Hall of Fame Award
and the Ford Kuga fenders win the Safety category award for enabling pedestrian safety compliance from the Automotive Division of the Society of Plastics
Engineers (SPE®).
Multiple Benefits from a Single Resin Technology
Noryl GTX resin provides a solution to top challenges facing today’s automakers.
It significantly reduces part weight to help cut fuel consumption and emissions,
and has been audited by GreenOrder, an environmental strategy firm. According
to GreenOrder, because the resin is 50 percent lighter than steel, equipping all
cars on the road today in Europe with fenders made from Noryl GTX resin would
save 530 million liters (140 million gallons) of fuel and avoid 1.3 million metric
tons (1.43 million tons U.S.) of carbon dioxide emissions.
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The material also provides greater design freedom than metal. By injection
molding Noryl GTX resin, Mitsubishi designers were able to create a complex
fender geometry featuring a sharp front edge and a side slot for an indicator
lamp. Such a design would have been difficult to fabricate in steel as it would
require multiple steps, tools and operations.
The SABIC Innovative Plastics’ resin also enabled Mitsubishi designers and engineers to significantly increase the fender’s flexibility vs. that of steel. This
enhanced flexibility is expected to provide excellent head impact absorption in
pedestrian incidents, as well as recovery of the fender from minor collisions.
During vehicle production, Noryl GTX resin helps reduce complexity and shorten
cycle times. Its high-temperature resistance and intrinsic conductivity allow the
fenders to be on-line painted without the need for a conductive primer, and deliver painted aesthetics equivalent to steel. To optimize on-line painting of the
plastic fenders along with the steel body, careful part design and processing
were essential. SABIC Innovative Plastics assisted Mitsubishi by sharing its expertise in CAE-based parts performance prediction and molding support, as well
as supplying the high-performance Noryl GTX resin.
For more information on SABIC Innovative Plastics’ Noryl GTX products, please
visit the company website at www.sabic-ip.com.
08/31/2010
SABIC Innovative Plastics’ Ammonia-Resistant Lexan*
DMX Resin Extends Product Life of Norka’s
Energy-Efficient LED Luminaires
RVR Fenders are Latest Milestone for Noryl GTX Resin
Noryl GTX resin has been used in auto fenders for more than 20 years. Since
1988, more than 20 million vehicles have been manufactured with fenders made
from Noryl GTX resin in Europe, the United States, Japan, South America and
China. Automakers that have chosen these fenders over the years include GM,
Ford, Volkswagen, Renault, PSA Peugeot Citroen, BMW, Audi, Land Rover,
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BERGEN OP ZOOM, The Netherlands – August 27,
2010 – Norka, a leading German lighting manufacturer,
chose SABIC Innovative Plastics’ extreme-performance Lexan* DMX polycarbonate (PC) copolymer resin for its new line of Luzern 38 tubular luminaires
with light-emitting diodes (LEDs). Lexan DMX resin can withstand the hostile,
ammonia-rich environments of stables, zoo cages and other animal enclosures,
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enabling Norka to create a distinctive lighting product for this niche market. Unlike traditional PCs, new Lexan DMX resin provides exceptional clarity and resistance to haze/reduced light transmission and embrittlement from prolonged
ammonia exposure for extended luminaire life and reduced energy consumption. With this unique application, Norka and SABIC Innovative Plastics have
strengthened their longstanding relationship and demonstrated the market value
of continuous innovation in the PC copolymer arena.
Norka previously made luminaires with incandescent bulbs and standard PC;
however, the fixtures had to be discarded after about a year when the bulbs
burned out and the plastic had become hazy from ammonia. With the goal of creating an environmentally responsible luminaire with better energy performance
and extended life, the company turned to LEDs – and needed a better plastic
that could match their long lifespan.
“Norka takes pride in technology leadership and we seek out suppliers that share
our commitment to the latest innovations with the best materials available,” said
Martin C. Stäcker, CEO, Norka. “That’s one reason why we have collaborated
for many years with SABIC Innovative Plastics. Another reason is their ability to
quickly provide specialty solutions – like new Lexan DMX resin – for a wide range
of unique lighting products. We know we can always rely on SABIC Innovative
Plastics to meet our exact requirements, no matter how demanding.”
“This specialized application for Lexan DMX resin showcases important strategic initiatives at SABIC Innovative Plastics,” said Rob de Jong, product market
leader Europe, Lexan copolymer resins, SABIC Innovative Plastics. “We are
continuing to invest in our extreme performance portfolio of Lexan copolymer
resins to give customers like Norka fresh and exciting design options to differentiate their products, expand into new markets and increase overall quality and
performance. We are also focusing on innovative materials that can enable the
design of sustainable applications, such as energy-efficient LED lighting.”
that continues to look good, transmits light effectively and avoids brittleness that
could pose a safety hazard.
For the Luzern luminaire, the water-clear SABIC Innovative Plastics material is
extruded into a long tube to enclose the LED light strip.
Other potential applications for Lexan DMX copolymers are keypads and touch
screens for electronics, bezels for televisions and notebooks, lenses, and coextruded film and sheet for scratch protection.
SABIC Innovative Plastics will be showcasing its expanding portfolio of high performance materials for the LED industry at K’ 2010. Norka’s Luzern 38 tubular luminaires with LEDs, along with other new applications will be highlighted,
demonstrating SABIC Innovative Plastics commitment to the LED industry.
For additional information on SABIC Innovative Plastics’ Lexan DMX copolymers, please go to www.sabic-ip.com.
Hall 6, Stand D42.
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Superior Performance vs. PMMA and Standard PC
Norka initially tried polymethyl methacrylate (PMMA) for the Luzern LED luminaire but found that this material did not provide a high enough heat deflection
temperature (HDT) or sufficient impact resistance, or perform as well as desired on the Glow Wire Ignition Test (GWIT). In contrast, Lexan DMX copolymer
provides a GWIT of 850C, a key requirement for lighting applications in some
countries such as France to fulfill the railway norm in combination with better
toughness.
specialty compounds, film, and sheet. SABIC Innovative Plastics (www.sabic-
Lexan DMX resin provides a pencil hardness of H, 2.5 times the surface hardness of standard PC, as well as excellent scratch resistance without requiring
specialty coatings. When exposed to ammonia vapor, Lexan DMX resin retains its transparency, smooth surface finish and ductility, resulting in a luminaire
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ip.com) is a wholly owned subsidiary of Saudi Basic Industries Corporation
08/30/2010
SABIC®PP Qrystal: New levels of Optical Performance
and Energy Savings for converters
Sittard, the Netherlands – May 27, 2010 – With the new
PP random copolymer SABIC® PP Qrystal, SABIC significantly increases the competitive edge of converters, enabling them to offer new levels of optical performance in
their products while making energy savings during production.
Europe, the USA and India.. The company operates in more than 40 countries
SABIC® PP Qrystal is a random copolymer that was recently developed with both the final product and the process in mind.
On the one hand, it is highly transparent and offers good antistatic properties.
As such, it meets the precise demands of markets such as injection molded
houseware, office and home storage, lids and cap & closures. The levels of
transparency and gloss make the resulting products highly competitive on the
shelf.
But converters are also discovering its remarkable energy-saving properties, as
it can be processed at significantly lower temperatures than comparable grades,
offering savings of as much as 15%. Part aesthetics are not affected by the lower
temperatures, providing for a broader operating window. So SABIC® PP Qrystal
provides converters with the opportunity to differentiate themselves while also
offering better margins.
SABIC® PP Qrystal is one of a range of innovative new products being developed by SABIC. It is available in two grades, SABIC® PP QR673K with an
MFI of 25, and SABIC® PP QR675K with an MFI of 60. In addition to devoting
its resources to the ongoing research and development of the grades, SABIC
is committed to the commercialization of our random copolymer grade family
thanks to our increasingly broad product portfolio.
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About SABIC
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Media Notes
Trademark of SABIC
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The new Valox ENH resin grades are: • Valox ENH 3500 PBT resin, unfilled •
Valox ENH 4530 PBT resin, 15 percent glass fiber reinforced • Valox ENH 4560
PBT resin, 30 percent glass fiber reinforced
Press Agency Contact
Kevin Noels Marketing Solutions Belgium Phone +31 164 317 011 knoels@marketingsolutions.be
10/21/2010
SABIC Innovative Plastics Launches Sustainable
Valox* ENH Resins for E/E Applications, Providing
Advanced FR and Excellent Performance
The three new Valox ENH resins meet the UL94 V0 standard at 0.8 mm. With
a comparative tracking index (CTI) of 500 volts for Valox ENH 4530 resin and a
CTI of 600 volts for Valox ENH 3500 and Valox ENH 4560 resins, these grades
far surpass the CTI performance of standard glass-filled brominated PBT, which
is typically around 200 volts.
BERGEN OP ZOOM, The Netherlands – October 20,
2010 – SABIC Innovative Plastics today launched three
new sustainable additions to its Valox* ENH resin series that delivers advanced flame retardance (FR) together with outstanding mechanical and electrical performance to the electrical and electronics (E/E) industry. These innovative materials help customers comply with global environmental regulations, including the European Union (EU) Waste Electrical and Electronic Equipment (WEEE) directive that is now also being applied in Korea and
China. The expansion of the Valox ENH resin family is the result of SABIC Innovative Plastics’ ongoing focus to provide an ever-broadening portfolio of validated, sustainable materials to customers.
These unfilled and glass-filled grades have potential for use in electric cooling
fans, relays, connectors, switches and fuser applications in printers.
“Environmental regulations and guidelines regarding acceptable flame-retardant
chemicals for the electrical and electronics industry are continuing to tighten,”
said Jos Braat, global product market director, SABIC Innovative Plastics. “Our
dynamic R&D program focused on sustainable solutions continues to yield technological breakthroughs. Our new Valox ENH grades are just the latest deliverables in a strategic effort to evolve our flame-retardant plastics portfolio to be
in line with global regulations and voluntary eco-labels that are important to our
customers’ growth.”
The addition of the new materials increases the Valox ENH resin portfolio to five
commercial grades applicable to many different E/E applications currently made
of brominated FR PBT and/or PET. SABIC Innovative Plastics is also planning
to launch PBT/PET alloys within the Valox ENH resin family by the end of this
year.
Valox ENH Resins Surpass Brominated and Non-Brominated Competitors
SABIC Innovative Plastics is exhibiting at K’ 2010 in Düsseldorf, Germany in
Hall 6, Stand D42.
Reducing halogen content in flame-retardant polybutylene terepthalate (PBT) is
a challenge because substituting a non-brominated, non-chlorinated FR chemistry usually degrades mechanical performance. But SABIC Innovative Plastics’ highly experienced scientific and technical team achieved this goal. The
three new Valox ENH PBT resin grades, with different glass reinforcement levels, not only utilize non-brominated and non-chlorinated FR technology but also
provide a better balance of high-performance properties than competitive nonbrominated FR PBT resins. They deliver excellent elongation, chemical resistance and impact, and actually offer better electrical and flammability performance than brominated FR grades. Overall, they provide a better balance of
properties than other non-brominated FR PBT resins.
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Adding Another Dimension of Sustainability
To make applications even more sustainable, Valox ENH resin grades can be enhanced by combining them with other SABIC Innovative Plastics PBT technologies, particularly Valox iQ* resins. This iQ technology is referred to as “upcycled
technology” because it incorporates high levels of post-consumer polyethylene
terephthalate (PET) bottles into PBT resin through a proprietary chemical process. Upcycling not only diverts waste from landfills but also reduces carbon
dioxide (CO2) emissions and energy usage when producing PBT resin. Valox
iQ NH 4550 is made from upcycled post consumer PET and is currently in SABIC
innovative Plastics’ product portfolio.
