Index 2006 - Textination

Transcription

Deutscher Fachverlag GmbH
Mainzer Landstraße 251
D-60326 Frankfurt/Main
Tel.: 069/75 95-13 93
Fax: 069/75 95-13 90
E-Mail: edi-cfi@dfv.de
Index 2006
Index of Authors
Volume 56
page
page
page
Bahners, T., Schlosser, U., Schollmeyer, E.:
Field modification for optimised fiber
production by electrospinning ................246
Bakhshandeh, B., Rahbar, R.S., Mojtahedi,
M.R.M., Heydarinia, M.: Effect of setting
zone variables on the physical properties
of PET textured yarn .................................54
Bertamini, L., Caldara, M., Giacomelli, G.,
Pontarin, L.M., Fambri, L., Casagranda, A.:
New fibers for floorcoverings and textile
applications .............................................29
Bill, M.: Ems-Griltech:
new fiber specialties...............................238
Blomberg, T., Lundberg, R., Brattberg, T.:
Cellulose fibers – cost efficient
component in filter media ........................96
Brattberg, T., Blomberg, T., Lundberg, R.:
Budzak, D., Jambrich, M., Kochaan, J.,
Stupak, A., Revs, M.: Development of
special types of PP fibers in Slovakia ......161
Burrow, T., Morley, B.:
Tencel lyocell fibers for carpets ................41
Caldara, M., Giacomelli, G., Pontarin, L.M.,
Fambri, L., Casagranda, A., Bertamini, L.:
applications .............................................29
Casagranda, A., Bertamini, L., Caldara, M.,
Giacomelli, G., Pontarin, L.M., Fambri, L.:
applications .............................................29
Charaf, F.: Global polyester & PET
chain update ..........................................198
- Polyamide chain global trends..................70
Conrad, S., Wöstmann, S.: Kreyenborg:
new generation of piston screen changers
for melt filtration in polymerization ........250
Czarnecki, P., Kulpinski, P., Niekraszawicz,
B., Rubacha, M., Laszkiewicz, B.:
New generations of lyocell fibers............234
Davies, B.: Fiber trends for nonwovens .....223
De Breuck, H.:
Monofilaments for technical textiles .........39
De Decker, S., Ruys, L., Vanneste, M.:
Effect of color pigments on PP FDY yarn
properties and weaving behavior ............112
De Saedeleir, D., Goosens, A.:
Innovative applications of biopolymers.....92
Doneit, B., Machatschke, R.:
Fibers for high-temperature textiles.........289
Dortmans, J.: Diofort PPS-based
high-tenacity multifilament yarn
allows new applications .........................293
Einzmann, M., Rahbaran, S., Redlinger, S.:
New bioactive cellulosic fibers.................98
Fambri, L., Casagranda, A., Bertamini, L.,
Caldara, M., Giacomelli, G., Pontarin,
L.M.: New fibers for floorcoverings and
textile applications ...................................29
Gähr, F., Lehr, T.: Dyeing of textiles made
of non-modified polyproylene fibers.......116
Gerking, L.: Nanoval process –
unique hydrodynamic effect (Part 2) .........57
Giacomelli, G., Pontarin, L.M., Fambri, L.,
Casagranda, A., Bertamini, L., Caldara, M.:
applications .............................................29
Glawion, E.: Meltblown and spunbond
systems for PET ......................................122
Gneuss, S.: Economics of melt filtration ...366
Goosens, A., De Saedeleir, D.: Innovative
applications of biopolymers .....................92
Gries, T., Seide, G., Linnemann, B.: Spinneret
for nano-nonwovens – an approach........186
- Trends in textured yarn production
and technology ......................................264
- Mählmann, I., Seide, G., Jungbecker, P.:
CFD analysis for aerodynamic layed
nonwovens.............................................314
Hart, D.: Spandex business –
is this the low point?...............................157
Häuptli, A.: Smart feeding technology
improves quality in textile fiber
production .............................................105
Hayhurst, M.J.: Spunbond cellulose..........386
Heinze, T., Schulze, T.: 7th International
Symposium Alternative Cellulose –
Manufacturing, Forming, Properties ........356
Hell, E.: Recycling of fibers, fabrics
and nonwovens ......................................257
Hermanutz, F., Meister, F., Uerdingen, E.:
New developments in the manufacture
of cellulose fibers with ionic liquids .......342
Herwegh, F., Reichwein, M.:
Feasibility of PET super-microfilament
yarn production......................................374
Herzberg, M., Wagner, U.:
Processing new polymers with
the MPS texturing machine.....................180
Heydarinia, M., Bakhshandeh, B., Rahbar,
R.S., Mojtahedi, M.R.M.: Effect of setting
zone variables on the physical properties
of PET textured yarn .................................54
Hollick, L.: Effect yarn with
MPS texturing machine ..........................303
Horn, F.J.: US manufactured fiber and
textile industry: overview and
prospects................................................350
Jambrich, M., Kochaan, J., Stupak, A., Revs,
M., Budzak, D.: Development of special
types of PP fibers in Slovakia ..................161
Jin Xiangyu, Wang Shanyuan, Wang Caihua:
Contraction, velocity and discharge
coefficients of hydroentanglement
nozzles ..................................................189
Jungbecker, P., Gries, T., Mählmann, I.,
Seide, G.: CFD analysis for aerodynamic
layed nonwovens ...................................314
Kalies, S., Rademacher, M.:
Global capacity expansion for
BCF carpet yarns ....................................384
Kamiyama, M., Numata, M., Ohkoshi, Y.: .......
