ABC of Raw Materials

CHEMICAL RAW MATERIALS
ABC of
Raw Materials
ABC OF RAW MATERIALS
Raw Materials from Worlée –
Modules to your Success.
“Our raw materials are important modules for our customers’ success”
says Reinhold von Eben-Worlée, CEO and general manager.
For more than 160 years Worlée has delivered
raw materials from all over the world to its
customers. The hanseatic trading company
has grown into an international production and
service company with three units: Chemical
raw materials, natural raw materials and
cosmetic raw materials.
Chemical Raw Materials from Worlée
The combination of a high quality approach,
technical know-how and the intuition for
trends and market developments is the
reason why Worlée is a reliable partner – in all
three departments.
Our production plants comply with highest
environmental, quality and security standards.
ISO 9001 and ISO 14001 as well as the integrated security management system show
Worlée as a responsible company.
Worlée-Chemie GmbH produces in its plants
in Lauenburg and Lübeck additives and binders for a broad range of coatings. Products
from well-known suppliers complete the delivery program.
At Worlée sustainability is not only a word.
For our excellent management of energy,
emission and resources, Worlée has received
the “Responsible Care” award of VCI Nord
several times and become the first so called
“Klimaschutz-Unternehmen” of its type.
All our departments continuously work on the
development of our products so that Worlée
can contribute to your success. Module by
module. Day by day.
COSMETIC
RAW MATERIALS
NATURAL
RAW MATERIALS
CHEMICAL
RAW MATERIALS
| 2 | INTRODUCTION
CHEMICAL RAW MATERIALS
Table of Contents
ADDITIVES
WORLÉE
page
Silicone additives for improving substrate
properties in solvent based/aqueous paint
systems
WorléeAdd
6/7
Adhesion promoter
WorléeAdd
6
Cobalt free catalysts
WorléeAdd
Corrosion inhibitors
Additives for Paints and Lacquers
BINDERS
WORLÉE
page
Polyesterpolyols, solvent based and solvent
free, saturated
WorléeRes E
33
Epoxy Esters, Drying
WorléeDur
33
7
Special Hardeners for Epoxy Resins, free of
Nonylphenol
WorléeCure
33
WorléeAdd
8
Hard Resins, Phenol Modified
WorléeFen
34
Resiflow
8
Defoamers for Solvent Based and -free
Systems, Aqueous Systems
WorléeAdd
9
Maleic Resins
WorléeSin
35
Gilsonite Solutions
WorléeGilsol
35
Miscellaneous
WorléeAdd
10
WorléeGum
36
Additives for Powder Coatings
WorléeAdd
Resiflow
10/11
Natural Gums (Damar, Copal, Shellac and
Shellac Solutions)
Styrene-Butadiene-Copolymer
WorléeCop
37
Specialities for Powder Coatings
WorléeAdd
Resiflow
12
Inorganic-organic hybrid systems
WorléeProtect
37
1 component primer coatings for polyolefinic Special-Primer
substrates
12/13
Acrylic Resins, Water Based Dispersions and Zinpol
Solutions for Printing Inks and OPV´s
38
38
Rheological Additives (Bentonite)
WorléeAdd 8XX
13
CABOT
Polytone
EnovaTM
13
POLYOLS &
POLYMERS
Keton Aldehyde Resins
High porous Aerogels based on Silica
CHEMARK
Matting Hardeners / Powder Coating
Additives
Chemark
14
BRUNO BOCK
VOC-free Polythiole based on
Mercaptocarboxylic Acids
Thiocure®
38/39
CINKARNA
Ultrafine Titanium Dioxide Suspension
CCR
14
CWK
Colloidal Silica Dispersions
Köstrosol®
14
AGC
Natural Asphaltum
Gilsonite®
39
Micronised Silica Powders
Köstropur®
15
COLOR
BINDERS
WORLÉE
Acrylic Resins, Solvent and Water Based,
Hydroxyl Group Containing
page
WorléeCryl A
Acrylic Resins, Solvent Based, Thermoplastic WorléeCryl L
Acrylic Resins, Water Based Dispersions
and Solutions
WorléeCryl
Acrylic Resins, Water Based Dispersions and WorléeCryl
Solutions for Printing Inks and OPV´s
WORLÉE
17
18
18/19
CABOT
page
Pigment Preparations
WorléeTransoxid
41/42
WorléePaste
41
Electroconductive Quartz
WorléeQuarzsand
AS
42
Carbon Black
Black Pearls®
43/44
Elftex®
43/45
Emperor®
19/20
44
Mogul®
Starch Copolymer Dispersions for Printing
Inks and OPV´s
WorléeDex
20
Alykd Resins, Solvent Based, Airdrying,
Short Oil, Medium Oil, Long Oil
WorléeKyd
20–25
Alkyd Resins, Solvent Based, Long Oil,
Urethane Modified
WorléeKyd
26
Alkyd Resins, Solvent Based, Stoving
systems, Reactive and NC-Combination
WorléeKyd
27
Alkyd Resins / Acrylic Resins, Solvent
Based, Thixotropic
WorléeThix
28/29
Alkyd Emulsions, PU-modified, Water Based
WorléeSol E
29
Alkyd Emulsions, Water Based
WorléeSol NW
30
Alkyd Resins, Water Based, Air and Forced
Drying
WorléeSol
30
Alkyd Resins, Water Based, for Stoving
Systems
WorléeSol
31
Polyesters, Water Based, Oil Free, Saturated
WorléePol
31
Polyesterpolyols, Solvent Free, Saturated
WorléePol
32
Polyesters, Solvent Based, Saturated
WorléePol
32
ISHIHARA
Titanium Dioxide
SINLOIHI
Daylight Fluorescent Pigments
43
Monarch®
43/44
Regal®
43/44
Vulcan®
45
Tipaque
45
46
TABLE OF CONTENTS | 3 |
ABC OF RAW MATERIALS
ABC of raw materials
Worlée’s roots were based in the trading of natural resins. Still today Worlée can deliver
Shellac, Copal or Damar to its customers. Since our beginning Worlée’s special focus
has been on production and technical competence through our laboratories in Germany
and Asia together with our technical skilled sales force.
The combination of our raw material modules
and raw material modules of renowned partners means Worlée can offer a large product
range:
A – Additives
B – Binders
C – Color // Pigments
With our long experience and the technical
know-how of our application experts Worlée
offers high quality products, an extensive
technical service and assistance for the development of new products.
Various application areas of products
from Worlée
| 4 | ABC
ADDITIVE
ITIVE
OF RAW MATERIALS
You will find products from Worlée and our
partners in various application areas:
Decorative Paints & Coatings
Industrial Coatings
Powder Coatings
Construction
Printing Inks
Wood
Adhesives
Special Applications
CHEMICAL RAW MATERIALS
ADDITIVES
ADDITIVES | 5 |
ABC OF RAW MATERIALS
A WorléeAdd
Silicone additives for improving substrate properties in solvent based paint systems
Type
Appearance
Forms of delivery
Addition
Main uses and principal characteristics
W´Add 75
slightly turbid liquid
100 %
0,01–0,5 %
Multifunctional additive for improving promoting, slip, leveling and
scratch resistance.