For more information on SABIC Innovative Plastics’ environmental resin portfolio, please visit the company website at www.sabic-ip.com.
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09/03/2010
SABIC Innovative Plastics’ New Double-Width, Super
Energy-Efficient Lexan* Thermoclick* Sheet Makes
Cladding & Façade Installation a Snap
BERGEN OP ZOOM, The Netherlands – May 25, 2010 –
SABIC Innovative Plastics’ commitment to helping builders
and architects strengthen sustainable building designs by
increasing energy conservation, all while improving working and living environments has led to another industry
game-changer – new 1000 mm-width Lexan* Thermoclick*
polycarbonate (PC) 50 mm sheet system. This new hightech material greatly facilitates installation ease, while also
providing customers with superior high-performance, energy efficiency and excellent high-end aesthetics. Twice the width of competitive products, the new
50 mm gauge, Lexan Thermoclick sheet is virtually unbreakable and delivers a
thermal insulation U-value that can reduce energy consumption up to 17 percent
vs. traditional high-return, double-pane glass glazing. This outstanding new interconnecting sheet system has recently been selected by Hakvoort Daglicht
B.V., a daylight production and construction company based in the Netherlands,
for cladding and façade.
“Cladding and façades have an important influence on the character of a building,” says Paul Hakvoort, general manager and co-owner, Hakvoort Daglicht
B.V. “A well-designed building offers a high-quality experience, including temperature, light and sound control. SABIC Innovative Plastics’ transparent Lexan
Thermoclick 50 mm sheet system is an outstanding material that truly meets
our customers’ needs for improved aesthetics with a range of beautiful colors
and effects; easy assembly; and the potential reduction in energy required for
interior lighting and insulation. We’re proud to lead the growth of thermoplastic
façades in the building & construction industry with this unique, high-performing
product.”
“Our new Thermoclick system line highlights SABIC Innovative Plastics’ innovation and customer centricity across the board,” said Peter van den Bleek, global
product manager, Specialty Film and Sheet, SABIC Innovative Plastics. “This
new product addresses two important trends in the construction industry – improved energy performance at an affordable cost, and a system approach to
avoid the complexity of sourcing multiple components.”
Hakvoort Daglicht B.V. is currently using SABIC Innovative Plastics’ Lexan Thermoclick sheet system for the cladding and façades of new residential and commercial buildings to diffuse natural daylight and significantly help raise energy
efficiency vs. glass panels, providing a quieter and more comfortable environment.
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Simple and Easy Way to Boost Energy Efficiency
With rising energy costs and increasing demand for sustainable building practices, architects and builders are looking for materials with high insulative performance. Lexan Thermoclick 50 mm sheet system offers very low U-values of
1.0W/ m2 K, resulting in superb energy efficiency. In addition, SABIC Innovative
Plastics has lowered the U-value of its 500 mm-width, 40 mm gauge panels from
1.41 W/ m2 K to 1.27W/ m2 K.
When installed as cladding and façades of residences, commercial buildings,
shopping centers, office buildings and factories, these systems may not only
help customers reduce heating and cooling costs, but also cut energy usage
and CO2 emissions to benefit the environment.
Lexan Thermoclick sheet system delivers these important energy saving benefits at an affordable system cost. First, the 1000 mm width requires only half
as many traditional-width panels, reducing labor and saving valuable time. Second, because of its excellent loading performance, the product does not need as
many support elements, such as support beams and fixating keys, also helping
to cut costs. In addition, the unique 9-wall with X-structure sheet system delivers
all-around performance and durability; high impact resistance; UV protection on
the outer surface; good light transmission and diffusion; and a wide choice of
colors and effects.
A Complete Solution: Panels, Profiles and Accessories
With a specially designed V-joint connection profile, including a groove and smart
snap design on both sides, Lexan Thermoclick sheet’s interconnecting system
eliminates the need for vertical profiles, thereby reducing costs and enhancing
aesthetics. Also, this new tongue-and-groove connection design provides high
stiffness and low horizontal purling at larger spans.
Lexan Thermoclick 50 mm panels are the first SABIC Innovative Plastics sheet
product to be offered as a full system solution, together with profiles and accessories. Lexan Thermoclick sheet also comes with a 10-year limited written
warranty against long-term weathering conditions.
For more information on SABIC Innovative Plastics’ Lexan sheet products,
please visit the company website at www.sabic-ip.com.
most pressing challenges. Today, SABIC Innovative Plastics is a multi-billion-
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dollar company with operations in more than 35 countries and approximately
10/13/2010
SABIC Innovative Plastics’ Expanded Geloy* PC/ASA
Portfolio Opens New Possibilities; Specialty Grades
Build on World-Class Weatherability, Impact
BERGEN OP ZOOM, The Netherlands – October 11, 2010
– SABIC Innovative Plastics’ leadership in developing materials that reduce system costs and respond to its customers’ sustainability needs has resulted in another landmark achievement: an expanded portfolio of Geloy* polycarbonate/acrylonitrilestyrene-acrylate (PC/ASA) resin blends that open new opportunities for key market sectors. Originally developed for the
automotive industry to deliver improved mechanical performance and extreme weatherability, SABIC Innovative Plastics’ high-performance Geloy blends now comprise a robust new offering with
specialized grades for broad use in healthcare, consumer electronics and electrical applications. This new advanced blending exemplifies the company’s
75-year pioneering work in engineering thermoplastic breakthroughs to meet
always-shifting customer and market needs.
is one of SABIC Innovative Plastics’ strongest value-adds for customers,” said
Jos Braat, Global Product Market Director, SABIC Innovative Plastics. “Our
ability to quickly develop new materials precisely tailored to the latest industry
needs helps customers achieve a fast competitive advantage. Geloy blends and
Lexan* copolymers clearly illustrate our latest success in this area and demonstrate our continuing leadership in materials innovation.”
With New Geloy Blends, 1 Plus 1 Equals 3
With the expansion of its Geloy family, SABIC Innovative Plastics now offers
the most comprehensive PC/ASA portfolio in the industry. The unique combination of high-performance PC and ASA materials in each grade delivers much
more than the sum of these components. Building on superior weatherability
performance vs. resins such as PC, acrylonitrile-butadiene-styrene (ABS) and
PC/ABS blends – including up to five times better color stability after two years
of ultraviolet (UV) exposure as well as significant mechanical property retention
– Geloy blends add other targeted properties and advantages.
Some of these specialty blends leverage the properties of Lexan copolymers.
Lexan EXL siloxane copolymer, for example, contributes exceptional lowtemperature ductility and flame retardance to Geloy XTPMFR grades, enabling
them to be used in demanding outdoor electrical/electronic (E/E) applications
such as ATM machines, electrical enclosures and security camera systems.
Other blends feature the improved performance of Geloy XTW resin, which provides advancements in processing color stability as well as initial colorability,
and delivers greatly improved weathering compared to standard ASA grades.
These properties make them suitable for demanding long term color specific
applications such as healthcare enclosures and transportation applications.
Geloy PC/ASA blends provide improved heat and mechanical performance, including up to five times the room temperature impact performance and up to 20
degrees higher heat deflection of standard ASA products. These properties are
particularly important for applications that typically require a PC or PC/ABS resin
but their environment requires UV protection for both mechanical and aesthetic
performance.
The expanded family of new Geloy blends offers non-halogenated flame retardance, exceptional low-temperature impact, and improved heat deflection temperatures. The blends allow customers to achieve key system cost improvements and sustainability goals via thin-wall molding, replacement of secondary
painting with molded-in color, replacement of halogenated materials such as
polyvinyl chloride (PVC), and extended product life.
Key grades include: • Flame-retardant Geloy XTPMFR15 and XTPMFR10
blends, made without the use of halogenated additives, offer UL V0 performance as thin as 1.0mm. These grades incorporate Lexan EXL resin technology
for improved flow/impact balance. • Geloy XTPM405 blend offers unique lowtemperature impact properties. Lexan EXL resin provides up to three times better impact performance at –30C and five times better impact at 0C vs. standard
ASA products. • Geloy XTPM blends offer improved initial colorability and up to
five times better color stability after processing than standard PC/ASA blends.
“Combining historically separate material technologies to create unique blends
For additional information on SABIC Innovative Plastics’ portfolio of Geloy
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blends offering long-term weatherability, high impact performance and moldedin color, please go to www.sabic-ip.com.
Hall 6, Stand D42.
and lasting partnerships.
About SABIC Innovative Plastics SABIC Innovative Plastics is a leading, global
09/27/2010
SABIC Innovative Plastics Boosts Ultem* Resin
Capacity by 35% at New World-Scale Cartagena
Facility to Meet Growing European, World Demand
BERGEN OP ZOOM, The Netherlands – September
23, 2010 — Launching a new chapter in the history
of one of its most renowned materials, SABIC Innovative Plastics today cut the ribbon at its new Ultem*
polyetherimide (PEI) resin production facility here in
Cartagena. This much-anticipated event marks a 35
percent increase in Ultem resin capacity for European and global customers.
The state-of-the-art 300 million Euros facility, which is SABIC Innovative Plastics’ second Ultem resin plant, will provide customers with higher supply dependability. The plant also encompasses scalable capacity for producing ultra-high-
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performance Extem* resin grades and specialty intermediates (anhydrides).
Proprietary process chemistry and cutting-edge manufacturing technologies will
improve operating reliability and flexibility while minimizing the environmental
impact of by-products. This major investment demonstrates the company’s unyielding commitment to reliable, scalable supplies of its Ultem and Extem resin
grades, whose outstanding performance is driving ever-greater demand from
global customers.
“Today represents a very significant milestone in SABIC Innovative Plastics as
we open our second world class “Ultra High Performance” resins plant at our
Cartagena, Spain site,” said Charlie Crew, President and CEO of SABIC Innovative Plastics. “ We will manufacture our Ultem (polyetherimide) resins immediately and have the capability to make Extem (polyimide) resins and other
high heat polymers in the future at this facility to support our global customers
who require high temperature and high strength in their demanding applications.
These resins will also be used in a variety of compounds that we will manufacture in Spain and other global compounding sites to serve our customers around
the world. Our commitment to innovation through new product technologies is
stronger than ever. This new facility demonstrates the significant investments
we at SABIC Innovative Plastics are making to better serve our customers with
materials solutions to help them innovate and grow.”
Ultem Resin, Extem Resin Blends and Intermediates
The Cartagena plant will primarily produce Ultem base resin, a proven material
that offers the highest performance across a balance of properties of virtually
any thermoplastic in the global plastics industry. The Ultem resin can then be
compounded into customized compounds with colorants, reinforcements, etc.,
at the SABIC Innovative Plastics compounding facility in the Cartagena complex
or at other global facilities. Ultem resin is available in fiber, foam, film, fabric and
paper forms at other global SABIC Innovative Plastics or value chain partner
facilities. Further, the material can be enhanced with special attributes such as
inherent electrostatic dissipative performance, lubricity and thermal conductivity,
provided by the company’s LNP* specialty compounds business.
Ultem resins have been taking customer applications to new levels of performance in the consumer electronics, electrical, healthcare and transportation
segments for more than 30 years. Today, with higher performance properties
and expansion into non-injection-molded technologies, Ultem resin is meeting
customer needs in emerging segments such as alternative energy, LED lighting
and aerospace interiors.