New nanoscale polyester fiber .................35
Kentab, A.: Sabic: current and future role
in global EG market..................................25
Kochaan, J., Stupak, A., Revs, M., Budzak,
D., Jambrich, M.: Development of special
Koslowski, H.-J.: Current problems
with textile labeling....................................2
Kulpinski, P., Niekraszawicz, B., Rubacha,
M., Laszkiewicz, B., Czarnecki, P.:
Lai, Kan, Sun, Runjun, Wang, Ni, Zhang,
Jianchun: Structure and properties of
polyester blended yarn produced by
one spinneret .........................................380
Lang, A.: Spunlace & PM 2.5 –
the right alternative? ...............................312
Laszkiewicz, B., Czarnecki, P., Kulpinski, P.,
Niekraszawicz, B., Rubacha, M.:
Lehr, T., Gähr, F.: Dyeing of textiles made
of non-modified polyproylene fibers.......116
Linke, M., Milwich, M., Sarsour, J., Scherrieble, A., Schneider, P., Planck, H.,
Stegmaier, T., von Armin, V.: Potentials
and current bionic research activities
with fiber-based materials.......................360
Linnemann, B., Gries, T., Seide, G.:
Spinneret for nano-nonwovens –
an approach ...........................................186
Lundberg, R., Brattberg, T., Blomberg, T.:
Lützkendorf, R., Ortlepp, G.: Long carbon
fibers from textile wastes ........................363
Machatschke, R., Doneit, B.:
Fibers for high-temperature textiles.........289
Mäder, E., Rothe, C.: Tailoring of
commingled yarns for effective
composite properties ..............................298
Mählmann, I., Seide, G., Jungbecker, P.,
Gries, T.: CFD analysis for aerodynamic
layed nonwovens ...................................314
Makarova, R.A., Perepelkin, K.E.:
High temperature resistant
polyoxadiazole fibers and yarns .............224
Marsche, M., Schick, W.: PTFE yarns,
unique yarn properties achieved by
exclusive production technology ............292
Meier, K.: Dye package – the quality
pre-requisite for yarn dyeing...................108
Chemical Fibers International 2006
1
Index 2006
Index of Authors
page
page
page
Meister, F., Uerdingen, E., Hermanutz, F.:
Milwich, M., Sarsour, J., Scherrieble, A.,
Schneider, P., Planck, H., Stegmaier, T.,
von Armin, V., Linke, M.: Potentials and
current bionic research activities with
fiber-based materials ..............................360
Mirzabaghi, V., Mojtahedi, M., Tavanaie,
M.A.: Effects of draw ration distribution
on the physical properties of PET
false-twist textured yarns ........................305
Mojtahedi, M., Tavanaie, M.A., Mirzabaghi,
V.: Effects of draw ration distribution on
the physical properties of PET false-twist
textured yarns.........................................305
Mojtahedi, M.R.M., Heydarinia, M.,
Bakhshandeh, B., Rahbar, R.S.: Effect of
setting zone variables on the physical
properties of PET textured yarn .................54
Morley, B., Burrow, T.:
Tencel lyocell fibers for carpets ................41
Muzadique, F.:
Fiber plant design solutions ....................171
Nasri, L.: Complete PET extrusion system
for technical yarns..................................176
Niekraszawicz, B., Rubacha, M., Laszkiewicz, B., Czarnecki, P., Kulpinski, P.:
Numata, M., Ohkoshi, Y., Kamiyama, M.:
Ohkoshi, Y., Kamiyama, M., Numata, M.:
Ortlepp, G., Lützkendorf, R.: Long carbon
fibers from textile wastes ........................363
Perepelkin, K.E., Makarova, R.A.:
polyoxadiazole fibers and yarns .............224
Planck, H., Stegmaier, T., von Armin, V.,
Linke, M., Milwich, M., Sarsour, J.,
Scherrieble, A., Schneider, P.: Potentials
and current bionic research activities
with fiber-based materials.......................360
Pontarin, L.M., Fambri, L., Casagranda, A.,
Bertamini, L., Caldara, M., Giacomelli, G.:
applications .............................................29
Previero, D.:
PET bottle recycling (washing) ................118
Prisse, A.: Polyolefin textiles
in the European context..........................134
Qin, Xiao-Hong; Yang, En-Long; Wang,
Shan-Yuan: Electrospinning: carbon
nanofibers from polyacrylonitrile
by carbonization ....................................370
Qin, Y.: Functional modifications
of chitosan fibers ....................................159
Rademacher, M.:
Nonwoven industry on the move............322
- Kalies, S.: Global capacity expansion
for BCF carpet yarns ...............................384
Rahbar, R.S., Mojtahedi, M.R.M.,
Heydarinia, M., Bakhshandeh, B.: Effect
of setting zone variables on the physical
properties of PET textured yarn .................54
Rahbaran, S., Redlinger, S., Einzmann, M.:
Redlinger, S., Einzmann, M., Rahbaran, S.:
Reichwein, M., Herwegh, F.: Feasibility of PET
super-microfilament yarn production......374
Revs, M., Budzak, D., Jambrich, M., Kochaan,
J., Stupak, A.: Development of special types
of PP fibers in Slovakia ...........................161
Roth, M., Schneider, A.: Optimizing
mechanical properties of PP fibers
and nonwovens through a novel
vis-breaking technology .........................177
Rothe, C., Mäder, E.:
Tailoring of commingled yarns for
effective composite properties ................298
Rubacha, M., Laszkiewicz, B., Czarnecki,
P., Kulpinski, P., Niekraszawicz, B.:
Ruys, L., Vanneste, M., De Decker, S.:
Sarsour, J., Scherrieble, A., Schneider, P.,
Planck, H., Stegmaier, T., von Armin, V.,
Linke, M., Milwich, M.: Potentials and
Scherrieble, A., Schneider, P., Planck, H.,
Stegmaier, T., von Armin, V., Linke, M.,
Milwich, M., Sarsour, J.: Potentials and
Schick, W., Marsche, M.: PTFE yarns,
unique yarn properties achieved by
exclusive production technology ............292
Schlosser, U., Schollmeyer, E., Bahners, T.:
Field modification for optimized fiber
Schmenk, B.: Melt spinning facilities
at ITA completed ....................................330
Schmidt, O.: Process optimation
by melt filtration.......................................48
Schneider, A., Roth, M.: Optimizing
mechanical properties of PP fibers
and nonwovens through a novel
vis-breaking technology .........................177
Schneider, P., Planck, H., Stegmaier, T., von
Armin, V., Linke, M., Milwich, M., Sarsour,
J., Scherrieble, A.: Potentials and current
bionic research activities with fiber-based
materials ................................................360
Schollmeyer, E., Bahners, T., Schlosser, U.:
Schulze, T., Heinze, T.: 7th International
Symposium Alternative Cellulose –
Manufacturing, Forming, Properties ........356
Seide, G., Jungbecker, P., Gries, T.,
Mählmann, I.: CFD analysis for
aerodynamic layed nonwovens ..............314
Seide, G., Linnemann, B., Gries, T.:
an approach ...........................................186
Slater, A.: Tencel lyocell fibers
for nonwovens .........................................45
Stegmaier, T., von Armin, V., Linke, M.,
Milwich, M., Sarsour, J., Scherrieble, A.,