W’Add 311, 10 %
Clear to slightly turbid,
low viscous liquids
10 % in xylene
0,1–1,0 %
Silicone based, for paints, lacquers and leather finishes. Improve
mar resistance, slip, flow, gloss, reduce foaming, pinholing and
orange peel.
30 % in xylene
0,03–0,3 %
W’Add 311, 30 %
W’Add 312
Clear, low viscous liquid
10 % in isop. HC 170–200
0,1–1,0 %
Silicone based additive, especially for decorative paints. Eliminates
cell structure and brush marks, improves flow, mar resistance and
slip. Specially designed for aromatic free decorative paints.
W’Add 315
Clear to slightly yellow liquid
10 % in iso propanol
0,5–1,0 %
Silicone based additive, for water and solvent based paints,
improving mar resistance and slip, flow and gloss.
W’Add 327
Clear, low viscous liquid
20 % in iso propanol
0,1–1,5 %
Silicone based, mainly for water thinnable lacquers and paints,
improves wetting of plastic and aluminium substrates, increases
mar resistance and slip, avoids cratering.
W´Add 398
Clear to slightly yellowish liquid
100 %
0,2–1,5 %
Multifunctional paint additive for improving leveling, scratch resistance, surface smoothness and gloss. Contains primary OH-groups.
W’Add 356
Colourless low viscous liquid
30 % in xylene
0,2–1,0 %
Silicone based additive, for solvent based coatings, improves
deairing, levelling, mar resistance, slip and gloss, reduces orange
peel and cratering. Also suitable for curtain coatings. Thermostable
in stoving systems.
W´Add 361
Colourless, low viscous liquid
10 % in xylene
0,1–0,5 %
Hammer effect additive to get hammer effect paints.
W´Add 373 N
Colourless, low viscous liquid
3 % in isop. HC 150–180
0,2–1,0 %
Silicone based additive with multifunctional properties. Used in
solvent based coatings mainly to achieve surface smoothness and
mar resistance. At the same time it works as antifoam agent and
avoids surface imperfections.
W’Add 429
Colourless liqud
10 % in solvent blend
0,5–1,5 %
For improving the efficiency of matting agents in solvent based
silk gloss decorative paints. Additionally improvement of flow and
scratch resistance, deairing.
A WorléeAdd
Adhesion promoter
Type
Appearance
Forms of delivery
Addition
Main uses and principal characteristics
W’Add 480 N
Clear, colourless liquid
70 % in iso propanol
1,0–5,0 %
Special epoxy ester to improve the adhesion of aqueous baking
enamels and polyurethane systems on metallic substrates.
W´Add 482
Clear, colourless liquid
80% in n-butyl acetate
2,5–5,0 %
Reactive polymeric adhesion promoter for improving adhesion of
polyurethane- and stoving systems mostly on substrates as glass,
ceramic and tiles, but also on metallic substrates.
W´Add 484
Colourless to light yelllow liquid
75 % in solvent blend
1,0–3,0 %
Special polyester resin for improving adhesion of solvent based
two component PU and stoving paints on metals substrates.
Improves elasticity and flow. NMP-free.
W´Add 486
Colourless to light yelllow liquid
75 % in solvent blend
1,0–3,0 %
Special adhesion promoter for solvent based systems for air drying
and oven cured systems.
W´Add 487
Colourless to light yelllow liquid
78 % in solvent blend
1,0–3,0 %
Like W’Add 486. Does not contain n-methyl-2-pyrrolidone.
| 6 | ADDITIVES
CHEMICAL RAW MATERIALS
A WorléeAdd
Silicone additives for improving substrate properties in aqueous paint systems
Type
Appearance
Forms of delivery
Addition
Main uses and principal characteristics
W´Add 75
slightly turbid liquid
100 %
0,01–0,5 %
Multifunctional additive for improving promoting, slip, leveling and
scratch resistance.
W´Add 315
Clear to slightly yellow liquid
10 % in isopropanol
0,5–1,0 %
Silicone based additive, for water and solvent based paints,
improving mar resistance and slip, flow and gloss.
W´Add 327
Clear, low viscous liquid
20 % in isopropanol
0,1–1,5 %
Silicone based, mainly for water thinnable lacquers and paints,
improves wetting of plastic and aluminium substrates, increases
mar resistance and slip, avoids cratering.
W´Add 330
Clear, slightly yellowish, low
viscous liquid
10 % in butyl glycol
0,3–0,5 %
Silicone based, reduce surface tension of water thinnable systems,
improve levelling, reduce edge pulling, eliminate surface imperfections.
W´Add 340
Clear to slightly hazy, yellowish
liquid, low viscous
100 % in dipropylene glycol monomethyl
ether
0,1–1,0 %
Excellent substrate wetting additive for aqueous systems, reduces
surface tension, low tendency to stabilize foam.
W´Add 345
Clear to slightly turbid yellowish
liquid
71 % in solvent blend/water
0,3–1,5 %
Special modified silicone polyether for aqueous systems for improving subtrate wetting and penetration on absorbend substrates.
W´Add 351
Turby, creamy liquid
70 % in water/butyl glycol
0,5–1,0 %
High molecular silicone additive to improve slip, mar resistance
and antiblocking, for aqueous systems.
W´Add 352
Turby, creamy liquid
70 % in water/propylene glycol
0,5–3,0 %
High molecular silicone additive to improve slip, mar resistance
and antiblocking, for aqueous systems.
A WorléeAdd
Cobalt free catalysts
Type
Appearance
Forms of delivery
Addition
Main uses and principal characteristics
W´Add 2000
Clear to slightly hazy low viscous
liquid
30 % in
butyl acetate/
polyglycol
0,5–1,2 %
Catalyst for solvent based and aqueous isocyanate crosslinking
systems.
W´Add 2030
Clear, amber coloured, low
viscous liquid
28 % in
isobutanol / MPA
0,4–2,0 %
Catalyst for solvent and water based stoving finishes. Improves
water, salt spray and detergent resistance.
W´Add 2500
Brownish liquid
approx. 12 % in solvent mixture
1,5–3,0 %
Cobalt-free catalyst to support the oxidative drying of alkyd resin
paints. Metal complex.
W´Add 2600
Clear yellowish liquid
approx. 12 % in solvent mixture
0,5–1,0 %
Metal-free catalyst to support the oxidative drying of alkyd resin
paints together with metal complex based dryers.
W´Add 2700
Clear brownish liquid
approx. 12 % in solvent mixture
0,5–2,0 %
Cobalt-free catalyst to support the oxidative drying of aqueous
systems. Metal complex.
ADDITIVES | 7 |
ABC OF RAW MATERIALS
A WorléeAdd
Corrosion inhibitors
Type
Appearance
Forms of delivery
Addition
Main uses and principal characteristics
W´Add 456
Colourless liqud
30 % in water
0,5–3,0%
Nitrit-free anti-flash rust agent and corrosion inhibitor for aqueous
paints and lacquers.