In addition to Ultem base resin, the new plant can produce Extem resin grades,
which offer exceptionally high temperature resistance and other desirable properties for the most demanding applications in the semiconductor, transportation
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and electrical/electronics sectors, among others. Scalability to produce large
volumes of Extem resins has been built into the facility.
Further, SABIC Innovative Plastics will derive unique, high-purity anhydrides
from the manufacturing process for Ultem resin. These specialized intermediates can be used for modification of coatings, adhesives or thermosets or as
the base chemical for other polymers pharmaceuticals or pigments.
09/01/2010
For additional information on SABIC Innovative Plastics’ Ultem and Extem
resins, please go to www.sabic-ip.com.
Hall 6, Stand D42.
——————————————————————About SABIC Innovative Plastics SABIC Innovative Plastics is a leading, global
###
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Exatec*, ULVAC Announce Technology Collaboration
for Mass Production of Coating Solutions to Drive Use
of Polycarbonate for Car Windows
BERGEN OP ZOOM, The Netherlands – July 21,
2010 – Exatec*, a wholly owned subsidiary of SABIC
Innovative Plastics, and ULVAC, a leader in massproduction vacuum technologies, today announced
their collaboration to accelerate cost-effective, highvolume production of weatherable, scratch-resistant,
plasma-coated Lexan* polycarbonate (PC) resin for
vehicle windows. Under the agreement, ULVAC will manufacture turnkey mass
production systems that leverage its’ expertise in high-volume vacuum equipment and Exatec’s proprietary plasma coating technology.
The combined ULVAC and Exatec technologies will help automakers and tiers
replace heavier glass windows with Lexan resin glazing to meet upcoming regulations for lower CO2 emissions and also provides greater design freedom and
cost reduction through parts consolidation. It also offers other industries – particularly consumer electronics – durable and abrasion-resistant coating solutions
for a broad range of products. Automakers interested in expanding production
of PC windows using Exatec technology will soon be able to order machinery
from ULVAC.
“Pressure to reduce vehicle emissions is increasing worldwide, requiring automakers to implement weight-out solutions that can also meet rising demand
for superior quality and durability,” said Dominic McMahon, chief executive officer, Exatec.“ Plasma-coated Lexan PC glazing has exceptionally high potential
for weight-out. This technology is already validated, and now our relationship
with ULVAC builds the path to large-scale production. We are confident that ULVAC’s turnkey solutions combined with Exatec’s coating technology will change
the future of automotive glazing and make a significant contribution to improved
fuel economy, reduced emissions and increased vehicle range.”
“The technical cooperation between Exatec and ULVAC will no doubt accelerate the full scale production of plasma-coated polycarbonate automotive glazing,” said Kyuzo Nakamura, chairman of ULVAC, Inc. “Exatec’s superior technology for hard coating polycarbonate is already in production and ULVAC has
been engaged in production and distribution of various types of vacuum coating
equipment. We believe that this technical cooperation will bring a total solutions
package to our customers in automotive and also in consumer electronics.”
“SABIC Innovative Plastics recognized the need for new materials that offer au-
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tomotive designers greater freedom in styling while reducing the weight of glazing components,” said Greg Adams, vice president, Automotive, SABIC Innovative Plastics. “Over the past few years Exatec coatings and Lexan have been
used for the glazing on many technology demonstration vehicles from innovative
OEMs. This technology collaboration with ULVAC is a milestone in the broader
adoption of PC glazing in the automotive industry.”
More stringent vehicle emission restrictions are planned in major automotive
markets. In the United States, new rules mandate that by 2016, vehicles must
get an average of 35.5 miles per gallon. In Europe, mandatory reductions of
CO2 emissions aim to reach 130gCO2/km (.46lbs/mile) in 2015 for the average
new car fleet, and 95g/km (.35lbs/mile) by 2020.
Plasma-Coated PC Glazing Industrialization
About EXATEC
The joint solution created by Exatec and ULVAC combines two highly advanced
technologies and optimizes them for large-scale production. Exatec’s plasma
coatings for Lexan PC provide unmatched weatherability and abrasion resistance to ensure crystal-clear, attractive and durable glazing over the life of the
vehicle. ULVAC’s advanced vacuum equipment technologies enable this coating system to be scaled up for production; they feature a high deposition rate,
a continuous process and the ability to coat parts with complex shapes and a
wide range of sizes. Together, the companies have optimized this system for
exceptional quality, consistency and throughput.
Exatec, LLC (www.exatec.biz) is a wholly owned subsidiary of SABIC Innovative Plastics. Founded in 1998, Exatec offers the industry’s widest range
of enabling technologies for advanced polycarbonate glazing systems, including an exclusive offering of the Exatec glass-like plasma coating technology.
Building on SABIC Innovative Plastics’ extensive materials and molding competence, Exatec’s technology solutions encompass all processes and manufacturing steps, including next-generation polycarbonate materials, molding with
added functionality, wet-coat and plasma enhanced chemical vapor coatings,
part marking and heated window defrosting. Exatec’s advanced plasma coating
systems ensure market-leading weathering, durability and glass-like abrasion
performance. These plasma-coating technologies are capable of delivering cost
effective, complex shaped parts with high yield and fast production rates. Exatec is headquartered at its 100,000 sq. ft. state-of-the-art Glazing Technology
Development Center in Wixom, Michigan (USA).
——————————————————————About ULVAC, Inc.
ULVAC (President: Hidenori Suwa) was established as a pioneer of vacuum
technology in Japan in 1952. ULVAC has grown with the progress of vacuum
technology. Today ULVAC is the only one company that supplies customers with
products and services based on vacuum technology for application of display
devices such as LCD, PDP, OLED, various types of electric components and
semiconductors, automobile parts, pharmaceuticals and so on. ULVAC Group
has net sales of 224 billion Yen and 6,900 employees as of June in 2009. ULVAC
enhances customer satisfaction by offering a total solution package - not only
with the supply of equipment and parts but also with the supply of integrated
production line solutions, materials, foundry service, maintenance, improvement
plans, etc. ULVAC is going ahead with product development in new fields other
than vacuum technology and will contribute to progress of industry.
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08/30/2010
SABIC’s strong commitment to Industrial Container
solutions
Sittard, the Netherlands – July 14, 2010 – SABIC’s two new High Density
Polyethylene (HDPE) grades for Industrial Container applications - SABIC®
HDPE ICP4907S and SABIC® HDPE ICP5602 - are commercially available for
the global market from now on. Both grades meet the latest market challenges
offering an optimal balance of properties, improved processing behavior and the
potential to reduce system costs. The structure of the two SABIC grades open
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up new opportunities for noticeably energy and material savings and cycle time
reductions - which support converters to improve their cost-efficiency as well as
their sustainability performance.
cesses.” SABIC will continuously work to support the container market, aiming
to meet the current and future challenges.
The two newcomers belong both to SABIC´s HDPE line for blow molding applications in industrial containers: the SABIC® HDPE Industrial Container Product
(ICP) range. SABIC® HDPE ICP4907S is designed to meet the typical property
requirements for Intermediate Bulk Containers (IBC) and tanks, up to 1000 litres
and more. This new IBC-grade is moreover Ultraviolet (UV) stabilized. SABIC®
HDPE ICP5602 is developed for applications in Tight Head drums varying from
25 up to 220 litres and more. Both grades have an outstanding stiffness/impactbalance, environmental stress crack resistance and chemical resistance, providing good protection for storage of hazardous substances and valuable liquids.
What’s more, both grades meet the strict requirements for food packaging. All
products of the SABIC® HDPE ICP line – including SABIC® HDPE ICP4907S
and SABIC® HDPE ICP5602 – are able to meet the stringent recommendations
of the United Nations (UN) and can therefore, subject to regular government approvals and registrations, be used for the production of UN-approved containers.
——————————————————————-
Both grades advance manufacturers’ drive for greater cost-efficiency. Their
granule form – which is exceptional for low Melt Flow-grades within this segment – improves the handling and offers significant opportunities to reduce system costs. The usage of granules prevents material waste, improves machine
efficiency and supports a safer product handling. Moreover, the relative high
melt flow of SABIC® HDPE ICP4907S and SABIC® HDPE ICP5602 enables
converters to exploit the potential to improve processing and reduce systems
costs without compromising on excellent performance. Bottom line is that the
two new products result in potential carbon dioxide emission reductions and cost
savings.
“SABIC is proud to anticipate to the latest developments within the Industrial
Container applications” explains Ron Reijntjens, Project Manager HDPE Industrial Containers. “It was only 1 year ago as we successfully launched the first
grades of the SABIC® HDPE ICP range. And now, we are already taking it to the
next level.” Due to its strong leverage to innovate and deliver, SABIC was able
to expand its youngest HDPE family with grades that meet the current market
challenges.
”SABIC developed these grades in response to the increasing market need for
high performing grades that can meet the stringent UN regulations”, comments
Mario Scholle, Business Manager HDPE. The continuous development of this
high performing SABIC® HDPE range shows SABIC’s strong commitment to
the industrial container market. Scholle says, ”The availability of these grades
from a major polyolefins supplier such as SABIC enables customers to secure
their supply and reduce complex, time consuming approval procedures and pro-
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About SABIC
Europe, the USA and India. The company operates in more than 40 countries
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Media Notes
Trademark of SABIC
09/01/2010
KISSsoft AG and SABIC Innovative Plastics Help
Diverse Industries Green Up for Metal-to-Plastic
Conversion with Data on Specialty Compounds
BERGEN OP ZOOM, The Netherlands – July 29, 2010
– SABIC Innovative Plastics, a world leader in engineering thermoplastic solutions, has collaborated with
Swiss software maker KISSsoft AG to take the guesswork out of plastic gear design. To accelerate the
trend toward replacing metals with high-performance,
durable and versatile thermoplastic compounds, KISSsoft is now applying gear sizing calculations for 17 grades of SABIC Innovative
Plastics’ LNP* specialty compounds, including high-temperature, internally lubricated and fiber-reinforced grades. Now, engineers and designers can replace
trial and error with validated data on parameters such as strength, temperature
resistance and tooth flank wear to significantly streamline their gear design process. This new solution can help a wide range of industries, from healthcare and
automotive to food services, leverage the advantages of plastic gears to reduce
system cost, greatly expand design freedom, lower weight and deliver higher
performance.
“A major roadblock to designing plastic gears has been the lack of reliable data,”
said Dr. Stefan Beermann, CEO KISSsoft AG. “Sizing calculations for metal
gears cannot be applied to plastics because plastics’ performance properties
can vary with temperature. Our work with SABIC Innovative Plastics has enabled KISSsoft to incorporate the properties of a large group of the company’s
high-end compounds into our calculation software, radically simplifying the gear
design process. Whether the gears are for cable car systems, construction
equipment, Formula 1 race car transmissions or spacecraft, customers can now
select and evaluate SABIC Innovative Plastics’ specialty compounds quickly and
accurately.”
Metal-to-plastic conversion represents a major trend and a significant improvement in gear technology. Plastic gears deliver a number of improvements over
traditional metal, beginning with significantly enhanced design freedom. Molding instead of machining enables new configurations while avoiding the costs
of secondary operations. The lighter weight of plastics also reduces inertia for
greater gear efficiency. Additionally, moving plastic parts are significantly quieter than metal, helping to reduce ambient noise from machinery.