Schneider, P., Planck, H.: Potentials and
Stündl, M.: New state-of-the-art color
pop adjustment ......................................174
Stupak, A., Revs, M., Budzak, D., Jambrich,
M., Kochaan, J.: Development of special
Tan Yiwu: Current situation in the Chinese
plastics recycling market ........................182
Tavanaie, M.A., Mirzabaghi, V., Mojtahedi,
M.: Effects of draw ration distribution
on the physical properties of PET
false-twist textured yarns ........................305
Thiele, U.K.: Polyester related
conferences – spoiled for choice? ...........144
- International Polyester
Recycling Forum ....................................349
Uerdingen, E., Hermanutz, F., Meister, F.:
van Endert, E.: Melt-To-Resin: new
method to produce PET resin
economically without SSP ......................286
Vanneste, M., De Decker, S., Ruys, L.:
Vois, J.: Dacron multi-channel fibers
for automotive textiles – advantages
in the dying process ...............................230
von Armin, V., Linke, M., Milwich, M., Sarsour, J., Scherrieble, A., Schneider, P.,
Planck, H., Stegmaier, T.: Potentials and
Wagner, U., Herzberg, M.:
Processing new polymers with
the MPS texturing machine.....................180
Wang Caihua, Jin Xiangyu, Wang Shanyuan:
Contraction, velocity and discharge coefficients of hydroentanglement nozzles ......189
Wang Shanyuan, Wang Caihua, Jin Xiangyu:
Contraction, velocity and discharge coefficients of hydroentanglement nozzles ......189
Wang, Ni; Zhang, Jianchun; Lai, Kan;
Sun, Runjun: Structure and properties
of polyester blended yarn produced by
one spinneret .........................................380
Wang, S., Zhang, J., Zhang, Z.:
Testing on morphology of blended
air-textured yarn by diacetate and
polyester filaments using EIB ..................301
Wang, Shan-Yuan; Qin, Xiao-Hong; Yang,
En-Long: Electrospinning: carbon
Watzl, A.: Cost saving in production
of hygiene, medical and wipes
nonwovens.............................................127
Wittorf, E.: significance of synthetic staple
fibers for nonwovens industry and
fiber production .......................................60
Wöstmann, S., Conrad, S.: Kreyenborg:
New generation of piston screen changers
for melt filtration in polymerization ........250
Yang, En-Long; Wang, Shan-Yuan; Qin,
Xiao-Hong: Electrospinning: carbon
Zhang, J., Zhang, Z., Wang, S.:
Zhang, Jianchun; Lai, Kan; Sun, Runjun;
Wang, Ni: Structure and properties
of polyester blended yarn produced
by one spinneret.....................................380
Zhang, Z., Wang, S., Zhang, J.:
2
Index 2006
Subject Index
page
Raw Materials: General
Applications of nanoparticles in and on
fibers and textile fabrics ........................242
Biodegradable polymer (PLA) ....................26
Biopolymers: innovative applications.........92
Brief information ..............24, 25, 28, 88, 90,
154, 155, 220-222, 284, 340, 341
Company news.....................28, 88, 90, 154,
155, 220-222, 284, 28, 340, 341
Ethylene glycol market: Sabic role .............25
Fiber raw materials – market trends:
Taiwan ..................................................155
Raw Materials: Cellulosics
Cellulose fiber production with
ionic liquids: new developments ...........342
Dissolving and processing of cellulose
in ionic liquids......................................240
Ionic liquids as cellulose solvents ....240, 285
Lyocell dissolving system .........................345
Raw Materials: PA
Brief information .......................................88
Caprolactam capacity: CIS.......................221
Raw Materials: PET
Brief information .................................24, 88
Crystallization and drying of post
consumer regrind to manufacture
high-grade fibers ...................................347
International Polyester
Recycling Forum ...................................349
Melt-To-Resin: new method to produce
PET resin economically without SSP......286
Polyester raw materials: global trends ......220
PTA and polyester: global overview ...........26
p-Xylene market trends: world ...................24
Starlinger: Open House ...........................347
Fibers/Yarns: General
Bi-component yarns for elastic
spacer fabrics ........................................245
Bionic research activities with
fiber-based materials .............................360
Biopolymers: new industrial fiber
based on them and applications ............244
Brief information .....................................270
Chitosan fibers:
functional modifications........................159
Conjugate filament yarn
based on acetate ...................................244
Dornbirn 2006: developments in
fibers and yarns.....................................240
Elastane yarn business –
is this the low point? .............................157
Elastane yarn capacities .............................10
Engineered spider silk –
new material for textile applications......242
Fibers for floorcoverings and
textile applications ..................................29
Fibers for high-temperature textiles ..........289
FIDYST fiber dynamics simulation tool.....260
Long carbon fibers from textile waste ......363
Manufactured fiber and
textile industry: USA .............................350
Monofilaments for technical textiles ..........39
Nanofibers by electrospinning for
new applications...................................192
PLA: raw material for packaging
and nonwovens.....................................261
page
page
Polyethylene fiber for prosthetic limbs .......74
Polymer and metal nanofibers via electrospinning and their application...............240
Polymers and fibers for nonwovens..........223
PPS-based high-tenacity multifilament
yarn allows new applications ................293
PTFE yarns: unique yarn properties
achieved by exclusive production
technology ............................................292
Sensor fibers for load control in braided
and woven ropes and belts....................242
T-400 as problem solver
for elastic fabrics...................................244
Twaron p-aramid jet-spun pulp
and fibrids.............................................170
Twaron yarns for cut protection gloves.....294
polyoxadiazole fibers and yarns ............224
BCF extrusion system...............................252
Brief information
103, 104, 156,
157, 252, 295, 296
Ceramic extrusion spinning jets ...............252
Chinese plastics recycling market:
current situation ....................................182
CITME preview ................................295, 296
Color pop adjustment – state-of-the-art ....174
Company news
103, 104, 156,
157, 252, 295, 296
Contact angle measuring system ..............117
Debaler for compressed bales..................355
Dye package - the quality pre-requisite
for yarn dyeing ......................................108