W´Add 458
Colourless liqud
30 % in water
0,2–2,0%
Nitrit-free anti-flash rust agent for aqueous paints and lacquers.
A Resiflow
E ST R ON
CHEMICAL
Additives for paints and laquers
T H E E D G E O F I N N OVAT I O N
Type
Appearance
Forms of delivery
Addition*
Main uses and principal characteristics
Resiflow FK 70
Colourless liquid
70 % in methoxypropanol
0,3–2,0 %
Silicone free anti-floating and flow control agent e.g. for polyester/
melamine resin based stoving paints. Eliminates craters, pinholes
and fisheyes.
Resiflow FL 2
Colourless, high viscous liquid
min. 98 %
0,2–2,0 %
Silicone free acrylic flow control agent for solvent based and
solvent free coatings based on alkyd, polyester, acrylic, vinyl, epoxy
and polyurethane resin.
Resiflow FL 9
Colourless, high viscous liquid
min. 98 %
0,2–1,5 %
As Resiflow FL 2, but often better compatibility.
Resiflow FM 4
Colourless, high viscous liquid
min. 98 %
0,2–2,0 %
As Resiflow FL 2, but with improved efficiency.
50 % in xylene
0,4–4,0 %
Resiflow FM 4-50
Resiflow L 3075
Clear viscous liquid
75 % in arom. HC 155-180
0,2–2,0 %
Silicone free acrylic flow control agent for solvent based coatings,
correct surface imperfections, especially suitable for coil coating
systems.
Resiflow LH-240
Viscous liquid
min. 98 %
0,2–1,5 %
Flow control and degassing additive for solvent based and solvent
free formulations of different composition, including gel coats.
Resiflow LH-241
Clear, viscous liquid
min. 98,5 %
0,2–2,0 %
Silicone free acrylic flow control agent for solvent based and
solvent free coatings based on alkyd, polyester, acrylic, epoxy,
polyurethane resins etc. Excellent compatibility, especially
suitable for clear coats.
Resiflow LW
Colourless to slightly yellow,
low viscous liquid
min. 98,5 %
0,2–1,5 %
Silicone free acrylic flow control agent for solvent based and
solvent free coatings, similar to Resiflow FL 2 but lower in viscosity.
Resiflow W 51
Colourless, medium viscous liquid
50 % in butyl glycol/iso propanol
0,5–3,0 %
Silicone free acrylic flow control agent for mainly water based
coating systems as well as solvent based stoving systems (very
good compatibility). Effective pigment wetting agent.
Resiflow W 52
Colourless, medium viscous liquid
50 % in butyl glycol/iso propanol
0,5–3,0 %
Silicone free acrylic flow control agent for mainly water based
coating systems as well as solvent based stoving systems (very
good compatibility). Effective pigment wetting agent.
Resiflow W 5200
Colourless, high viscous liquid
min. 96 %
0,2–1,5 %
Silicone free polymer flow control agent, especially for aqueous
coatings but also for solvent based systems.
W’Add 100
Colourless, high viscous liquid
min. 98 %
0,1–1,0 %
Polymeric, silicone free flow control agent for solvent based and solvent
free coatings, UV-resistant, good recoatability, avoids surface imperfections. Corresponds to FDA § 175.300.
W’Add 101
Colourless, high viscous liquid
min. 98 %
0,1–1,0 %
Silicone free acrylic flow control agent for solvent based and free
coatings and printing inks of different composition. Avoids also
surface imperfections. Corresponds to FDA § 175.300.
W´Add 137-70
Colourless high viscous liquid
70 % in xylene
0,1–1,0 %
Silicone free acrylate leveling agent for solvent based and solvent
free coatings. Fluor modified. Especially good recoatability.
Resiflow L 66 F
Clear, viscous liquid
Min. 98,5 %
0,2–2,0 %
Liquid functional flow control agent. Excellent transparency in
TGIC-powder clear coats. Use via a master batch production.
*calculated on total formulation
| 8 | ADDITIVES
CHEMICAL RAW MATERIALS
A WorléeAdd
Defoamer for solvent-based and -free systems
Type
Appearance
Forms of delivery
Addition
Main uses and principal characteristics
W´Add 370
Colourless, low viscous liquid
10 % in solvent blend
0,03–0,5 %
Fluor silicone based defoamer and deairing agent for solvent based
paints and inks of different compositions as well as EP-coatings.
W´Add 372
Colourless, low viscous liquid
5 % in methoxy propyl acetate
0,05–0,8 %
Fluor silicone based defoamer and deairing agent for solvent based
and high solid coatings. Especially for decorative paints.
W´Add 425
Clear, yellowish liquid
51 % in solvent blend
0,2–1,5 %
Silicone free antifoam agent and defoamer, especially suitable for
wax containing coil coating structure paints and two component
EP floor coatings.
W´Add 602
Clear liquid
1,3 % in isop. HC 170–200
0,4–2,0 %
Silicone based antifoam agent mainly for two component-PU and
EPcoatings.
W´Add 603
Clear liquid
13,2 % in isop. HC
0,2–1,5 %
Polyacrylate modified silicone defoamer for solvent based and
solvent free coatings of different compositions.
W´Add 6235
Clear liquid
6,5 % in solvent mixture
0,5–2,0 %
Highly effective silicone defoamer for reactive thicklayer systems
based on epoxy resins.
W´Add 6236
Clear to slightly turbid liquid
100 %
0,01–0,5 %
Highly effective silicone defoamer especially suitable for solvent
free PU-coatings.
A WorléeAdd
Defoamer for aqueous systems
Type
Appearance
Forms of delivery
Addition
Main uses and principal characteristics
W´Add 624
Clear liquid
25 %
0,5–3,0 %
Silicone based, aromatic and APEO free defoaming solution for
water based systems of different composition.
W´Add 628
Slightly turbid liquid
66 %
0,1–1,0 %
Silicone based defoamer solution for aqueous formulations.
W´Add 6210
Turbid liquid
80 %
0,1–1,5 %
Highly efficient glycol ether-free defoamer for aqueous formulations. Especially suitable for printing inks and overprint varnishes.
W´Add 6226
Colourless viscous liquid
100 %
0,5–1,0 %
Silicone based, siliceous defoamer emulsion for aqueous formulations. Very good grinding defoaming
W´Add 6410
White thixotropic liquid
26 %
0,1–1,0 %
Silicone based, siliceous defoamer emulsion for aqueous formulations. Very easy incorporation possible, especially for PU, PU-hybrid
and alkyd emulsions.
W´Add 6420
White thixotropic liquid
26 %
0,1–1,0 %
Silicone based, siliceous defoamer emulsion for aqueous formulations. Easy incorporation possible.
ADDITIVES | 9 |
ABC OF RAW MATERIALS
A WorléeAdd
Miscellaneous
Type
Appearance
W´Add 410 N
Addition
Main uses and principal characteristics
Clear to slightly turbid yellowish,
low viscous liquid
0,5–2,0 %
Viscosity stabilizer, anti-skinning and anti-gelling agent for solvent
based air drying and stoving paints.