“SABIC Innovative Plastics has always been proactive in adding value to our
materials portfolio to help customers achieve the best results in the shortest
time,” said Rob Janssen, technical marketing product specialist, SABIC Innovative Plastics. “By collaborating with industry experts such as KISSsoft to provide
validated engineering data, we make it easy for customers to design new applications with our materials and take them to market quickly. KISSsoft’s software
with data on LNP specialty compounds is a powerful new tool for wide-scale
conversion of gears to high-performance thermoplastics.”
Designing Better Gears with LNP* Specialty Compounds
The first group of SABIC Innovative Plastics’ LNP materials to be validated includes reinforced grades using short and long glass fibers and carbon fibers,
various lubricant technologies and eight different base polymers. Data for these
grades, provided by SABIC Innovative Plastics, include temperature-dependent
values for modulus, static bending strength and characteristic wear values during dry running. The two companies are working to expand this portfolio.
SABIC Innovative Plastics’ LNP specialty compounds offer additional highperformance advantages. For example, LNP Lubricomp* and LNP Lubriloy*
compounds with internal lubrication can be used in dry running gears for applications that do not permit external application of oil and grease. The healthcare
and food services sectors are key markets for these materials due to regulatory
requirements for cleanliness and safety. Other benefits of internally lubricated
compounds are cost savings from less maintenance and enhanced environmental protection.
Fiber-reinforced grades of SABIC Innovative Plastics’ compounds can further
improve the endurance performance in respect to wear and fatigue resistance
and enable the transmission of higher torque levels.
For additional information on SABIC Innovative Plastics’ LNP specialty compounds, please go to www.sabic-ip.com.
Many Benefits from Plastic Gears
SABIC Innovative Plastics is a leading, global supplier of engineering thermo-
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plastics with a 75-year history of breakthrough solutions that solve its customers’
About KISSsoft AG
KISSsoft AG develops calculation software for engineers and designers in a wide
variety of fields. When used with currently valid standards (DIN, ISO, AGMA),
this software serves as a quick, high-quality tool for sizing machine elements, reviewing calculations, determining component strength, and documenting safety
factors and product life parameters.
10/14/2010
SABIC presents growing product portfolio at the 2010
SEPAWA Congress in Fulda, Germany
Sittard, the Netherlands – October 14, 2010 – SABIC
will present two new product groups from its Performance Chemicals Strategic Business Unit - Ethanolamines
and Ethoxylates - at the 57th SEPAWA Congress &
European Detergents Conference (EDC) to be held in
Fulda, Germany, from October 13-15, 2010.
This year SABIC will participate for the first time as an exhibitor at the annual
congress, which is considered as one of the most significant meeting points for
the industry. With a membership of more than 1,200 companies drawn from
all sectors of the chemical industry, SEPAWA is one of the largest independent
professional associations in Europe. SABIC sees the congress as an important
opportunity to present itself as a strong partner to existing and future European
and global customers.
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SABIC’s Performance Chemicals Business operates three Business Units: Base
Products, Functional Polymers and Functional Chemicals. Ethanolamines and
Ethoxylates, produced at SABIC’s Saudi Kayan plant in Jubail, Saudi Arabia, are
part of the Functional Chemicals product range and are used, amongst others,
in household detergents and personal care products.
“SABIC’s Performance Chemicals Business aims to diversify the SABIC product portfolio and accelerate the exploration of new chemical and polymer value
chains to meet our customers’ needs”, says Rusmir Niksic, SABIC General Manager, Functional Chemicals. “The European market is one of the key areas for
SABIC’s growth strategy in performance chemicals where the company aims
to expand its networks in sales, marketing and distribution. SABIC intends to
combine its knowledge of customer desired applications and processes, product quality, technology platforms, customer service excellence and security of
feedstock supply to create value, facilitate growth and spur innovation for its
European customers”.
“At SEPAWA, we will introduce our initial product portfolio including a range
of fatty-alcohol ethoxylates and polyethyleneglycols. In the next few years we
also plan to launch additional chemistries which include polysorbates, castor
oil ethoxylates and other products required by our global customers which our
Technology & Innovation group is working on. The ethanolamine range will include mono, di and tri grades”, says Turki Al-Hamdan, SABIC Global Business
Manager, Ethoxylates & Amines. “SABIC’s established position in ethylene oxide and the recently-announced natural fatty-alcohol project will be leveraged to
create value for our customers”, added Al-Hamdan.
SABIC is exhibiting at K’ 2010 in Düsseldorf, Germany in Hall 6, Stand D42.
ENDS
Notes to Editors About SABIC
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Europe, the USA and India. The company operates in more than 40 countries
Gulf Cooperation Council countries. About Performance Chemicals
Performance Chemicals is leading the diversification of the SABIC product portfolio toward value-adding functional chemicals and polymers. The Performance
Chemicals Business is aligned into three business units – Base Products, Functional Chemicals and Functional Polymers – each of which has created a distinct
marketing approach. Performance Chemicals produces and markets technologically advanced products, such as ethanolamines, surfactants and other specialty products. Over the coming years, Performance Chemicals will introduce
more than 40 new performance products and serve new customers in growing
industries ranging from personal care, construction, automotive and alternative
energy to aviation. About SABIC in Europe
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09/27/2010
SABIC® Vestolen A RELY Achieves New Standards for
Sustainability, Performance, Cost Effectiveness in
HDPE Pipe Applications
Sittard, the Netherlands – September 20, 2010 – At the Plastic Pipes XV Conference in Vancouver, Canada (stand 6) SABIC, a global plastics industry leader,
today introduced the new SABIC® Vestolen A RELY family of tough, sustainable and cost-effective bimodal high-density polyethylene (HDPE) materials for
pressure pipe applications. The SABIC® Vestolen A RELY portfolio offers converters considerable energy savings and enables environmentally responsible
pipe installation. Further demonstrating its commitment to sustainable technologies, the company also presented today its revolutionary new Strain Hardening method, a fast, cost-efficient and highly accurate method for evaluating the
slow crack growth resistance behaviour of HDPE. This Strain Hardening method
avoids the use of detergents - that can pose an environmental hazard – and
avoids the use of valuable drinking water.
Both announcements underscore SABIC’s increasing focus on the development
of high-performance, sustainable technologies, and its ongoing investment in innovative materials and validation techniques to help converters, developers and
builders leverage next-generation, pressure pipe solutions. The term “RELY”
refers to the material’s outstanding reliability, which is critical for transporting
potable water, gas and other valuable liquids. It also reflects SABIC’s global
reputation as a strong and reliable business partner that can ensure a long-term
supply of advanced material solutions.
“Our new SABIC®Vestolen A RELY products in combination with the Strain
Hardening method - that measures their performance - are key deliverables in
SABIC’s global strategy to supply the pressure pipe industry with breakthrough
technologies,” said Jean Engels, business manager HDPE SABIC. “SABIC
takes great pride in proactively developing materials and methodologies that
meet current and emerging industry needs, particularly in the areas of sustainability and cost effectiveness. We also welcome new partners who can help us
drive development of new pipe solutions utilizing our high-performance HDPE
materials and extensive technological resources and expertise.”
Boosting Sustainability and Performance of High-Pressure Pipe
The first two grades within the SABIC® Vestolen A RELY portfolio – one designed for low sagging and the other engineered for high resistance to slow
crack growth – contribute to the eco-responsible production and use of pressure
pipe. With these materials, converters can significantly reduce energy. Developers and contractors can select trenchless pipe installation such as guided boring
and horizontal directional drilling that reduce impact on the environment.
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Both new materials are classified as PE100 grades, demonstrating compliance
with the highest industry standards for HDPE pressure pipe.
• SABIC® Vestolen A RELY 5924R delivers excellent low sag performance for
large-diameter pipes and pressure pipes with a low standard dimension ratio
(SDR). This grade has an internal pressure approval for PE 100 that complies
with the EN12201 and EN1555 standards, underscoring its high quality and outstanding performance for transporting potable water, gas, sewage and other
liquids.
• SABIC® Vestolen A RELY 5922R offers excellent resistance to slow crack
growth propagation in high-pressure pipe applications and can therefore be used
with advanced trenchless pipe installation technologies such as re-lining, horizontal directional drilling and guided boring. Its superior resistance to slow crack
growth is demonstrated by results of the FNCT (>8760h) and pipe notch test
(>8760h, DIN and ISO 13479). This grade also has an internal pressure approval for PE 100, meeting EN12201 and EN1555 standards.
Moreover, the new, premium-performance RELY family is produced at SABIC’s
state-of-the-art HDPE plant in Gelsenkirchen, Germany, which was designed
to put less stress on the environment than traditional facilities. For example,
SABIC’s plant cuts electricity usage by 8 percent, air emissions by 85 percent
and sewage by 50 percent. Further, the facility uses SABIC’s own proprietary
catalyst technology, ensuring a consistent and high product quality.
Setting the standard for slow crack growth resistance testing
——————————————————————About SABIC in Europe
Until now, the primary slow crack growth resistance testing methods for HDPE
for pressure pipes had significant drawbacks, including high cost, long durations
of a year or more and uncertain reliability. SABIC’s new and more sophisticated
Strain Hardening method correlates very well to traditional methods that assess
the slow crack growth behaviour of HDPE. This revolutionary method is typically
able to determine the intrinsic slow crack growth behaviour via a simple tensile
test at 80°C. Advantages of this test method are very low measurement variation,
absence of surfactants and notches, small amount of required testing material
(< 50 g) and, most important, testing times of only a few hours.
Media Notes • As an acronym, SABIC should be all caps whenever it appears
in print. • ® Trademark of SABIC
SABIC´s new Strain Hardening method can be easily implemented at accredited
laboratories. This simple yet cutting-edge test fulfils an urgent and previously
unmet market need. SABIC anticipates that the Strain Hardening method will
become the standard for HDPE slow crack growth testing.
01.01.004
01.01.006
Acrylonitrile/styrene/acrylic ester copolymerblends
SABIC® Vestolen A RELY 5924R and SABIC® Vestolen A RELY 5922R are
available globally. Additional grades within this product line are due for release
in the near future.
01.01.007
Acrylonitrile/styrene/acrylic ester copolymers (ASA)
01.01.008
Aromatic polyesters
SABIC is exhibiting at K’ 2010 in Düsseldorf, Germany in Hall 6, Stand D42.
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——————————————————————- Press Agency Contact Kevin
Noels Marketing Solutions Belgium Phone +31 164 317 011 knoels@marketingsolutions.be
Product Overview
SABIC
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01.01.009
Barrier plastics
01.01.080
Polyethylene PE-UHMW
01.01.017
01.01.084
01.01.019
Copolyester TPE-O, COPE
01.01.089
Polyphenylene ether (PPE) modified
01.01.023
01.01.090
Polyphenylene ether blends
01.01.032
Granulates
01.01.092
Polypropylene
01.01.035
Optical polymers
01.01.093
Polystyrene (PS)
01.01.043
Polyamides blends
01.01.105
Polyvinyl chloride plasticised (PVC-P)
01.01.063
01.01.106
01.01.064
01.01.123
Styrene polymerblends
01.01.065
Polycarbonate (PC)
01.03.033
Polyester resin moulding compounds
01.01.066
Polycarbonate blends
01.03.036
Polyetherimide resins
01.01.069
Polyetheretherketone (PEEK)
01.03.037
Polyimide resins
01.01.070
Polyetherimide (PEI)
02.04.001.04
01.01.075
Polyethylene blends
02.04.002
Films
01.01.076
Polyethylene PE-HD
01.01.077
Polyethylene PE-LD
01.01.078
Polyethylene PE-LLD
01.01.079
Polyethylene PE-MD
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SDG Kunststoffe
Sekisui Chemical Co., Ltd.