Electrospinning: carbon nanofibers
from PAN by carbonization ...................370
Fiber plant design solutions .....................171
production by electrospinning...............246
High-speed shredder for recycling
plastic waste .........................................346
ITM preview ....................................156, 157
Melt filtration: economics ........................366
Melt spinning of fine-titer biocompatible
poly(3-hyroxybutyric acid)
filament yarns .......................................244
Melt spinning of PVDF filament yarns
for new applications..............................242
Modification of fiber surfaces
for nonwovens ......................................260
Multi-layer monofilament yarns for
textiles and artificial grass .....................385
Online monitoring of filament
yarn productions ...................................243
PET blended yarn produced by one
spinneret: structure and properties ........380
PET recycling technology: ultra clan
with IV like virgin and energy saving.....365
Piston screen changers for melt filtration
in polymerization..................................250
Project list of new polymer and
chemical fiber plants 2006 ....................164
Recycling of fibers, fabrics
and nonwovens.....................................257
Sensor-based quality monitoring of
man-made fiber processing ...................243
Smart feeding technology improves
quality in textile fiber production ..........105
Synthetic staple fiber significance for nonwovens industry and fiber production .....60
Synthetic yarn machinery for improved
yarn characteristics................................245
effective composite properties ...............298
Twisting and cabling machine..................252
Melt filtration for process optimization ......48
Thermal shrinkage tester ............................53
Fibers/Yarns: Cellulosics
Alternative Cellulose – Manufacturing,
Forming, Properties: conference report ..356
Bioactive cellulosic fibers ..........................98
component in filter media .......................96
High performance rayon filament in tire
and other applications...........................240
Lyocell fibers: new generations ................234
Sorption studies on regenerated cellulosic
fibers in salt-alkali mixtures...................243
Tencel lyocell fiber for filling ...................102
Tencel lyocell fibers for carpets .................41
Tencel lyocell fibers for nonwovens ...........45
Viscose fiber with PCM technology..........359
Viscose staple fiber for wipes.......................6
Fibers/Yarns: PA
Fiber specialties (Ems-Griltech) ................238
PA high performance yarns for
technical applications ...........................242
Fibers/Yarns: PET
Brief information ...............................6, 8, 11
Dacron multi-channel fibers for
automotive textiles – advantages
in the dyeing process ............................230
Engineered short cut PET staple fibers
for wet laying processes ........................259
Global polyester & PET chain ..................198
Micro PET textured yarn with
improved properties ..............................240
Nanoscale PET fiber ..................................35
PET textile filament yarn ..........................242
Self-control PET fiber for smart textiles.....246
Shortcut PET staple fibers for
wet laying processes .............................259
Fibers/Yarns: PP
Development of special types of
PP fibers in Slovakia..............................161
Fiber Production: Cellulosics
Lyocell technology: versatile platform
for high value creatin fiber products
for medical applications........................245
Producing finest cellulose fibers according
to the direct dissolution process ............243
Fiber Production: PET
Fiber Production: General
Achema preview..............................103, 104
BCF carpet yarns: global capacity
expansion .............................................384
Complete PET extrusion system
for technical yarns.................................176
Feasibility of PET super-microfilament
yarn production ....................................374
3
Index 2006
Subject Index
page
page
Influence of polymer modification
on the structure formation and
processing of PET POY ..........................243
Innovations for technical textiles
and nonwovens.....................................120
Microcellular polyester: one-step process
for creating foamed fibers .....................244
PET bottle recycling (washing) .................118
Setting zone variables: effect on physical
properties of PET textured yarn................54
Super micro spinning and
texturing machines ................................242
Transfer line injection for added
properties in fibers ................................244
Environmentally friendly geotextiles.........260
Fibermaster for nonwovens fibers...............64
Functional surfaces for nonwovens ..........261
Hydroentangling nozzles: contraction,
velocity and discharge coefficients ........189
Innovations for technical textiles
and nonwovens.....................................120
ITM preview ............................................157
Melt filtration for process optimization ......48
Meltblown and spunbond systems
for PET ..................................................122
Modification of fiber surfaces
for nonwovens ......................................260
Nanofibers by electrospinning
Nanoval process – unique hydrodynamic
effect (Part 2)...........................................57
Nonwoven industry on the move?............322
Optimizing properties of PP fibers
and nonwovens with vis-breaking
technology ............................................177
Perceptions for the production of
biologically degradable spunbonded
nonwovens made from polylactides ......261
PET spunbond: new developments...........259
Polymers and fibers for nonwovens..........223
PP potential in wiping applications..........260
PP spunbond capacity: Western Europe .....65
Recycling of fibers, fabrics and
nonwovens............................................257
Shortcut PET staple fibers for
wet laying processes .............................259
Spin-finishes and lubricants – optimizing
the performance of nonwovens .............260
an approach..........................................186
Spunbond cellulose .........................243, 386
Spunlace & PM 2.5 –
the right alternative?..............................312
Spunlace nonwovens: global trends ...........65
Spunlace technology: revolution by
Isojet system .........................................126
Synthetic staple fiber significance
for nonwovens industry and
fiber production ......................................60
Tencel lyocell fibers for nonwovens ...........45