W´Add 411 N
Clear, slightly turbid, yellowish,
low viscous liquid
0,5–2,0 %
Like WorléeAdd 410 N, but aromatic free.
W´Add 412
Colourless liquid
65 % in water
0,5–1,0 %
Solvent free compatibility agent for easier incorporation of driers
into water based alkyd emulsion paints.
50 % in iso propanol/methoxy propanol
0,2–0,8 %
Cationic surface active additive for increasing the conductivity of
electrostatic sprayable paint systems, low addition.
W´Add 422
Forms of delivery
W´Add 425
Clear, yellowish liquid
51 % in solvent blend
0,2–1,5 %
Silicone free additive, imparts an equal structure to coil coatings
which contains wax. Improves degassing, reduces popping, also
for clear coats.
W´Add 428
Clear low viscous liquid
10 % in solvent blend
3,0–6,0 %
Silicone free additive for structured coil coatings without wax
addition, for achieving orange peel effect. Improves degassing.
W´Add 700
Milky liquid
60 % in water
2,0–5,0 %
Silicone based, for aqueous systems to increase water resistance,
gloss, adhesion and weather resistance. Best effect after more
than 16 hours of addition into the ready made product.
W´Add 781
Clear, medium viscous liquid
100 %
0,1–2,0 %
Silicone free additive for solvent based, solvent free and water
based systems to improve levelling, flexibility and adhesion.
Two component-PU-coatings of high film thickness show reduced
blistering.
W´Add FR 5000
White powder
Min. 98 %
approx. 10,0 %
Halogen-free flame retardant additive based on encapsulated
Phosphor compounds for water based binders
W´Add 8905
Colourless liquid
15 % in water
approx. 5,0 %
Alkaline ZnO- solution for cross-linking water based carboxy functional acrylic polymers to increase the water resistance, optimize
the block resistance, increase the heat stability and maximise the
film hardness.
A WorléeAdd/Resiflow
Additives for powder coatings
Type
Appearance
Addition*
Main uses and principal characteristics
W’Add
18
White powder
0,5–1,5 %
Silicone free powder flow control agent for general industrial applications.
W’Add
101 P
White powder
0,5–1,5 %
Silicone free powder flow control agent for high gloss powder coatings and clear coats.
W’Add
360
Flaked solid
0,5–2,0 %
Low molecular weight, hydroxy functional polymeric silicone additive for better mar resistance, slip and flow.
W’Add
902
White powder
0,5–1,5 %
For reducing the melt viscosity, thus improving deairing and degassing. Best results in combination
with very low amounts of benzoine (0,1-0,2 %). Especially suitable for non-yellowing powder coatings, for instance when cured in gas fired ovens.
W’Add
904
White granulate
0,5–4,0 %
For reducing the melt viscosity, thus improving deairing and degassing. Best results in combination
with very low amounts of benzoine (0,1-0,2 %).
W’Add
915
White powder
1,5–2,5 %
Catalyst for better mechanical properties of GMA-acrylic powder systems based e.g. on
Isocryl EP-570.
W’Add
1200
White powder
0,3–6,0 %
Micronized synthetic wax improving slip properties and mar resistance of powder coatings. Excellent
deairing effect. At higher concentrations it may also function as a flatting agent.
W’Add
ST-70
White powder
0,1–0,5 %
Stannous octoate catalyst for PU powder coatings.
| 10 | ADDITIVES
CHEMICAL RAW MATERIALS
A WorléeAdd/Resiflow
E ST R ON
CHEMICAL
Additives for powder coatings
T H E E D G E O F I N N OVAT I O N
Type
Appearance
Addition*
Main uses and principal characteristics
Resiflow CP 77
White powder
0,7–1,5 %
Silicone free powder anti-cratering agent. Also suitable for powder clear coats and UV systems.
Resiflow
L 66 F MBP 10
White granulate
5,0–15,0 %
Flow control agent based on a masterbatch (10 % Resiflow L 66F, 90 % carboxyl-functional polyester
with acid value of approx. 35). Excellent clarity in powder clear coats.
Resiflow P 64 F
White powder
0,2–2,0 %
Powder functional flow control agent for powder clear coats of all types, especially for GMA acrylate
systems. Due to the compatibility the transparency is hardly reduced.
Resiflow P 65 F
White powder
0,2–2,0 %
Powder functional flow control agent for powder clear coats of all types, especially based on epoxy.
Resiflow P 67
White powder
0,7–1,5 %
Silicone free powder flow control agent with good allround properties.
Resiflow PH-240
White powder
0,5–2,0 %
Powder functional flow control agent with excellent flow without increasing „pill flow“; especially
suitable for PU powder systems and PUR clear coats.
Resiflow PL 200
White powder
0,7–1,5 %
Silicone free powder flow control agent with good intercoat adhesion when recoated with powder
or liquid paints.
Resiflow PL 220
White powder
0,7–1,5 %
Powdery flow control agent with unique compatibilizing and anti-cratering robustness.
Resiflow PV 5
White powder
0,5–1,5 %
Silicone free powder flow control agent for powder coatings of all types. Very freeflowing and
yellowing resistant.
Resiflow PV 88
White powder
0,5–1,5 %
As Resiflow PV 5, but on another silicate carrier.
*calculated on total formulation
ADDITIVES | 11 |
ABC OF RAW MATERIALS
A WorléeAdd/Resiflow
E ST R ON
CHEMICAL
Specialities for powder coatings
T H E E D G E O F I N N OVAT I O N
Type
Appearance
Addition*
additional information
Main uses and principal characteristics
Acrylic crosslinker
GMA-300
Water bright granulates
1,0–7,0 %
105–120 °C softening range
High reactive acrylic crosslinker for increasing crosslinking density, e.g. in Hybrid-, Primid
and PU systems. Also as binder component for UV systems.
Epomatt
G-151
Granulate
2,0–10,0 %
115–125 °C softening range
Matting agent for epoxy powder coatings, especially in combination with OTB-epoxy
hardeners. Non-yellowing. Also for NIR-application.
Epomatt
G-152
Granulate
2,0–10,0 %
115–125 °C softening range
Matting agent for matt and dead matt epoxy and hybrid powder coatings. Matting of low
temperature curing epoxy powders in combination with Epoxy Hardner G-91 and of low
temperature curing (140 °C) hybride powders with suitable poyester type. Also for NIR
application.
Epoxy Hardener
G-91
Granulate
2,0–4,0 %
92–106 °C softening range
Imidazole adduct for curing epoxy powder coatings at low baking temperature (130 °C)
with still good mechanical properties.
Epoxy Hardener
G-92
Granulate
6,0–24,0 %
80–100 °C softening point
Catalysed phenolic curing agent for epoxy resins. Imparts excellent chemical resistance and
mechanical properties at fast cure (200 °C) or low temperature cure (120 °C).