Address
Spinnerweg 51-54
53783 Eitorf
Germany
Address
Toranomon 2-3-17, Minato-ku
105-8450 Tokyo
Japan
Phone
+49 2243 84748-0
Phone
+81 3 5521-0935
Fax
+49 2243 84748-29
Fax
+81 3 5521-0934
Internet address
www.sdg-kunststoffe.de
Internet address
www.sekisui.co.jp
E-Mail
info@sdg-kunststoffe.de
E-Mail
Stand
Stand
Product Overview
02.01.006
SDG Kunststoffe
Product Details
02.01.006
Product Overview
02.03.002
SDG Kunststoffe
Product Details
02.03.002
#5782LSV
Dreh- und Frästeile
Low smell, ultra low VOC Double sided tape for automotive applications. VOC
stands for Volatile Organic Compounds, it is said that VOC has bad influence to
air quality, water quality and human health.
ADVANCELL EM
ADVANCELL EM is tiny thermo-expandable microspheres developed by Sekisui
Chemical Company, containing a low boiling point liquid hydrocarbon inside a
thermoplastic polymer shell.
When heated, ADVANCELL EM microspheres expand greatly in size; the heat
softens the thermoplastic shell while the hydrocarbon boils and expands the
shell.
Previously, ADVANCELL EM was unsuitable for use in pp molding. Now, with the
instruction of the new, higher heat stability Foamed Plastics Grade, ADVANCELL
EM can be used in injection molding applications.
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ADVANCELL HB
Micropearl SOL
Advancell HB is a unique porous acrylic microsphere from Sekisui Chemical. A
porous microsphere provides the following advantages:
Solder Joint Material, which consists of a soft plastic core with a uniform particle
size For Miniaturization of your packages and modules High Density, Downsizing, Light weight.
- Low Density: 50% porosity -> density 0.5g/cm3 or less is possible 50% less
resin to burn off (porosification applications)
- High Strength: withstands 30 MPa or greater (at 50% porosity)
Micropearl SP
Advancell HB Applications:
Fine plastic particles shaped in perfect spheres, with sharp diameter distribution.
This spacer maintains uniform thickness of the LCD liquid crystal layer.
- Porosifier for ceramic filters
SP sealant Film
- Organic filler where strength is required.
EVA Film for encapsulation of Solar Panel.
Light diffusing agent in transparent resins.
Sterilized sealing bag
Air Sandwich
This sealing bag is unique in that it uses Sekisui’s original shape-memory plastic
”Forte”. Further, this sealing bag is pre-sterlized by E-beam to keep antiseptic
condition until the mouth is opened.
This transparent insulation material uses built up layers of air trapped between
transparent film.
CPVC
Chlorinated polyvinyl chloride (C-PVC) is a leading engineering thermoplastic.
Its high glass transition temperature, high heat distortion temperature, chemical
inertness, plus outstanding mechanical, dielectric, and flame and smoke properties make it the top choice for a great variety of applications.
Sekisui Chemical Co.,Ltd. is the major manufacturer of PVC piping products in
Japan. Sekisui Chemical is also an internationally acclaimed C-PVC resin and
compound manufacturer with multiple field applications all over the world.
Sekisui Chemical GmbH
Address
Cantadorstr. 3
40211 Düsseldorf
Germany
Phone
+49 211 36977-0
Fax
+49 211 36977-31
Internet address
www.sekisui.de
Fi-Block
”Fi-Block” is a new, fire-resistive material developed out of Sekisui’s high polymer
technology, that expands quickly in case of fire, forming a heat-insulating char.
The inactivated material takes minimal space while providing the fire protection
of more traditional, thicker materials.
Further, ”Fi-Block” is available as a tacky, flexible plastic. It can be easily bent,
cut and be easily installed to almost anything.
E-Mail
Stand
Gap Control Spacer
Fine plastic particles shaped in perfect spheres, with sharp particle distribution.
It is available in a number of diameters up to 500 micron, to meet various needs.
Micropearl AU
Conductive fine particles made of gold-plated plastic base spacer. The particles
are with high-precise diameter distribution and excellent conductivity.
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Product Overview
02.03.002
02.03.003
02.03.007
02.03.012
02.03.015
02.04.001.04
02.04.001.06
(PMMA)
02.04.001.11
02.04.001.13
01.01.023
01.01.029
01.01.094
Polystyrene expandable (EPS)
01.01.100
Polyvinyl acetal (PVAL)
01.01.107
Polyvinyl chloride chlorinated (PVC-C)
01.03.015
01.04.017
Polystyrene foams
01.08.002
Binders
01.08.012
02.04.002
Films
01.08.017
Hot melt adhesives
02.05.012
Torsion vibration damper / Vibration damper / -isolation
01.09.027
Polyvinyl butyrals
02.05.014
01.10.002
Additives, other
02.05.024
01.10.014
Antiblocking agents
02.05.030
01.10.100
Foaming agents
02.05.068
Technical films
01.11.024
Microbeads rigid and hollow
02.05.072
Ventilator parts
01.12.014
Microbeads (glass, silicate, hollow and rigid)
02.05.073
Valves
02.05.075.01
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Product Details
02.03.002
SONOTRONIC Nagel GmbH
#5782LSV
Address
Becker-Göring-Str. 17-25
76307 Karlsbad
Germany
Phone
+49 7248 9166-0
Fax
+49 7248 9166-144
Internet address
www.sonotronic.de
E-Mail
info@sonotronic.de
Stand
Hall 11, A42 (Page 802)
Low smell, ultra low VOC Double sided tape for automotive applications(PU;PE;PP).
02.03.012
02.03.015
02.05.014
Product Overview
Micropearl SOL
02.02.005
Welding
Solder Joint Material, which consists of a soft plastic core with a uniform particle
size For Miniaturization of your packages and modules High Density, Downsizing, Light weight.
03.03.004
Cutting machines
03.03.008
03.05.004
Ultrasonic welders
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Product Details
Product Overview
02.02.005
Specchidea S.r.l.
Welding
01.01.003
01.01.065
Polycarbonate (PC)
01.01.093
Polystyrene (PS)
02.04.001.04
02.04.001.06
(PMMA)
02.04.001.08
Our Products
SONOTRONIC offers standard machines and customized
special machines, systems and components for ultrasonic welding, hot plate welding and laser welding.
Our high-performance standard machines, special machines, systems and components are versatile and their
build quality tried and tested. The high quality of our
products speaks for itself – our products are designed
and produced with maximum precision at our production site. We also attach particular importance to finding the optimum solution to
your application with our products.
Product Details
Specchidea S.r.l.
Specchidea S.r.l.
02.04.001.04
Address
Via Cav. Virginio Tedeschi 11
10036 Settimo Torinese
Italy
Phone
+39 011 22379-22
Fax
+39 011 22379-33
Internet address
www.specchidea.it
E-Mail
specchidea@specchidea.it
Stand
Hall 06, E55 (Page 784)
SATIMIR
Our Satimir sheet is made up with a base acrylic sheet,
technologically trasformed in order to give you a Satin
finish. Due to is attractive effect, this sheet can be used
for numerous apllications: from interior furnishings to
promotional displays etc. Thanks to itd light absorbing capacity, this sheet can even be used as a screen
/monitor for prjections/films.
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02.04.001.06
(PMMA)
This product is available in standard silver. However with a minimum quantity of
54 tonnes, other colours can be supplied
ACRILMIR
Specialty Polyfilms (India) Pvt. Ltd.
ACRILMIR ACRILMIR extruded acrylic mirror sheet, through its
standard wide range of dimensions (1220x2440, 2050x3050), thickness (from 1,5 to 20 mm ) and colours (at this stage we have
available 17 different shadows), is able to offer a good balance of
lightweight and resistance to blow. Its surface is quite flexible to allow you to bend and cut with either laser or saw machine. As its
flexibility, ACRILMIR could show some imperfection and distorted
image. For this reason we suggest employing the right thickness
after checking labour application.
MAIN APPLICATION: Acrilmir is a versatile item i.e. for both internal and external way. It is especially suitable for shopfittings; display stands; boat and
automotive field and last but not least in any application in which is required a
high safety level.
Address
F-89, & F-102, MIDC Area, Waluj
431 136 Aurangabad, Maharashtra
India
Phone
+91 240 2554045
Fax
+91 240 2554046
Internet address
www.specialty-films.com
E-Mail
export@specialty-films.com
Stand
POLIMIR®
Polystyrene Mirror Sheets
Our Polimir sheet is made by heated moulding of an umbreakable polystirene
sheet and a metalized polyester film. Thanks to the raw material features, this
sheet provides very good optical quality, at low price. For applications where a
light-weight, umbreakable ,and Easy- to- cut material is required, Polimir sheests
are a perfect solution. (Polimir sheets are not recommended for putdoor use).
The standard product is supplied with ablack coating. A white coating can be
also provided with a minimum quantityof 500 square meter. - Sheets are supplied with black backside , white backside is available on request.
02.04.001.08
Product Overview
02.05.061
02.05.068
Technical films
Product Details
MIRALEX®
02.05.061
Our Miralex® sheet is a base polycarbonate sheet, trasformed by a technological
process into a mirror. The caracteristics of this sheet are as follows:
Hoodit™ - Stretch Hood Film
Fire-proof Light-weight Shatter-proof Highoptical quality Excellent mechanical
properties
Specialty’s Hoodit™ Stretch Hood Film is a co-extruded film
suitable for high-speed automatic machines. Our film offers lower film cost per-pallet, operating cost, excellent allweather protection and packaging speed. We manufacture
film combinations for a wide range of market applications,
enabling our customers to better tailor the right film structure
for each application. Securap stretch hood is available in
APPLICATIONS Miralex® sheets are used where certified fire-proof material is
essential Along with optical quality for example, in night clubs, shopping centres
and public places.
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variety of sizes (upto pallet sizes of 4’ x 9’). The film is available in various colors black, opaque, color tinted & color opaque. Stretch hood
packaging technology means improved packaging quality ! Pallets packed by
stretch hoods are absolutely waterproof : the foil covers the entire pallet from
all directions. Tension in both horizontal and vertical directions, this means that
the goods are pressed downwards on to the pallet. Irregular pallets can also
be packed easily since the Stretch Hood Film follows narrowly the form of the
pallet Benefits 1) High-speed With one single performance line you can easily
pack more than 150 pallets an hour 2) Flexibility with one film size you can wrap
different sizes of pallets 3) Optical Property Excellent transparency due to single
layer film, no overlaping of layers 4) High ROI Film consumption is lower since no
overlaps are required as in Stretch wrap films 5)Low cost of ownership 6)Low
maintenance costs of the machine due to less moving parts and less heated
parts as compared to other packaging systems.