World market trends for nonwovens ........193
Fiber Production: PP
Color pigment effect on PP FDY yarn
properties and weaving behavior...........112
Dyeing of textiles made of non-modified
PP fibers................................................116
Optimizing properties of PP fibers
and nonwovens with vis-breaking
technology ............................................177
Stabilizer for PP fibers ...............................59
Texturing
Brief information .....................................156
Company news........................................156
Draw ratio distribution in sequential
false-twist texturing of PET yarn.............305
Draw-texturing machines:
world market trends ..............................211
Effect yarn with MPS texturing machine ...303
ITM preview ............................................156
Manual texturing concept ..........................59
Manual texturing machine .......................309
MPS texturing machine for processing
new polymers .......................................180
Super micro spinning and
texturing machines ................................242
air-textured yarn....................................301
Textured yarn production and
technology: trends.................................266
page
Research
Applications of nanoparticles in and on
fibers and textile fabrics ........................242
Bi-component spunbonded nonwovens –
Bi-component yarns for elastic
spacer fabrics ........................................245
Bilateral electrospinning:
physical principles ................................259
Bionic research activities with
fiber-based materials .............................360
Cellulose fiber production with
ionic liquids: new developments ...........342
Cellulose meltblown nonwovens
technology ready for
commercialization ................................256
nonwovens............................................314
Chitosan fibers:
functional modifications........................159
Color pigment effect on PP FDY yarn
properties and weaving behavior...........112
Development of special types of
PP fibers in Slovakia..............................161
Dissolving and processing of cellulose
in ionic liquids......................................240
Draw ratio distribution in sequential
false-twist texturing of PET yarn.............305
Dyeing of textiles made of non-modified
PP fibers................................................116
Engineered spider silk – new material
for textile applications...........................242
Field modification for optimized
fiber production by electrospinning.......246
Functional surfaces for nonwovens ..........261
polyoxadiazole fibers and yarns ............224
Hydroentangling nozzles: contraction,
velocity and discharge coefficients ........189
Influence of polymer modification
on the structure formation and
processing of PET POY ..........................243
Ionic liquids as cellulose solvents ............240
Long carbon fibers from textile waste ......363
Lyocell fibers: new generations ................234
Nonwovens
Bi-component spunbonded nonwovens –
Bilateral electrospinning:
physical principles ................................259
Brief information ....................157, 254, 261,
295, 296, 392, 393
Can fiber producers help the nonwovens
industry? ...............................................259
Cellulose meltblown nonwovens technology ready for commercialization ......256
nonwovens............................................314
CITME preview ................................295, 296
Company news.......................157, 254, 261,
295, 296, 392, 393
Cost saving in production of hygiene,
medical and wipes nonwovens .............127
Dornbirn 2006: nonwovens .....................259
Engineered short cut PET staple fibers
for wet laying processes ........................259
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Volume 56
2006
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Issue
Issue
Issue
Issue
Issue
1
2
3
4
5
6
Pages
Pages
Pages
Pages
Pages
Pages
1
69
133
197
265
321
-
68
132
196
264
320
396
Index 2006
Subject Index
page
page
page
Lyocell technology: versatile platform
for high value creatin fiber products
for medical applications........................245
Melt spinning facilities at
ITA completed.......................................330
Melt spinning of fine-titer biocompatible
poly(3-hyroxybutyric acid)
filament yarns .......................................244
Melt spinning of PVDF filament yarns
Nanofibers by electrospinning for
new applications...................................192
Nanoscale PET fiber ..................................35
Perceptions for the production of
biologically degradable spunbonded
nonwovens made from polylactides ......261
PET blended yarn produced by one
spinneret: structure and properties ........380
Polymer and metal nanofibers via
electrospinning and their application ....240
Producing finest cellulose fibers
according to the direct dissolution
process .................................................243
Sensor fibers for load control in braided
and woven ropes and belts....................242
Sorption studies on regenerated cellulosic
fibers in salt-alkali mixtures...................243
an approach..........................................186
effective composite properties ...............298
air-textured yarn....................................301
New patents on fibers and
fiber technology ...................22, 23, 86, 87,
152, 153, 218, 219,
282, 283, 338, 339
New products for the
fiber industry...........................84, 216, 280
Nonwoven industry on the move?............322
PA chain global trends...............................70
Paul Schlack Man-Made
Fibres Prize 2007 ..................................331
PET related conferences –
spoiled for choice? ................................144
Polyolefin textiles in the
European context ..................................134
PP polymers and fibers production:
Europe ....................................................76
Project list of new polymer and
chemical fiber plants 2006 ....................164
Synthetic fiber production: world...............72
Technical filament yarn production:
world ......................................................74
Textile labeling: current problems................2
Textured yarns production: China ..............75
Textured yarns production: Taiwan.............77
PET related conferences –
spoiled for choice? ................................144
PTA production: Indonesia.......................222
p-xylene market trends: world ...................24
Shortage of raw materials for PET fibers:
Taiwan ..................................................335
Fiber Industry
Brief information ...........................11, 13-16,
78-80, 136, 138, 146,
206-208, 212, 268, 270, 271,