Escat
50
Off-white granulates
0,3–0,6 %
Isocryl EP-540
Granulate
17–20 % to
80–83 % polyester with acid
value 30–35
120–135°C softening point
With carboxylic polyesters and Primid XL 552 as Co-hardener silk gloss, outdoor-resistant
"one-shot" powder coatings can be formulated with excellent mechanical properties and
good chemical resistance.
Isocryl
EP-570 G
Flakes
17–20 %
140–155 °C softening point
GMA-matting resin for one-shoot matt outdoor powder coatings with good abrasion
resistance and surface levelling, also suitable for matt clear coats.
Isocryl EP-575
Granulate
20–30 % to
70–80 % polyester with acid
value 30–35
120–135 °C softening point
In combination with carboxylic polyesters and Primid XL 552 as Co-hardener dead matt,
outdoor-resistant "one-shot" powder coatings are obtained, with good impact and chemical
resistance.
Substituted Imidazole/wax blend to improve curing of powder coatings; easily dispersible.
*calculated on total formulation
A Special-Primer
1 component primer coatings for polyolefinic substrates
Type
Appearance
Forms of
delivery
Application
Main uses and principal characteristics
Special-Primer
AP 1010
White (pigmented)
4,0 % in xylene
Undiluted: spraying, dipping, rolling, printing
Adhesion promoter for EPDM, PP and blends of these as used for the
automotive industry for spoilers, bumpers, dashboards etc. for subsequent
painting, printing and sticking. Special-Primer AP 1010 can be used in
aerosol cans.
Special-Primer
AP 1030
White (pigmented)
4,0 % in xylene
Undiluted: spraying, dipping, flow coating,
rolling, printing
Adhesion promoter for EPDM, PP and blends of these as used for the
automotive industry for spoilers, bumpers, dashboards etc. for subsequent
painting, printing, sticking and coating.
Special-Primer
PE 6800
Colourless to yellowish,
clear
5,0 % in xylene
Application as 2,5 % solution
Adhesion promoter for untreated polyethylene for subsequent coating or
printing.
Special-Primer
PP 3200 W
Low viscous, beige
cream coloured liquid
30 % in water
Application diluted with water to 10 % solids
con tent by spraying, dipping or printing
Aqueous adhesion promoter based on especially modified, low hlorinated
polypropylene for PP, polyolefinic blends and with restrictions for PE.
Special-Primer
PP 4400 W
Brownish, turbid liquid
40 % in water
Application diluted with water to 10 % solids
content by spraying, dipping or printing
Chlorine-free primer and adhesion promoter based on special modified
polypropylene used for polypropylene and polyolefinic blends.
Special-Primer
PP 5130
Colourless to
yellowish,clear
2,5 % in xylene
5,0 % in xylene
Application as 2,5 % solution
Adhesion promoter for untreated polypropylene for subsequent painting,
printing, sticking. Batteries, packaging film, heels, toyes, foils etc.
| 12 | ADDITIVES
CHEMICAL RAW MATERIALS
A Special-Primer
1 component primer coatings for polyolefinic substrates
Type
Appearance
Forms of
delivery
Application
Main uses and principal characteristics
Special-Primer
PP 7550
Colourless to
yellowish,clear
5,0 % in xylene
Application as 2.5 % solution
Same as PP 5130, with improved adhesion promotion on different
PP substrates and aluminium.
Special-Primer
PP 7560
Colourless to
yellowish,clear
10 % in xylene
Application as 2.5 % solution
Same as PP 5130, with improved adhesion promotion on different
PP substrates and aluminium.
Special-Primer
PP 7580
Colourless to
Yellowish,clear
2,5 % in xylene
Application as 2.5 % solution
Adhesion promoter for untreated polypropylene for subsequent painting,
printing, sticking. For batteries, heels, toys, foils, garden furniture etc. Best
adhesion properties.
Special Primer
PP 8300
Clear/slightly turbid,
yellowish, low viscous
liquid
5,0 % in xylene
Spraying, dipping, printing
Chlorine free adhesion promoter mainly for polypropylene, PP/EPDM and
thermoplastic rubbers.
A WorléeAdd
Rheological Additives (Bentonite)
Type
Composition
Color
Form
Density
[g/cm3]
Particle size
dispersed
[£gm]
Main uses and principal characteristics
W’Add 810
Organic derivative of a smectite
Light cream
Fine powder
1,8
<1
Rheology control in systems with low polarity
W’Add 820
Organic derivative of a smectite
Light cream
Fine powder
1,9
<1
Rheology control in systems with low to medium polarity
W’Add 827
Organic derivative of a smectite
Light cream
Fine powder
1,9
<1
Rheology control in systems with high polarity
W’Add 830
Organic derivative of a smectite
Light white
Fine powder
2,4
W’Add 840
Organic derivative of a smectite
Light cream
Fine powder
1,7
<1
Rheology control in polar systems
W’Add 850
Organic derivative of a smectite
Light cream
Fine powder
1,7
<1
Rheology control in systems with low polarity
W’Add 855
Organic derivative of a smectite
Light cream
Fine powder
1,7
<1
Rheology control in systems with no polarity to high polarity
W’Add 860
Organic derivative of a smectite
Light cream
Fine powder
1,6
<1
Rheology control in systems with no polarity to high polarity
W'Add 875
Organically modified smectite clay
Milkwhite
Fine powder
1,8
<1
Rheology control in water based systems
W'Add 885
Organically modified smectite clay
White-light
cream
Fine powder
1,9
<1
Rheology control in water based systems
Rheology control in water based systems
Market(s) served: EUROPE
A Cabot – Enova™ Aerogel
High porous hydrophobic Aerogels based on Silicia
Type
Delivery
form
Particle size
[µm]
Pore
diameter
[nm]
Density
[kg/m³]
Thermal
conductivity
[mW/mK]
Applications and properties
EnovaTM Aerogel
IC 3110
Granules
100–700
ca. 20
ca. 120
ca. 12
Extremely low thermal conductivity. Additive for thermal insulating coatings
EnovaTM Aerogel
MT IC 3120
Granules
100–1.200
ca. 20
ca. 120
ca. 12
Extremely low thermal conductivity. Additive for thermal insulating coatings
Market(s) served: WORLDWIDE
ADDITIVES | 13 |
ABC OF RAW MATERIALS
A Chemark
Matting hardeners
Type
Chemical name
Appearance
Main uses and principal characteristics
Chemark 1331
2-Phenyl Imidazoline
White to off-white fine
powder
Matting hardener for epoxy resin based powder coatings
Chemark 1355
Salt of 1, 2, 4, 5-Benzenetetracarboxylic acid & 4, 5-dihydro-2-phenyl-1Himidazole
Off-white to pale yellow
flake
Hardener for highly reactive epoxy resin powder coatings.
Chemark 1368
Salt of 1, 2, 4, 5-Benzenetetracarboxylic acid & 4, 5-dihydro-2-phenyl-1Himidazole
White to off-white fine
powder
Matting hardener for pure epoxy or epoxy/polyester resins pow
coatings.