Mulchit™ - Mulch Film
Agricultural mulch film is a plastic film - available in rolls
or as folded- used in the ground, under the root systems of plants, to facilitate crop cultivation. Advantages
• limits weed growth • increases soil retention of moisture and heat • prevents soil erosion by wind and rain •
modifies soil temperature • enhances soil structure by
preventing soil crusting and soil compaction Benefits •
Improves crop yield and precocity. The growth of plants on mulch can be twice
that of plants in unmulched soil. • Since the mulch film raises the temperature
of the soil in the plant bed, it promotes faster crop development and earlier harvest. • Save on weedicide expenses. Black & White–on–black mulches will
reduce light penetration to the soil. Weeds cannot generally survive under such
mulch. • Reduces Soil Compaction: Since the mulch does not allow much of
water to wet the soil, the soil under plastic mulch remains loose friable and well
aerated. This allows the roots to have access to adequate oxygen and at the
same time it enhances microbial activity. • Cleaner Vegetable Produced: Since
no soil is splashed onto the plants or fruit, the edible product from mulched crops
is cleaner and less subject to rot; the plastic should be stretched tight to allow
the run-off of water • Increases Growth: Mulch film enhances the availability of
CO2 which helps the growth of leaves of the plant. Research has shown that
high levels of carbon dioxide may build up under the plastic because the film
does not allow the gas to escape; it has to escape through the holes punched
for the plants and a “chimney effect” is created, resulting in abundant CO2 for
the actively growing leaves. • The crop protected by mulch film is less prone to
attack by viruses. • The crop also has less chance of getting infected by insects.
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• The crop grown under mulch film requires less water than unmulched crop.
• Saves cost of labour involved in weed removal. Specifications: • Thickness
- 7 to 100 micron • Width - 250 mm to 1800 mm (Lay Flat). Width upto 2600
mm will be available by Sept. 2008 • Color - Natural (transparent), Black, or
Any Photo selective Colour, Bi-Color – Black/White; Black/Yellow; Black/Red;
Brown/Yellow, or as per specific requirement
Securap™ - Antistatic Stretch Wrap Film
Securap™ Antistatic Stretch Wrap Film is designed for stretch
wrapping during transportation of static sensitive materials especially electronic goods and components. Securap™ Antistatic stretch wrap film has excellent mechanical properties
that offers more than 300 % stretchability and reduces static
charge generated in electronic assemblies and sensitive electronic devices. Advantages of Securap™ Antistatic Stretch
Wrap Film • ESD protection in electronics goods • Excellent
moisture and dust barrier • Excellent stretchability • Useful in packing & transportation of static sensitive materials especially electronics goods, protective
devices, metal parts and components, paints and chemicals etc. Available in
machine as well as manual grade. Length & width of the film can be customized
as per customer requirements.
Securap™ - VCI Stretch Film
Securap™ VCI stretch film is a high performance film
developed for corrosion protection of ferrous and nonferrous metals. This film is used by exporters of auto
& engineering products to ensure odd-shaped or large
metal parts secure & rust free during shipment. Volatile
Corrosion Inhibitor(VCI) stretch film has excellent corrosion protection properties. The film resists moisture,
prevents rust formation and provides superior mechanical properties to snug fit large palletized loads. Securap™ VCI stretch is engineered using state-of-the art additives that resists moisture and inhibits rust
formation, as well as providing superior mechanical properties to provide snug
fit for palletized loads. The film is transparent for easy inspection and identification of parts. Securap™ VCI stretch is a result of several innovations that allow
consumers to down-gauge thus reducing costs per pallet. Advantages of Securap™ VCI Stretch Wrap Film • Corrosion & contamination protection • Outer
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layer provides excellent mechanical properties - puncture & tear strength • Provides multi-metal corrosion protection with VpCITM action • Protected parts can
be used immediately without cleaning or degreasing • Available in a variety of
widths, lengths & thicknesses
to the film for an airtight seal on every bale Specification • Width: 250 mm (10”)
/500 mm (20”) / 750mm (30”) • Thickness: 25 – 150 micron • Length: 1500 m /
1800 m • Color: White, Black, Green • UV Stabilized
Takrap™ - Glass Fibrewrap Film
SECURAP™- Stretch Wrap Film / Pallet Wrap film
Stretch film, also known as stretch wrap or pallet wrap,
is one of the most popular unitization materials on the
market. Unitization is a process of bundling and securing several individual packages together, often on a pallet. This is done manually or using high-speed wrapping
machines for better quality & speed. Advantages of SECURAP: •High elongation in Machine Direction (MD) •Good tear strength in Transverse Direction (TD)
•Excellent Puncture Resistance •Excellent draw down characteristics. •More
quantity of film than other material due to low density of LLDPE. SECURAP is
available in following variants : •SECURAP - Hand Grade Stretch Wrap Film,
for Pallet wrapping by manual process. •SECURAP ULTRA – Machine Grade
Stretch Film for Low & Medium speed Automatic machines of Pallet wrapping
•SECURAP Premium - Machine Grade Stretch Film for high speeds Automatic
machines of Pallet wrapping. •SECURAP - Antistatic Stretch Wrap Film •SECURAP - VCI Stretch Wrap Film •SECURAP UV Black - Stretch Wrap Film
Silrap™ - Silage Film
Silage film is an agricultural film used in farmland for
protection and storage of forage, silage, hay and maize
in areas where the growth period of herding grass is relatively short. Bundling of silage using tacky films helps
in transportation and delivery. Silage films act as green-store since it keeps the
forage under an optimum humidity condition to facilitate controlled anaerobic
fermentation. Advantages • Maintains the nutritional value of forage and inhibit
undesirable fermentation processes • Reduces the risk of forage getting spoiled
during bad weather • Enhances the nutritional value of forage during storage
• Forage covered by Silage Film is of high density and is easily digestible by
the cattle Benefits • Low-cost: No investment on storage tank or warehouse for
forage • Durability- even in the presence of high UV radiation and agricultural
chemicals • Performs well even at extreme temperatures – does not break or
become brittle • Avoids waste and saves cost Properties • Excellent mechanical
properties • Resistant to weathering • High quality tackifier gives maximum cling
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This film is used for wrapping of bales of glass fiber,
yarn, or fibrous material for their protection against dust
and contaminants. The key advantages of Takrap™
Glass Fibrewrap Film are: • 100 % outside cling • Facilitates unwinding of Roving bobbin till outer tail; it does
not get entangled with the strands • Dynamic dimensional stability • Easy peel off
• End user friendly while unwinding as well as handling • Excellent physiochemical properties • Protects from dust and contaminants • Environment friendly
and 100 % recyclable Securap™ Glass Fibrewrap Film - Applications Useful for
wrapping of: • Roving ball (bobbin) • Single end / multi end roving • Fiber glass
liner • Chopped - strand mat • Fabrics • Yarn • Acoustic & insulation material •
Woven roving or any fibrous material
WRAPit™ - PE Cling film
WRAPit™brand of cling film is manufactured through
an engineered combination of material and process innovation that produces high-clarity cling film free of any
taste or odour. We are India’s first cling film manufacturer to be certified with ISO 9001:2000. Wrapit™ is
certified as safe for food contact as per IS: 10146-1982 by CFTRI and as per
EU directives 2002/72/EEC by SGS and Intertek Testing Services. Polyethylene
(PE) - the base material used in manufacturing WRAP it™ is a simple structure
polymer that puts least eco- strain on environment. PE disintegrates in a given
time period and, when annihilated, it burns to hydrogen & carbon with no polluting material. PE films are replacing conventional films, which contain toxic
plasticizers (such as phthalates), stabilizers containing dangerous heavy metals
(such as lead), fungicides and other toxic substances. Advantages of WRAPit™
over conventional cling film: • Conforms to food contact regulation • 100 % nontoxic • 100 % recyclable hence eco-friendly • More economical due to low density
of LLDPE than conventional film Important characteristics of WRAPit™: • Excellent cling property to seal food in containers made of porcelain, plastic, glass or
even paper • Crystal - clear transparency • Sealing capacity of WRAP it™ keeps
food fresh for a long time • Elongation at break allows accommodating odd sized
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sealing without tearing • Microwave safe • Suitable for high speed in-line automatic wrapping machines Product Variants of Wrapit™ • Wrapit™ Household
• Wrapit™ Catering • Wrapit™ Meat • WRAPit™ Anti-Fog(Micro-Perforated) •
Wrapit™ Perfa Roll
02.05.068
Technical films
MASKit™- Masking/Surface Protection Film
MASKit™ - Masking/Surface protection film is designed
to protect surface substrates from abrasion,dust,moisture
& scratches. We manufacture both glue and non-glue
based masking films of varying widths and thickness to
match protection needs of the substrate. MASKit™ is
available in width upto 2.7 m and thickness from 25 to 100 microns Application
Areas : Ф PC, PMMA (Acrylic), PP, PVC, PS, ABS, SAN, HIPS sheets Ф Reinforced plastic sheets (FRP & GRP) Ф Thermoformed PC, PMMA (Acrylic), PP,
PVC, PS, ABS, SAN, HIPS sheets Ф Decorative Laminates. Ф Glass sheets Ф
Pre-coated steel sheets Ф Automobile accessories Ф Automotive body paneling Ф White goods Ф TV picture tube shells, etc. Benefits of Non-Glue based
protective film : Ф When the film is peeled off from the surface, there would be
no trace / stains or the residue of glue on the surface that was protected. Ф
When film is peeled off from the protected surface, it does not remove the coating along with it. Ф Easy Peel – off. Ф As the film is wrinkle and crease free, it
does not leave any marks or patches on the surface at the time of use. Ф 35%
more meterage of film than PVC due to low density of PE. Ф 100 % recyclable
hence eco- friendly. We can engineer protection films depending on the surface
to be protected
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SPID 85
Address
Z.I. Nord-B.P. 177, rue Monge
85000 La Roche-sur-Yon Cedex
France
Phone
+33 2 51360656
Fax
+33 2 51377598
Internet address
http://iph-groupspid.com
E-Mail
spid85@spid85.fr
Stand
Hall 05, C18-3 (Page 780)
Product Overview
SPID 85
02.01.010
02.03.002
02.03.005
02.03.006
appliance
02.03.007
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Product Details
02.01.010
SPID 85
02.03.007
alarm
multi-component injection molding machine
02.03.002
Späh Karl GmbH & Co. KG - DICHTUNGEN UND
MEHR
audio panels
02.03.005
Industriestr. 4-12
72516 Scheer
Germany
Phone
+49 7572 602-0
Fax
+49 7572 602-167
Internet address
www.spaeh.de
E-Mail
info@spaeh.de
Stand
Hall 12, E19 (Page 806)
broadband internet Box
02.03.006
Address
Washing machine panel
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Company News
19.10.2010
SPÄH erweitert seine Kompetenzen im Bereich große
Kunststoff-Frästeile
SCHEER, September 2010 – Die Karl Späh GmbH
& Co. KG baut seine Kapazitäten in der Kunststoffbearbeitung weiter aus. Mit multifunktionalen Plottern können auftragsbezogen nach Kundenwunsch bis
zu 3 x 2 Meter große Kunststoffteile gefertigt werden.
Durch ein gut gefülltes Halbzeuge-Lager werden zudem kurze Lieferzeiten gewährleistet.
Weitere Informationen zu den SPÄH Plotterteilen sowie eine Produktinfo als
PDF-Datei finden Interessierte unter www.spaeh.de auf der Internetseite Produktfelder Rubrik Dreh- und Frästeile.
Mit einer neuen Generation von multifunktionalen Plottern fertigt SPÄH für
sämtliche Bereiche aus Industrie und Technischem Handel präzise Kunststoffteile bis zu einer Größe von 3 x 2 Meter und maximal 70 mm Stärke.