274, 276, 324, 328, 329, 332
Chemical fiber production: world ................4
Company news.............................6, 8, 9, 11,
13-16, 78-80, 136, 138, 146,
206-208, 212, 268, 270, 271,
274, 276, 324, 328, 329, 332
Dornbirn 2006: new fibers,
technical textiles, nonwovens................119
Fiber Management......................12, 78, 140,
210, 272, 331
Fiber production: world ...........................200
Global polyester & PET chain ..................198
In memoriam Prof. Wilhelm Albrecht.......142
International news.....17-19, 81-83, 147-150,
213-216, 277-279, 333-335
ITM 2006 in Istanbul ...............................129
ITMA 2007:
Research & Education Area ...................304
ITMA Asia and CITME joint forces ...........140
New books for the fiber and
textile industry ..................20, 84, 150, 336
Economy: General
Brief information ............................6, 11, 15,
16, 270, 271
Company news..................6, 14, 15, 16, 270
Fiber management .....................................12
Textile labeling: current problems................2
Economy: Raw materials
Caprolactam capacity: CIS.......................221
Caprolactam capacity: Poland .................220
Company news..............................25, 28, 90
Fiber raw materials – market trends:
Taiwan ..................................................155
PET market: Russia ..................................222
Volume 56 2006
Issue
Issue
Issue
Issue
Issue
1/2
3
4
5
6
March 28, 2007
May 30, 2007
August 31, 2007
October 17, 2007
December 10, 2007
Man-Made Fibers Year Book
August 16, 2007
Economy: Fibers/Yarns
Acetate textile yarn: capacity and
production: world .................................329
Acetate tow production: China ..................81
Acetate tow production: Mexico ..............334
Acrylic exports: Taiwan............................335
Acrylic fiber exports to China: Japan..........18
Acrylic fiber exports: Japan ..............148, 278
Acrylic fiber imports: USA .........................83
American fibers market............................240
BCF yarn capacity structure .....................324
Brief information ...................................9, 76
Cellulosic fiber capacity: world ...............335
Chemical fiber production: Brazil ............333
Chemical fiber capacity: Indonesia ..........213
Chemical fiber consumption 1995-2005:
USA ........................................................83
Chemical fiber imports: China ...........17, 147
Chemical fiber imports: EU-25.................148
Chemical fiber imports: USA .....................83
Chemical fiber production targets: China...81
Chemical fiber production: China..............81
Chemical fiber production: Russia ...........334
Chemical fiber production: world ................4
Company news........................8, 74, 76, 237
Cupro production: Japan..........................333
Elastane yarn anti-dumping: China ..........147
Elastane yarn capacity: Asia.....................270
Fiber capacity: USA .................................216
Fiber consumption: USA..........................149
Fiber exports: Canada ..............................147
Fiber exports: Mexico ..............................149
Fiber exports: Taiwan ...............................149
Fiber exports: USA...................................215
Fiber imports: Brazil ..................................17
Fiber imports: Canada .............................333
Fiber imports: China ................................333
Fiber imports: USA ....................19, 215, 279
Fiber industry: Japan..................................18
Fiber production: Belarus.........................333
Fiber production: Japan .............................82
Fiber production: Mexico ........................334
Fiber production: world ...........................200
Fiber sales: Switzerland ...........................149
Fiber shipments: Europe...........................277
Glass fiber capacity: USA ........................216
Man-made fiber production: Europe ........277
Man-made fiber production: India ...........278
Manufactured fiber and
textile industry: USA .............................350
Mill fiber consumption: Asia....................277
Mill fiber consumption: South America....208
Modal and lyocell fiber imports:
Thailand..................................................83
Nylon markets: Japan ..............................148
PA BCF capacity: China...........................147
PA chain global trends...............................70
PA fiber production: China ......................213
PA industrial yarn demand: world ............274
PET carpet fiber business: USA ................327
PET carpet yarns: USA ...............................83
5
Index 2006
Subject Index
page
page
page
PET fiber production: Taiwan ...................335
PET fiber shipments: USA ........................335
PET filament yarn production: Japan ........214
PET oversupply: Thailand...........................82
PET production: Korea ...............................82
PET related conferences spoiled for choice? ................................144
PET spunbond expansion: China..............147
PET staple for nonwovens: Japan ...............82
PET textured yarn exports: Taiwan............149
PET yarn imports: Belarus ........................213
Polyethylene fiber capacity: world .............13
Polyolefin fiber production: world ...........202
Polyolefin textiles in the
European context ..................................134
PP capacities: world ................................154
PP fiber market trends: Brazil...................326
PP fiber production: Russia......................334
PP fiber production: Japan .........................18
PP polymers and fibers production:
Europe ....................................................76
PP staple capacity: Europe.........................17
Spunbond production: China.....................82
Synthetic fiber producers: Japan...............214
Synthetic fiber production: Asia ...............204
Synthetic fiber production: Germany .......204
Synthetic fiber production: USA ........19, 215
Synthetic fiber production: world.......72, 200
Synthetic fiber shipments: USA ................150
Synthetics production: Argentina .............213
Synthetics production: Brazil ...................213
Technical filament yarn production:
world ......................................................74
Textile and man-made fiber end-use:
USA ......................................................330
Textured yarn exports: Taiwan..................279
Textured yarn imports: USA .......................83
Cellulosic fiber production: world ...........202
Fiber production: India ..............................17
Synthetic fibers for floorcoverings: USA ...150
Textured yarns production: China ..............75