Chemark 1374
Tetrakis (methoxymethyl) glycoluril
White powder or granules
Cross linking agent
Market(s) served: EUROPE
A Cinkarna
Waterbased ultrafine TiO2 dispersions
Type
Description
Surface modifier
Main uses and principal characteristics
CCR 130
Ultrafine TiO2-dispersion
SiO2 , Al2O3
Translucent UV-protection for various substrates, for alkyd emulsions
CCR 150
Ultrafine TiO2-dispersion
Al2O3 , Fe2O3
Translucent UV-protection for various substrates, for acrylate dispersions
CCA 100 BS
Ultrafine TiO2-Dispersion
–
Photocatalysis
Market(s) served: GERMANY, SWITZERLAND, BENELUX, POLAND, CZECH REPUBLIC, SLOVACIA
A CWK
Colloidal Silica Dispersions
Type
Appearance
avg.
particle
size [nm]
Solid
Content
[~ % m/m]
pH value
at 25 °C
Stabilizer
main uses and principal characteristics
Köstrosol 0730
Opalescent
liquid
7
30
10
Na2O
Colloid-disperse solution of SiO2 in water. Additive to formulate heat and corrosion resistant
coatings, improve of scratch resistance, improve of mechanical properties, to keep transparency,
for fast curing systems, good green concrete strength.
Köstrosol 1540
Opalescent
liquid
15
40
10
Na2O
Colloid-disperse solution of SiO2 in water. Additive to formulate heat and corrosion resistant
coatings, improve of scratch resistance, improve of mechanical properties, as filler and matting
agent and as derivatisation component.
Köstrosol AD 1530
Opalescent
liquid
15
30
6
Na2O
Colloid-disperse solution of SiO2 in water. Additive to formulate heat and corrosion resistant
coatings, improve of scratch resistance, improve of mechanical properties, good compatibility
with many additives, universal use.
Köstrosol 3550
Milky liquid
45–50
50
10
Na2O
Colloid-disperse solution of SiO2 in water. Additive to formulate heat and corrosion resistant
coatings, improve of scratch resistance, improve of mechanical properties, as filler and matting
agent, stable against various additaments, turbid effect.
Köstrosol 2040 AS
Opalescent to
slight turbid
liquid
20
40
9
NH3
Colloid-disperse solution of SiO2 in water. Additive to formulate heat and corrosion resistant
coatings, improve of scratch resistance, improve of mechanical properties, as filler and matting
agent, as derivatisation component and especially suitable for alkali-sensitive applications.
Köstrosol® is a registered trademark of Chemiewerk Bad Köstritz GmbH.
Market(s) served: WORLDWIDE
| 14 | ADDITIVES
CHEMICAL RAW MATERIALS
A CWK
Micronised Silica Powders
Type
H2O [%]
avg. particle
size d50 [µm]
BET surface
[m2/g]
pH value
Application
Köstropur 020408
Max. 3
4
250–400
5,5–7,5
Filler for certain plastics (PA6, PA66, PMMA etc.) to improve mechanical
Köstropur 020508
Max. 3
5
250–400
5,5–7,5
For plastics as an anti-blocking agent, untreated, (PP/PE).
Köstropur 100808
8–12
7
300–420
5,5–7,5
Filler for certain plastics (PA6, PA66, PMMA etc.) to improve mechanical
Köstropur 020612
Max. 3
6
4,0-7,0
For plastics as an anti-blocking agent (PP/PE).
Köstropur 021012
Max. 3
10
5,5–7,5
For plastics as an anti-blocking agent (PP/PE).
Köstropur 050618
Max. 5
6
4,0–7,0
Matting agent for coatings and paints.
Köstropur 050818
Max. 5
9
4,0–7,0
Matting agent for coatings and paints.
Köstropur W050618
Max. 5
6
4,0–7,0
Matting agent for coatings and paints; organic surface treatment.
Köstropur W050818
Max. 5
9
4,0–7,0
Matting agent for coatings and paints; organic surface treatment.
250–400
Depending on application all products are available with different water content and particle size.
Köstropur® is a registered trademark of Chemiewerk Bad Köstritz GmbH.
Market(s) served: WORLDWIDE
ADDITIVES | 15 |
ABC OF RAW MATERIALS
BINDERS
| 16 | BINDERS
CHEMICAL RAW MATERIALS
B WorléeCryl
Acrylic Resins, solvent based, hydroxyl group containing
Type
OH-content
on solids [%]
Flash point
DIN EN
22719 [°C]
Viscosity 20 °C,
del.form, Brookf.,
ISO 2555 [mPa·s]
Forms of
delivery
Main uses and principal characteristics
W’Cryl A 1135
3,5
Appr. 23
3.000–4.000
60 % in xylene
Acrylate copolymer for the manufacture of industrial coatings with very good resistance
against water and other agents.
W’Cryl A 1218
1,8
Appr. 26
5.000–7.000
50 % in BAc
98/100
High reactivity and long pot life. For fast drying wood and furniture lacquers. CAB
compatible.
W’Cryl A 1220
2,0
Appr. 26
1.000–2.000
60 % in BAc
98/100
Acrylate copolymer for the manufacture of high quality plastic coatings.
W’Cryl A 1320
2,0
Appr. 26
2.000–3.000
50 % in BAc
98/100
For high quality wood and furniture lacquers, good initial drying.
W’Cryl A 2116
1,6
Appr. 47
2.000–2.500
60 % in arom.
HC 155–180
For fast drying industrial paint with good gloss. Also for decorative paint – in combination
with WorléeThix A 2125 – for effect finishes.
W’Cryl A 2130
3,0
Appr. 25
3.500–7.000
60 % in X/BAc/
arom.
HC 155–180
For two component industrial paints with good mechanical propertties and high gloss
with good outdoor durability.
W’Cryl A 2141
4,1
Appr. 26
25.000–35.000
70 % in BAc
98/100
For high quality air and forced drying paints on metal, wood and plastics.
W’Cryl A 2210
1,0
Appr. 47
17.000–22.000
60 % in arom.
HC 155–180
For very fast drying primers and fillers with very good adhesion properties
on different substates. Also usable as a one component system.
W’Cryl A 2218
1,8
Appr. 25
500–2.000
50 % in X/BAc
(9:1)
For air and forced drying 2 pack primers, fillers & top coats with excellent
adhesion on steel, aluminium and zinc.
W’Cryl A 2230 W
3,0
50–55
max. 20.000
44 % in water/
solvent blend
Water emulsified hydroxy-acrylate for the production of exterior resistant
isocyanate cross-linked two component top coats with outstanding drying
properties, film hardness and gloss.
W’Cryl A 2241 W
4,1
50–55
max. 25.000
45 % in water/
solvent blend
Water emulsified hydroxyacrylate for the production of isocyanate crosslinked exterior resistant two component top coats which exhibit long potlife,
high gloss and good adhesion properties.
W’Cryl A 2335
3,5
25
4.000–6.000
60 % in X/BAc/
Solvesso 100
(2:1:1)
For formulating high quality air and forced drying top and clear coats.
Fast hardness development and very good adhesion for different metals.
W’Cryl A 2445
4,5
Appr. 25
3.000–5.000
60 % in X/BAc/
arom.