Und dies in jeder gewünschten Form und Stückzahl ab Losgröße 1. Die
Frästeile können aus allen gängigen Kunststoffen wie PA, PC, PE, PEEK, POM,
PP, PS, PTFE, PVC und viele weitere gefertigt werden. Basis sind die gut
sortierten Halbzeuge-Läger an Plattenmaterialien an allen vier Standorten der
SPÄH Gruppe in Deutschland. Eine kurzfristige Produktion ist somit jederzeit
möglich, Werkstoff-Engpässe werden vermieden und eine hohe Terminsicherheit gewährleistet. Bei Bedarf können auch weitere Hochleistungs-kunststoffe
und Sonderwerkstoffe nach Marktvorgaben beschafft werden.
Neben der Größenauslegung der Frästeile bietet der Schneidplotter bei Bedarf
weitere Vorteile! So können bei der Plattenbearbeitung Löcher gesenkt, Fasen
angebracht, Taschen, Muster und Schriften oder sonstige Konturen gefräst
werden. Dies erweitert die Einsatzmöglichkeiten beträchtlich. Gängige CNCFrästeile aus Kunststoffplatten sind beispielsweise Abstreifer, Anschlagpuffer,
Antriebsplatten, Abdeckungen, Halterungen und vieles mehr.
Als weiteres Argument spielt heute bei vielen Anwendungen das Gewicht bzw.
die Gewichtsreduzierung eine große Rolle. Mit dem neuen Plotter können
Zulieferteile, welche bisher aus Metall hergestellt wurden, als Kunststoff-Frästeil
gefertigt werden. Die Abwicklung ist für die Kundschaft zudem ganz einfach.
Diese senden ihre DXF- oder DWG-Datei, SPÄH übernimmt die Daten direkt
auf den Fräsplotter und schon kann die Teilefertigung beginnen. Liegen die
Daten nicht vor, kann von der Zeichnung oder vom Muster gegen Gebühr das
erforderliche CNC-Programm erstellt werden. Seite 1 von 3
Für Interessierte präsentiert SPÄH große Plotter-Anschauungsmuster auf der
Kautschuk- und Kunststoffmesse K in Düsseldorf vom 27. Oktober – 03.
November, am BWI-Gemeinschaftsstand in Halle 12, Stand E 19.
SPÄH produziert in Scheer mit rund 315 Mitarbeitern Dichtungen und Stanzteile
aller Art, Dreh- und Frästeile überwiegend aus Kunststoffen, wasserstrahlgeschnittene Präzisionsteile und sonstige Zulieferteile der Elastomer-, Kunststoff- und
Dichtungstechnik für sämtliche Branchen. Zur SPÄH Gruppe gehören neben
dem Stammhaus in Scheer, die Karl Popp GmbH & Co. KG in Bad Bevensen
mit 90 Mitarbeitern, QUADRIGA Dichtungs-GmbH in Norderstedt mit rund 30
Beschäftigten und seit Mitte 2007 die SCHIPPL Dichtungen GmbH in Welden
mit 55 Mitarbeitern.
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02.01.006
02.03.001
02.03.002
02.03.011
02.04.001.10
02.04.001.12
02.04.001.14
parts
02.04.002
Films
02.04.003.01
02.04.003.03
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02.05.010
Sealing profiles
Product Details
02.05.011
Sealings/Sealrings
02.01.006
02.05.015
02.05.028
02.05.030
02.05.035
02.05.040
Packing rings
02.05.049
Boards and vulcanite boards
02.05.056
Foam products
02.05.065
customer’s tools
02.05.069
Product information
Karl Spaeh GmbH & Co. KG, Scheer, Baden-Wuerttemberg,
Germany, Spaeh – seals and more, Fabrication of seals
and gaskets, stampings, insulating parts, rings, strips,
sections and other vendor parts, turned and milled components, water jet cut parts, moulded and formed parts,
semi-finished elastomer, rubber and plastic products,
special parts for sealing technology according to ISO 9001:2008; own tool- and
cast-form-manufacturing as basis for precision. We are looking forward to hearing from you. Spaeh group (Spaeh, Popp, Quadriga, Schippl) – your partners of
sealing technology.
Ssangleong Bulkhandling Private Limited
Address
72 Tuas South Street 5
637807 Singapore
Singapore
Phone
+65 62657377
02.05.074
Composite boards
Fax
+65 62647377
02.05.075.01
Internet address
www.ssangleong.com
02.05.075.02
E-Mail
info@ssangleong.com
02.05.079
Soft rubber boards
Stand
Hall 02, A05 (Page 774)
04.05
Subcontracting
Product Overview
02.03.015
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Product Details
02.03.015
Company News
05/18/2010
STAR Kunststoffverarbeitungs GmbH
seamless bends up to od 900 mm
seamless bends up to od 900 mm
SSANGLEONG BULKHANDLING PRIVATE LIMITED
Ssangleong products are made to your very own specification.
Our years of manufacturing experience guarantee that no request is too demanding for us. Today’s industrial world is unpredictable, filled with ever changing needs and unyielding demands. In such times, Ssangleong is well prepared to provide
you with new and innovation solutions.
Ssangleong, we adhere to a strict policy. Our factory in China is
certified member of ISO 9001 and ISO 14001. Ssangleong packaging materials
are also tested according to British, Australian and Germany standards.
Product Overview
02.03.003
Product Details
02.03.003
Nahtlose Bögen
Address
Am Schornacker 59a-63
46485 Wesel
Germany
Phone
+49 281 98414-0
Fax
+49 281 98414-44
Internet address
www.star-kunststoffe.de
E-Mail
r.seklawi@star-kunststoffe.de
Stand
Hall 11, D65 (Page 802)
Wir fertigen für Sie nahtlose Bögen bis da 900 mm, von
da 90 bis da 450 mm im Lager.
Segment-Abzweig
Von da 63 bis 1200 mm in SDR 17 und SDR 11.
Für Stumpf- und Elektromuffenschweißung. Aus Rohr
geschweißt und unverstärkt. Alle nicht reduzierten
Abzweige haben den Verschwächungsbeiwert 0,5. Alle
anderen Abzweige sind nur für drucklosen Betrieb
geeignet. Druckklassengerechte Abzweige sind ebenfalls erhältlich. Weitere Druckklassen auf Anfrage
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Segment-T-Stück
STEWO Plastic Prod. S.r.l.
Von da 160 bis 1200 mm in SDR 33, SDR 17 und
SDR 11. Für Stumpf- und Elektromuffenschweißung.
Aus Rohr geschweißt und unverstärkt mit dem Verschwächungsbeiwert 0,6. Weitere Druckklassen auf
Anfrage.
Segment-T-Stück gehalst
Von da 110 bis 1200 mm in SDR 17 und SDR 11.
Für Stumpf- und Elektromuffenschweissung. Aus Rohr
geschweißt und unverstärkt mit dem Verschwächungsbeiwert zwischen 0,6 (gesattelt) und 0,75 (gehalst).
Weitere Druckklassen auf Anfrage.
Address
Str. George Cosbuc 152
427255 Nassaud
Romania
Phone
+40 263 361233
Fax
+40 263 361268
Internet address
www.stewo.ro
E-Mail
mstelzer@stewo.de
Stand
Segmentbögen
Von da 110 bis da 1200 mm und von 11-90° in SDR
33, SDR 17 und SDR 11. Für Stumpf- und Elektromuffenschweißung. Aus Rohr geschweißt und unverstärkt
mit dem Verschwächungsbeiwert 0,8. Standardradius:
1,5 x da. Druckklassengerechte Bögen sind ebenfalls
erhältlich. Weitere Druckklassen auf Anfrage.
Company News
12.05.2010
STEWO ist nominiert für den ” Großen Preis des
Mittelstandes”
Was diesen Wettbewerb auszeichnet
•Der Wettbewerb „Großer Preis des Mittelstandes“ ist mit über
3.000 nominierten Unternehmen der resonanzstärkste deutsche
Wirtschaftspreis.
•Nominierungen können nur durch Dritte erfolgen, Selbstnominierungen sind ausgeschlossen.
•Es werden keine Teilnahme- oder Bearbeitungsgebühren für Nominierte oder Nominierende erhoben.
•Bewerbung und Auszeichnung kosten die Unternehmen kein
Geld.
•Der Wettbewerb wird bundesweit geführt.
•Der Wettbewerb wird branchenübergreifend geführt.
•Der Wettbewerb ist einmalig in der Art und Weise der Organisation: Vollständig ehrenamtliche Organisation mit mehr als 150 Mitwirkenden in Jurys und
Gremien und ausschließlich private Finanzierung ohne einen Euro Steuergelder.
•Die Wettbewerbskriterien fragen nicht nur nach Umsatz oder Arbeitsplätzen
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oder Innovationen oder sozialem Engagement, sondern erfassen das Unternehmen als Ganzes und in seiner Rolle in der Gesellschaft. Für den „Großen
Preis des Mittelstandes“ nominiert zu sein, ist daher bereits eine öffentliche
Anerkennung der Leistung eines Unternehmens. Diese Nominierung kann als
Alleinstellungsmerkmal im Marketing integriert werden. Firmen, die erstmals zu
diesem deutschlandweit wichtigsten Mittelstandswettbewerb nominiert wurden,
erfahren mehr unter
02.03.007
Plastic parts for electrical engineering
We produce high quality moulded parts and assemblies for the
international electrical industry. The assembly of components
is our specialty.
www.mittelstandspreis.com .
Product Overview
02.03.012
Plastic products and parts for the medical engineering
02.02.003
Printing
02.03.002
02.03.007
In addition of the automotive and electrical engineering,
we are a competent partner for the medical engeinnering. We develop with our customers innovative packaging and functional parts.
02.03.012
02.03.016
02.03.016
engineering
02.04.003.02
02.05.047
Product Details
02.03.002
Plastic products and parts for optics/precision engeineering
Modern ESP- and parkingsystems are today found in
any vehicle. We produce the core of this system. This
optical component is responsible for the detection of the
steering angle.
02.04.003.02
Especially the production of technically demanding parts with a
quaranteed high output quantity, we can offer you. We produce
a complex automation systems in a 3-shift-system.
LEVER BMW Mini
We are specialized for high sophisicated Plastic Parts.
We deliver a range of Levers (Wiper, GRA etc.) for
AUDI, BMW, VOLVO, DAIMLER.
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02.05.047
Product Details
Surface treated decorated parts
02.05.010
Of course, we can offer all kinds of decoration. This includes: - pad printing - screen printing - paint - galvanise
- film
02.05.026
Gewerbeparkstr. 8
4615 Holzhausen
Austria
Phone
+43 7243 50020
Fax
+43 7243 51333
Internet address
www.stoeffl.at
E-Mail
office@stoeffl.at
Stand
Hall 05, E30-7 (Page 780)
Product Overview
Sealing profiles
02.05.026
Rubber hollow springs
02.05.028
02.05.046
Power unit bearings
Rubber hollow springs
Produktinfos
Produktinfos unter www.stoeffl.at oder kostenlosen Produktkatalog beim Stöffl-Team anfordern. 01 GummiMetall-Verbindungen 01 Gummiformteile 02 Federelemente 03 Kunststoffteile 04 Normteile 05 Bauteile für
Förderanlagen 06 Profile
eine dauerhafte Verbindung ist oft nur der Anfang! Damit diese auch hält, sind
Stabilität und Flexibilität gleichermaßen wichtig. All diese Eigenschaften sind
Bestandteil der Stöffl Gummi-Metall-Verbindungen. Standardteile sind aufgrund
der optimalen Lagersortierung prompt lieferbar. Sonderfertigungen nach Zeichnung oder Muster werden rasch und mit höchster Sorgfalt gefertigt. Denn
Qualität und Zuverlässigkeit verbinden.