Textured yarns production: Taiwan.............77
Nonwoven exports: USA..........................279
Nonwoven exports: Westen Europe..........216
Nonwoven imports: USA .........................279
Nonwoven market in the US
up to 2009 ............................................138
Nonwovens industry: North America .......259
Nonwovens market trends: world ............193
Nonwovens production: Europe...............313
Nonwovens production: Japan .................393
Nonwovens: global market trends............316
PET spunbond expansion: China..............147
PET spunbond market: world ...................193
PET staple for nonwovens: Japan ...............82
Spunbond production: China.....................82
Spunlace nonwovens: global trends ...........65
PP spunbond capacity: Western Europe .....65
Economy: Nonwovens
Brief information .........................................6
Nonwoven exports: Japan ........................149
Economy: Texturing
PET textured yarn exports: Taiwan............149
Textured yarn exports: Taiwan....................19
Textured yarn imports: USA .......................83
Texturing yarn industry: India ....................82
The global leaders in fiber and textile technology
Man-M
Made Fiber
Year Book 2006
P u bl i s h e d by Chemical Fibers International
Chemical Fibers International (CFI)
www.chemicalfibers.com
CFI Chinese Edition
Man-Made Fiber Yearbook
Technische Textilien /
Technical Textiles (TT)
www.technicaltextiles-dfv.com
www.technischetextilien-dfv.de
Melliand Textilberichte (MTB)
www.melliand.de
Melliand International (MI)
www.melliand.com
Melliand Türkiye Sayisi
6
Melliand China
Melliand Band- & Flechtindustrie/
Narrow Fabrics and Braiding Industry
Index 2006
Company Index
page
page
285
279
74
333
8, 90, 210, 222, 230,
237, 244, 259, 270
Air products
155
Akzo Nobel
154, 341
Albany International
22
Allma
156
Al-Waha Petrochemical
341
American Fibers and Yarns
11, 19
Andritz
254
Andritz Küsters
254
Apollo Fibres
213
Aquafil Engineering
2, 29, 104, 221
Arkema
338
Arteria Daya Mulia
172
Arteva Specialties
270
Asahi Kasei Chemicals
284
Asahi Kasei Fibers
10, 23, 136, 148,
158, 214, 218, 278, 283, 334, 386
Ashland
19
Atlas Copco
212
ATPG
12
Autefa automation
14, 79, 157
BA-Messtechnik
208
Barmag
12, 59, 77, 104, 156,
171, 180, 211, 242, 295,
303, 309, 374, 385
Basell
25, 27, 154, 155,
220, 222, 326, 341
Basell Poliolefine Italia
152, 219, 339
Basell Polylolefins
282, 284
BASF
2, 9, 26, 27, 70, 88, 116,
154, 219, 221, 222, 240, 278,
284, 285, 340, 342, 357
BASF-YPC
222
Battenfeld Extrusionstechnik
349
Bayer
329
Bayer MaterialScience
219
Bayteks
279
BBA Fiberweb
80
BBA Nonwovens
23
Berstorff
349
BFF
393
Bio-Gate Bioinnovative Materials
84
Birla
155, 333
Borealis
28, 153
Bosco
83
BP Chemicals
24, 26, 90
Buckeye Technologies
272, 331
Bühler
24, 104, 164, 210, 276, 349
Cargill
78
Celanese
279
Celanese Acetate
81
Celanese Mexicana
334
Century Enka
333
Cerex Advanced Fabrics
279
Chemosvit-Fibrochem
161
Chemtex International
164
Chemtura
332
Chernigovskoye Khimvolokno
335
Chisso
19, 82, 140, 324, 333
Chomsang
83
CHT R. Beitlich
260
Ciba SC
59, 84, 86, 177,
210, 244, 280, 334
Clariant
86, 334
CMAI
223
Cognesint
164
Co-Martin
332
Consolidated Fibres & Chemicals
213
Coperion Werner & Pfleiderer
349
Corovin
153
Corsadi
279
Courtaulds
386
Daicel Industrial
81
Daikin Industries
282
Daiwabo Rayon
324, 333
DAK Americas
215, 340
Dan-Web
80, 127
Davis-Standard
12, 64, 140, 252, 331, 332
Day International
146
Deufil
6
Deutscher Fachverlag
272
Dienes Apparatebau
15, 208
DiloGroup
80
Diolen Industrial Fibers
6, 23, 87, 95,
149, 206, 219, 293, 329, 331
Dolan
74
Dorlastan Fibers
10, 136
Dow Chemical
2, 12, 155
Dow Equipolymers
12
Dow Europe
28, 221, 284
Dow Fiber Solutions
270, 328
Dow Global Technologies
22, 218, 219
Dralon
74
DS Fibres
92, 244
DSM
22, 70, 215
DSM Dyneema
11, 12, 330
DSM High Performance Fibers
279
DuPont
19, 70, 87, 92, 136,
180, 208, 216, 219, 270,
272, 279, 282, 283, 334
DuPont Filaments
328
Eastman Chemical
90, 140, 210, 329
Eastman Chemical Ectona
279
Ebner
164
Electrotex
16, 79
Ems-Chemie
18, 25, 154, 278, 334
Ems-Griltech
238
Ems-Inventa
272
Enka
81, 142
Enka tecnica
16, 79
Epitropic Fibres
12, 215
EQUI-Fibres
74
Erema
210, 285, 365
Erko-Textilmaschinen
15
Erko-Trützschler
15
Ermafa Kunststofftechnik
79
ES FiberVisions
140, 324
Far Eastern Textile
149
Faré
87
Fehrer
79, 157
Fibertex
210, 331
FiberVisions
19, 82, 140, 324
Fibreguide
252
Filter Media Consulting
11, 199, 288
Fincarde
14, 79
Fleissner
60, 65, 78, 80, 104,
127, 212, 296, 332
Formosa Chemical & Fiber
335
Fourné Polymertechnik
274, 330
Freudenberg
210, 215
Freudenberg Nonwovens
210, 254
Freudenberg Politex
12, 215, 259
Freudenberg Texbond
335
Gatron
212
Gayedtex
172
Georgia-Pacific
78
Giudici
211, 339
3S
Acetate Products
Acordis Kelheim
Adita Birla Group
Advansa
page
Gneuß Kunststofftechnik
Goulston Technologies
Grasim Industries
GreenFiber
GreenTech
Hacoba Spultechnik
Heat-resistant fabrics
Heberlein Fiber Technology
48, 349, 366
260
213
149
208
146, 156
224
15, 16,
79, 87, 296
Helon Polytex Chemical Fiber
172
Herbold Meckesheim
88, 346, 349, 355
Hercules
140
Hills
152, 153
HKO Heat Protection
289
HMC Polymers
341
Hoechst
272
Honeywell
28, 70, 74, 152, 333, 340
Honeywell Fibers
136
HTT
104
Hubei Jing Wei Chemical
333
Huntsman
210, 280
Huyck Austria
272
Hycail
92
HydroSpun Nonwoven
80, 393
Hyosung
6, 10, 158, 218,
219, 283, 329, 333
ICI Fibres
215
Idemitsu Kosan
282
IMP Group
215
India Poly Fibres
213
Indian Petrochemicals
148, 213, 222
Indo Rama Synthetics
278
Innovene Manufacturing Belgium
218
Intertech-Pira
271
Invista
2, 10, 78, 136, 147,
153, 158, 206, 210, 213,
244, 270, 331, 333
IPQ
326
Ishikawa
211
Istrochem
161
Jacob Holm Industries
312
Jagenberg
254
Jilin Chemical Fibre
81
Jilin Enka Viscose
81
Jing Wei Textile Machinery
276
Jinsheng
79
Jofo
182
Johns Manville Europe
392
Jong Stit
83
JSR Kuibyshevazot
215, 221
Kaneka
22, 86, 152, 338, 339
Karl Mayer Malimo
78
KB Seiren
153
Kelheim Fibres
6, 74, 359
Khimvolokno Svedlogorsk
333
Kimberly-Clark
339
Koch Industries
78
Kolon Industries
218
Kompetenzzentrum Holz
240
Kortec
79, 157
Korteks
240
Kraton Polymers
215, 328
Kreyenborg
210, 250
Krones
88
Krüss
117
K-Tron International
105, 332
Kuibyshevazot
78
Kumming Cellulose
81
Kuraray
214, 282, 338, 339
Kureha
22, 218, 339
Küsters
254
7
Index 2006
Company Index
page
page
La Seda de Barcelona
324
Landhorst Indutech
153
Landqart
152
Lanxess
10, 136
Lawson-Hemphill
16, 274
Lenzing
2, 16, 41, 76, 83, 98, 102,
147, 206, 207, 214, 240, 243,
268, 277, 344, 357, 386
Lenzing Fibers
45, 86
Lenzing Instruments
53, 146, 243
Lenzing Plastics
76, 268, 292
Lenzing Technik
76, 164, 268
Li Peng
70, 288, 335
Libeltex
210
List
103, 345
LSB
222, 237
Luxilon Industries
39
M&J Fibretech
80, 127
M.V.V.