HC 155–180
For high quality industrial and machine paints; also for car repair finishes
with excellent UV-stability.
Appr. 49
8.000–12.000
60 % in arom.
HC 155–180
25–30
2.000–3.000
60 % in BAc/
MPA
W’Cryl A 3160
6,0
Acrylate copolymer for the manufacture of high quality, especially
resistant top coats.
BINDERS | 17 |
ABC OF RAW MATERIALS
B WorléeCryl
Acrylic Resins, solvent based, thermoplastic
Type
Flash point DIN
EN 22719 [°C]
Flow time 20 °C
DIN 53211-4 [s]
Forms of
delivery
Main uses and principal characteristics
W’Cryl L 241
Appr. 60
80–120
(40 % in isop. HC 170–200)
60 % in isop.
HC 170–200
Neutral low odour acrylic resin, mainly for wall and ceiling paints, very good insu-lating coat
for nicotine, chimney and water spots, for chlorine free formulations, without plasticizer.
W’Cryl L 2380
35–40
Appr. 500 mPa·s
(del. form, 20 °C, ISO 2555)
50 % in
dearom.
HC 160–200
Physically drying thermoplastic acrylic resin for different coating systems improving hardness and gloss.
W’Cryl L 2580
Appr. 68
Viscosity, 23 °C, del. form, Brookfield, ISO 2555, 3.000–7.000 mPa·s
70 % in isop.
HC 170–200
Neutral, soft, low odour acrylic resin mainly used or wall and ceiling paints, low
VOC. Very good insulating coat for nicotine, chimney and water spots.
W’Cryl L 2822
Appr. 40
Viscosity, Rheom. 23 °C, C60/2°,
50S-1, DIN EN ISO 3219, 5.000–
10.000 mPa·s
70 % in
dearom.
HC 160–200
Self crosslinking thermoplastic acrylic copolymer to be used as resin of addition
in low VOC industrial paints to improve drying and film surface hardness.
Appr. 23
Viscosity, 23 °C, del. form, Brookfield, ISO 2555, 8.000–10.000
mPa·s
75 % in
xylene
B WorléeCryl
Acrylic Resins, water based dispersions, solutions
Type
Monomer
Non volat.
content
DIN EN ISO
3251 [%]
pH value
DIN 53785
Density
DIN 51757
[g/cm3]
MFT
[°C]
viscosity 20 °C,
del. form
Brookfield, ISO
2555 [mPa·s]
Main uses and principal characteristics
W’Cryl 7107
Methacrylic copolymer emulsion
40
7,2–8,0
1,07
> 95
max. 500
As mixing component universally suitable for improving film hardness, sandability, blocking resistance and stackability.
W’Cryl 7120
Styrene acrylic
emulsion
49
8,2–9,0
1,09
15
200–800
Corrosion inhibiting primers on different metals (e.g. iron, aluminium), good weather resistance.
W’Cryl 7135
Styrene acrylic
emulsion
42
7,5–8,5
1,04
39
max. 1.000
Topcoats on metal, wood, plastics (PS, ABS). Also for temporary
anti-corrosive primers on metal, can be combined with water
thinnable alkyd resins.
W’Cryl 7137
Styrene acrylic
emulsion
42
7,5–8,5
1,04
28
max. 200
Allround emulsion for top coats on plastic, metal, wood and for
corrosion inhibiting primers with very good adhesion on steel and
low water absorption.
W’Cryl 7158
Styrene acrylic
copolymer emulsion
49
7,5–8,0
1,06
5
max. 500
Self-crosslinking styrene modified acrylic emulsion for primers with
excellent results in corrosion protection tests.
W’Cryl 7189
Methacrylic copolymer emulsion
49
7,0–8,0
1,08
16
max. 200
Flexible binder for wall Fast setting, high initial
W’Cryl 7410
Pure acrylic
45
8,0–9,0
1,06
39
max. 500
Self-crosslinking acrylic polymer for the formu lation of aqueous
furniture lacquers with good resistance against household chemicals.
W’Cryl 7450
Pure acrylic
emulsion
45
7,0–8,0
1,06
0
max. 500
Good blocking stability, in combination with PU-dispersion wood,
parquet lacquers and top coats for wood can be formulated.
W’Cryl 7461
Pure acrylic
emulsion
55
7,0–8,0
1,06
0
max. 500
Self-crosslinking pure acrylic emulsion with high solid content for
formulating block-resistant, high gloss emulsion paints with very
good levelling properties. Low VOC value in pigmented top coats,
solvent free formulations are possible for glazings and colourless
systems.
| 18 | BINDERS
CHEMICAL RAW MATERIALS
B WorléeCryl
Acrylic Resins, water based dispersions, solutions
Type
Monomer
Non volat.
content
DIN EN ISO
3251 [%]
pH value
DIN 53785
Density
DIN 51757
[g/cm3]
MFT
[°C]
viscosity 20 °C,
del. form
Brookfield, ISO
2555 [mPa·s]
Main uses and principal characteristics
W’Cryl 7463
Pure acrylic
emulsion
55
7,0–8,0
1,06
13
max. 1000
Self-crosslinking pure acrylic emulsion for the formulation of
blocking resistant, high gloss brushable paints with a low
VOC-content.
W’Cryl 7520
Acrylic emulsion
50
8,5–9,0
1,05
14
1.600–2.400
For manufacturing dispersion paints for indoor and outdoor
application and coloured quartz sand plaster
W’Cryl 7712 W
Pure acrylic solution, cationic
26
ca. 5,0
1,04
–
300–800
Filler and colourless sealants for wood. Excellent insulating against
bleeding, pigmented and transparent. Nicotine insulating paints.
W’Cryl 7712 H
Cationic pure
acrylic solution
40 +/-1
4,0–6,0
ca. 1,03
–
5.000–8.000
Excellent suitable as binding agent for fillers respectively as colourless or pigmented sealing primer on wood with a high content of
soluble wood ingredients.
W’Cryl 8025
Pure acrylic
solution
25
8,0–9,0
1,02
–
200–800
For production of roller coatings and primers on wood.
W’Cryl 7123
Acrylic, copolymer
dispersion
60 ± 1
7.0–8.0
1,07
–
100–500
High flexible roof coatings, sealing compounds, adhesives.
Excellent weather resistance.
W’Cryl 7126
Acrylic dispersion
62 ± 1
5.5–6.5
1,05
–
100–500
Acrylic dispersion for the formulation of colorless joint sealers.
W’Cryl CH-X-2158
Pure acrylic
dispersion
~61
5,5–6,5
~1,05
0
100–1500
Special binders for production of thermal insulating coatings based
on WorléeShield technology (e.g safe-touch, anti-condensation,
insluation). Easy incorporation of voluminous insulation fillers such
as hydrophobic aerogels (see page 13). High elasticity (CH-X-2159
> CH-X-2158) even at low temperatures, good water resistance and
adhesion to various substrates. Combination of both binders with
WorléeAdd 8905 (see page 7) allows sprayable coatings, crackfree even in thick films. Optional flame retardant properties with
WorléeAdd FR 5000 (see page 7).