Stöffl Rudolf GmbH
02.05.010
Sealing profiles
Productinfos
Stöffl Rudolf GmbH
Address
Stöffl Rudolf GmbH
ein Teil vom Ganzen der Einsatz hochwertiger Kunststoff- und Gummiteile hat in
der innovativen Produkttechnik unglaubliche Dimensionen erreicht. Das StöfflTechnik-Team bietet in diesem Bereich jede Menge Know-how und ist zugleich
Anbieter für Sonderlösungen und Spezialteilen aller Art. Denn Ideen und Effizienz verbinden.
ein klares Profil Kunststoffprofile, ob im Abdichtbereich, als optischer Kantenschutz oder als schlichter Moosgummi, erfüllen eine klare Funktionalität sie dichten, schützen oder sind schlicht weg der optische Aufputz mit funktionaler Aufgabe. Und je nach Einsastzbereichen bestimmen Sie mit den StöfflTechnikern das perfekt abgestimmte Material und die Produktbeschaffenheit.
Denn effiziente Profile verbinden.
eine sichere Beförderung Förderanlagen sind eines der wichtigsten Elemente
unserer automatisierten Welt. Der Stillstand solch einer Anlage kann ganze Produktionsabläufe zum Stillstand bringen. Daher ist es wichtig für Bauteile dieser
Anlagen einen verlässlichen Partner zu haben, damit ein einwandfreier Betrieb
garantiert werden kann, ohne dabei ein Risiko eingehen zu müssen. Denn was
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fördert, kann auch verbinden.
02.05.046
02.05.028
Produktinfos
Produktinfos
Power unit bearings
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machining, forming, general automotive, racing, semiconductors and plasticprocessing applications.
Sulzer Metaplas GmbH
Address
Am Böttcherberg 30-38
51427 Bergisch Gladbach
Germany
Phone
+49 2204 299-0
Fax
+49 2204 299-266
01.14.016
Nanocomposites
Internet address
www.sulzermetco.com
01.14.024
Composite materials
E-Mail
metaplas@sulzer.com
02.05.007
Coatings
Stand
Hall 04, C51 (Page 778)
03.04.005
Coating plant
04.05
Subcontracting
Company News
09/09/2010
Sulzer Metco is a leading global supplier of services and products for surface
solutions, covering both thermal-spray and thin-film coating technologies.
Product Overview
Sulzer Acquires Diamond-like Carbon Coatings
Activities from Bekaert
Supreme Technic Package Co., Ltd.
Sulzer and Bekaert, announced the completion of the
acquisition of Bekaert’s diamond-like carbon (DLC)
coatings activities effective from July 1, 2010. The
transaction value amounts to EUR 11.0 million (CHF
14.5 million). This business with its leading DLC technology achieved sales of EUR 12.5 million (CHF 16.5
million) in 2009. The acquisition will expand the geographical presence and complement the technology
range of Sulzer Metco in the thin-film coatings mar-ket.
Bekaert’s diamond-like carbon (DLC) coatings business develops and markets
thin-film coatings, which combine very low frictional resistance and extreme
hardness. The coatings are used to reduce wear and friction in a wide range
of industrial applications, such as machine parts, automo-tive components, and
molds for plastics and metals.
Address
No. 24, An Lin Rd.
824 Yen Chao, Kaohsiung County
Taiwan
Phone
+886 7 6141505
Fax
+886 7 6141486
Internet address
www.emdpack.com.tw
E-Mail
emd@emdpack.com.tw
Stand
Hall 07.1, C51-6 (Page 790)
The transaction will enhance Sulzer Metco’s service network in Europe and the
USA. It covers all six production plants in Belgium, France, Ger-many, and the
USA with approximately 150 employees in total. The DLC business will be integrated into Sulzer Metco’s existing thin-film coating activities, which focus on
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Product Details
Product Overview
02.04.001.05
02.03.015
Synthetic Packers Pvt. Ltd.
Product Details
02.04.001.05
Product Information
PE film for:
02.03.015
02.03.015
-Dry Bulk Container Liners -Liquid Liners-Flexi Tanks
-Greenhouse Film -Geomembrane Film -Construction
Film
synthetica Drehteile und Fördertechnik GmbH
Address
Hansbergstr. 7
58636 Iserlohn
Germany
Phone
+49 2371 1559-0
Fax
+49 2371 1559-29
Internet address
www.synthetica-drehteile.de
E-Mail
info@synthetica-drehteile.de
Stand
Hall 05, D42 (Page 780)
Address
#262/263, IV Phase, Peenya Industrial
560 058 Bangalore
India
Phone
+91 80 28394404/5681
Fax
+91 80 28392305
Internet address
www.synpack.com
E-Mail
info@synpack.com
Stand
Product Overview
02.04.001.05
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02.05.070
Product Overview
Separating foils
01.01.096
Polytetrafluoroethylene (PTFE)
02.04.001.09
(PTFE)
02.04.001.12
02.04.002
Films
02.05.007
Coatings
02.05.011
Sealings/Sealrings
02.05.015
02.05.021
Conveyor belts
02.05.029
Rubberised fabrics
02.05.053
Belts
02.05.058
Hoses
02.05.061
02.05.062
Welding foil
02.05.065
Product Details
02.04.001.09
(PTFE)
PTFE
Our fabrics have a woven fiberglass cloth substrate
which has been coated with PTFE. In addition to providing the properties of excellent release, abrasion resistance, low friction and chemical resistance, these fabrics are dimensionally stable from -150 to 260°C. PTFE
belts meet the FDA requirements of 21 CFR 177.1550
and as such are acceptable by the USDA.
They are ideally suited for a wide variety of industrial applications such as:
• Electrical harness assembly • Reusable laminating press release sheets • Tray
lining for non-stick baking and drying • Blister pack die covers • Covering the
sealing surface on polyethylene bag making machines • Gaskets, seals and diaphragms Link to further Information
Taiwan PU Corporation
Address
3F-1, No. 9, Wu-Chuan 1st Road, Hsin
24892 Taipei Hsien
Taiwan
Phone
+886 2 22991666
Fax
+886 2 22991888
customer’s tools
Internet address
www.taiwanpu.com
02.05.068
Technical films
E-Mail
pu@taiwanpu.com
02.05.069
Stand
Hall 07.1, C51-4 (Page 790)
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Product Overview
01.01.099
01.01.129
01.02.007
Technamation Technical Europe GmbH
Address
Forster Straße 65
03172 Guben
Germany
PUR-Elastomers
Phone
+49 - 35 61 - 68 577-0
01.02.011
Fax
+49 - 35 61 - 68 577-11
01.03.039
PU elastomers
Internet address
www.technamation.com
01.04.024
Polyurethane casting prepolymer binder resins
E-Mail
info@technamation.com
01.13.039
Polyurethane systems PU
Stand
02.04.001.10
Product Details
02.04.001.10
Company News
08/27/2010
New technologies and environment friendly products:
Technamation Technical Europe (Hall 8b, stand F81) is committed to combine
ecology and economics.
02.04.001.10
Technamation is a company belonging to the so-called “green technologies”.
The company has developed processes and machines to substitute products
that until now have been manufactured from plastics. Many of such plastic
products can largely be produced from natural fibres now. The development
of industrial processes and machines for producing “liquid wood” is a major activity of the company. The product range reaches from wall plugs and furniture
to wood plastic composite (WPC) granulate, wall panels and floor tiles.
During the past seven years Technamation has positioned itself as one of the
market leaders in the manufacturing of fibre-polymer compounds (wood plastic
composites). By means of sustained R & D over several years, a competitive
advantage has resulted in the registration of patents and trademarks, as for
example Fibroform®, Extruwood® und Extrufib®. These are based on natural
compounds, mixed with Polypropylen (PP), Polyethylen (PE) or other plastics.
Fibroform®, Extruwood® und Extrufib® combine the properties of wood or other
natural fibers and plastics in the best possible way and are Technamation’s registered trademarks.
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Technamation designs and manufacturers extrusion machines and moulds required for this process and modifies injection moulding machines and tools for
the processing of the granulate.
As one of the most competitive market leaders in WPC, Technamation uses its
leading technology with extrusion and injection machines as well as moulds. In
their combination lies its strength and innovative potential.
10/28/2010
Technamation launches new homepage
www.technamation.com!
10/28/2010
Relaunch: Technamation mit neuer Homepage online!
Technamation präsentiert sich im Internet ab sofort in
einem neuen Gewand. Wir freuen uns, den Relaunch
unserer Website bekannt zu geben und Sie künftig unter www.technamation.com
zu begrüßen.
Finden Sie alle Informationen und Fotos zu unseren Produkten und Technologien und erfahren Sie mehr über die Kooperationsmöglichkeiten mit Technamation.
Technamation is happy to announce the relaunch of
www.technamtion.com!
We hope you enjoy the new design and invite you to
get all the information on Technamtion, it’s products and technology. Or find out
more about cooperations and joint ventures with Technamation.
Wir freuen uns über Ihren Besuch!
Product Overview
We’re looking forward to your visit!
10/27/2010
dorf/Germany from 27th October to 3rd November 2010) can find Technamation
in hall 8b, stand F81.
New production facilities and a growing management
basis:
Technamation Technical Europe GmbH produces in
Brandenburg and finds its new Managing Director!
Technamation Technical Europe GmbH has changed
its company head quarters. Its new address will be in
03172 Guben in Brandenburg (c. 1 hour’s drive from Berlin to the south east),
with immediate effect. One of the motives for this move was to obtain new advantages in the infrastructure. Moreover, the Brandenburg state government
and the Guben city council have succeeded in convincing Technamation to relocate to be part of their innovative industrial pool for environmentally friendly
production.
Part of a move to accompany Technamation into a new era was the appointment
of Gerd Rebler to the position of Managing Director. Mr. Rebler has had longstanding experience in international management and is preparing Technamation, together with the Technical Director Bashar Idilbi and the Commercial Manager Patricia Idilbi, for a new role in producing wood plastic composites (WPC)
and tools. Co-operation and development of new materials with a renowned
Brandenburg university and marketing international licences for technical WPC
know-how also forms part of this new agenda.
01.01.010
01.01.032
Granulates
01.01.033
02.01.002
02.01.010
02.04.001.13
02.04.004
02.05.075.02
03.06.001
03.06.003
Extrusion dies
Anyone interested in visiting us at the “K” (International Plastic Fair in Duessel-
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TEKU GmbH, Fluorkunststoffe
Address
Product Details
Siemensstr. 49
42551 Velbert
Germany
02.04.001.09
(PTFE)
PTFE semifinished products
Phone
+49 2051 2803-0
Fax
+49 2051 2803-33
TEKU GmbH Fluoroplastics supplies semifinished and finished products made
of PTFE fluoroplastics. By adding specific filling agents, the properties of PTFE
can be modified to extend the scope of application and optimize the material for
specific applications (see PTFE compounds).
Internet address
www.teku-gmbh.de
In the following, please find an overview of the PTFE semifinished products
which are available, broken down by the various production methods.
E-Mail
info@teku-gmbh.de
Stand
Hall 07, A05 (Page 788)
Extruded rods (ram extrusion)
Ram extrusion is a continuous press-sintering procedure. PTFE powder is processed to semifinished products by applying it via a dosing mechanism to metal
tools (rods, tubes, profiles) heated to sintering temperature.
Extruded products:
Product Overview
* Rods from 4 to 160 mm diameter,
l

MyCatalog 2010

Transcription

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