332
Maack Business Services
274
Maccaferri
215
Mann+Hummel ProTec
347
Massen machine vision systems
146
Mattes & Ammann
230
Maurer
164
MBS
154
MCC PTA India
138
Meccaniche Moderne
120
Meraklon
260
Mitex
270
Mitsubishi Rayon
18, 214, 219, 244
Mogul Tekstil Sanayi ve Ticaret
19
Mohawk Industries
19
Montefibre
324
Murata
77
Nagoya Oilchemical
339
Nan Ya Plastics
77, 83, 86
Nanjing Chemical Fibre
207
Nanogate
155
Nanoval
57, 129, 272, 356
Nantong Acetate
81
NatureWorks
26, 78, 92, 261
Neumag
12, 14, 78, 79, 80, 157,
174, 295, 322, 331, 332, 349, 384
Neumag Saurer Austria
261
Nevel International
274
Nilit
17
Ningbo Rayon Acrylic Fiber
18
Nippon Dyneema
215
Nordson
332
Novamont
92
NOY-ValLesina Engineering
164, 380
NSC nonwoven
254, 276
Nylstar
70
OJI Paper
152
Oriental
82
Otsuka
283
Outlast Technologies
359
Paul
18
PBI Performance Products
138
PCI Fibres
157, 199, 240
Pedex
136
Pegas
148
Performance Fibers 136, 206, 270, 331, 335
Petroquisa
213
PGI
213, 216, 392
PIRA-Intertech
9
Plastrade Recycling
362
Polyamide High Performance
213, 242
Polyfelt
87
Polymer Engineering
164
PolyOne
221
Polytrade
136
Premier Pneumatics
332
Procter & Gamble
87
PRT PET Recycling Team
348
PTT
284
PTT Chemical
340
Radici
70
RadiciFibres
6, 274
RadiciSpandex
10, 331
Raj Rayon
148
Rayoner Products And Financial Services 218
Recron Synthetics
213
Reicofil
357
Reifenhäuser
385, 393
Reifenhäuser Reicofil
148, 179, 212, 256
Reimotec
385
Reliance Industries
8, 17, 148, 278, 340
Rhodia
70
Rieter
11, 14, 23, 70, 78,
146, 156, 176, 210, 212,
245, 252, 296, 324, 332
Rieter Automatik
122, 349
Rieter Perfojet
80, 126, 254, 276, 393
Rieter Textile Machinery France
332
Rodenberg
92
Röhm
153
Rottneros
96
RPR
211
S+S Separation and Sorting Technology
349
SAAF
334
SABIC
24
SABIC Europe
284
Saehan Industries
333
Sahara Petrochemical
341
Salmoiraghi
365
Sandler
80
Sappi Saiccor
357
Saudi American Advanced Fabrics
278
Saudi Ethylene and
Polyethylene Company
341
Saurer
4, 12, 15, 16, 23, 79, 87,
146, 153, 156, 171, 174, 180,
219, 220, 242, 261, 274, 283,
295, 322, 332, 339, 374, 384
Schill + Seilacher
86
SciMAT
254
Scimed Life Systems
22
Seiren
338
Senege
221
Shahid Tondgooyan Petrochemical
341
Shandong Helon
172
Shaw Industries
150
Shell Chemical
92, 180
Shenma Industrial
213
Shikibo
86
Showa Denko
87
Sibur
222
Sider Arc
328
Simpe
324
SINOPEC
222, 284, 340
Sinotex
339
Sinterama
242
Slack & Parr
332
Slovkord
221
Snaico Engineering
164
Snecma Propulsion Solide
283
Snow, Phipps & Guggenheim
19
Soficar
9
Solotex
152, 214
Solutia
70, 222
8
page
Sommer
Sorema
South Pacific Viscose
Spinnfaser
SR Webatex
SSM Schärer Schweiter Mettler
95
118
207, 214
142
379
108, 146,
156, 331
SSM Stähle Eltex
146
Starlinger
257, 348
Starr
150, 155
STF
348
Suominen Nonwovens
78
Superba
156
Takemoto
270
Techmer
12, 328
Teijin
22, 152, 282, 283
Teijin Fibers
9, 18, 35, 214, 246, 260, 338
Teijin Twaron
138, 140, 170, 294
Temco
15, 79, 156, 296
Terom
208
TEXParts
16
Thai Acrylic
149
Thai Melon
82
Thibeau
254
Thiele Consulting
144
Thiele Polyester Technology
349
Ticona
12, 221, 282, 293, 338
TMT
164, 211
TOC Glycol
340
Toho Tenax
136
Toho Tenax America
136
Toho Tenax Europe
136, 329
Tongkook
333
Toray Industries
2, 9, 78, 86, 148,
154, 214, 218, 277, 333, 338
Toray Saehan
333
Total Petrochemicals Research Feluy
338
Toyo Engineering
154
Toyobo
215, 218, 338
Toyota
92
TPP
220
Trevira
8, 22, 82, 206,
215, 272, 282
Trevira Neckelmann
206
Tri Ocean
83
Trützschler
15, 332
Tuntex
83
TWD Fibers
379
Uhde
12, 284
Uhde Inventa-Fischer
88, 90, 164,
221, 244, 286, 340
Unifi
150, 215, 335
Unifi-Sans Technical Fibers
331
Unitika
214, 219
Universal Fiber Systems
138
UOP Sinco
24, 164
Vereinigte Glanzstoff-Fabriken
142
Volkmann
156
Wellman
11, 150, 215, 244, 335
Western Nonwovens
279
Weyerhäuser
256, 357
ZAP
220
ZAT
220
Zhuhai Acetate
81
Ziegler
80
Zig Sheng
70, 88
Zimmer
16, 103, 104, 136, 147,
164, 212, 245, 284, 296, 332
Zinser
12
Zoltek Rt.
278

Index 2006 - Textination

Transcription

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