W’Cryl CH-X-2159
Pure acrylic
dispersion
~59
5,5–6,5
~1,06
0
150–2500
B WorléeCryl
Acrylic Resins, Water Based Dispersions and Solutions for Printing Inks and OPV´s
Type
Monomer
Non volat.
content DIN EN
ISO 3251 [%]
pH value
DIN 53785
Density DIN MFT
51757
[°C]
[g/cm3]
Viscosity 20°C, del.
form Brookfield, ISO
2555 [mPas]
Main uses and principal
characteristics
W'Cryl 8025
Acrylic resin solution
25
8,0–9,0
1,02
–
200–800
General purpose
W'Cryl 8025 M
Acrylic resin solution
MEA-neutralized
25
8,0–9,0
1,02
–
200–800
Solvent free pigment pastes
W'Cryl 8040
Acrylic resin solution
water/IPA 2:1
40
8,0–9,0
1,02
–
2.500–3.000
General purpose
W'Cryl 8043
Acrylic resin solution
water/IPA 2:1
MEA-neutralized
40
8,0–9,0
1,01
–
3.000–4.000
For high pigment concentrations
W'Cryl 8060
Acrylic resin solution
40
8,0–9,0
1,04
–
max. 2.000
Solvent free, high solid resin
W'Cryl 8222
Styrene copolymer dispersion
40
8,0–8,5
1,06
0
3.000–5.000
For matt overprint varnishes
BINDERS | 19 |
ABC OF RAW MATERIALS
B WorléeCryl
Acrylic Resins, Water Based Dispersions and Solutions for Printing Inks and OPV´s
Type
Monomer
Non volat.
content DIN EN
ISO 3251 [%]
pH value
DIN 53785
Density DIN
51757
[g/cm3]
MFT
[°C]
Viscosity 20°C, del.
form Brookfield, ISO
2555 [mPas]
Main uses and principal
characteristics
W'Cryl 8263
Styrene acrylate dispersion
DMEA-neutralized
52
8,5–9,5
1,06
0
300–800
W'Cryl 8273
Styrene acrylate dispersion
45
7,5–8,5
1,06
50
max. 1.000
High gloss OPV´s
W'Cryl 8290
Styrene acrylate dispersion
45
8,0–8,5
1,07
70
400–600
High gloss, fast drying, excellent
block- and water resistance
W'Cryl 8410
Alkaline soluble acrylic dispersion
anionic dispersion system
40
5,0–7,0
1,06
8
max. 100
Low MFT, high flexibility, excellent
adhesion
W'Cryl 8470
Acrylic resin solution
DMEA-neutralized
25
8,0–9,0
1,04
–
<500
Cross linkable with melamine resin
W'Cryl 8545
Acrylic dispersion
50
4,0–6,0
1,06
3
50–300
For blister lacquers
W'Cryl 8721
Acrylic resin solution
30
5,5
1,05
–
200–400
Cationic, good adhesion to plastics
Heat resistance, high gloss
Market(s) served: EUROPE
B WorléeDex
Starch Copolymer Dispersions for Printing Inks and OPV´s
Type
Monomer
Non volat.
content DIN EN
ISO 3251 [%]
pH value
DIN 53785
Density
DIN 51757
[g/cm3]
MFT
[°C]
Viscosity 20°C, del.
form Brookfield, ISO
2555 [mPas]
Main uses and principal
characteristics
W'Dex 1177
Starch copolymer dispersion
40
3,0–5,0
1,06
28
<800
Ammonia and amine free
W'Dex 1182
Starch copolymer dispersion
50
7,5–9,0
1,04
28
<300
For thin papers, ammonia and amine
free
Market(s) served: EUROPE
B WorléeKyd
Alkyd Resins, solvent based, short oil, airdrying
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of delivery
Main uses and principal characteristics
W’Kyd AC 2550
25
Drying veg.
fatty acids
17
Max. 5
(50 % in ws
135–175)
Max. 10
150–210
(50 % in ws 135–175)
60 % in ws
135–175
Acrylated alkyd resin for extremely fast
drying primers and top coats.
200–260
(50 % in dearom.
HC 140–165)
60 % in dearom.
HC 140–165
90–150
(50 % in X)
60 % in xylene
Max. 5
(50 % in dearom.
HC 140–165)
W’Kyd AC 2551
| 20 | BINDERS
25
Drying veg.
fatty acids
17
Max. 5
(50 % in X)
Max. 10
Acrylated alkyd resin for extremely fast
drying primers and top coats.
CHEMICAL RAW MATERIALS
B WorléeKyd
Alkyd Resins, solvent based, short oil, airdrying
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of delivery
Main uses and principal characteristics
W’Kyd AC 2943
29
Drying veg.
fatty acids
19
Max. 5
(50 % in X)
Max. 12
30–60
(50 % in X)
75 % in xylene
Acrylated low viscous alkyd resin for high
solid primers.
30–50
(50 % in BAc)
75 % in BAc
Max. 5
(50 % in BAc)
W’Kyd L 138
38
Linseed and
tung oil
30
Max. 10
(50 % in X)
Max. 15
250–300
(50 % in X)
60 % in xylene
Phenolic mod., for fast drying primers and
top coats, putties and fillers.
W’Kyd LH 3702
38
Linseed and
tung oil
25
Max. 10
(40 % in dearom. HC
160–200)
Max. 20
90–130
(40 % in dearom.
HC 160–200)
50 % in dearom.
HC 160–200
Dearomatic air drying base and top coats.
W’Kyd MH 38
39
Mixed fatty
acids and
tung oil
38
Max. 15
(50 % in X)
Max. 25
140–170
(50 % in X)
60 % in xylene
Primers and top coats, good elasticity and
resistance properties.
W’Kyd MH 42
42
Drying veg.
fatty acids
24
Max. 15
(50 % in ws
135–175)
Max. 20
120–150
(50 % in ws 135–175)
60 % in ws
135–175
Primers and topcoats, „Laroflex“ (BASF)
compatibility.
50–70
(40 % in dearom.
HC 140– 165)
60 % in dearom.
HC 140–165
100–130
(50 % in X)
60 % in xylene
140–170
(50 % in ws 135–175/
Solv. PM)
60 % in ws
135–175/ Solv.
PM
Max. 15
(50 % in dearom.
HC 140–165)
W’Kyd MH 439
39
Mixed fatty
acids
32
Max. 10
(50 % in X)
Max. 25
Max. 10
(50 % in ws 135–
175/ Solv. PM)
Phenolic modified, fast drying primers and
top coats, „Laroflex“ (BASF) compatibility.
W’Kyd S 3001
30
Drying veg.
fatty acids
35
Max. 10
(50 % in X/Solv.
PM 8:2)
Max. 12
20–35
(50 % in X/Solv. PM)
75 % in xylene
Solv. PM (8:2)
Low viscous, fast drying alkyd resin for
manufacturing low VOC industrial primers
and top coats.
W’Kyd SM 340
40
Drying veg.
fatty acids
30
Max. 10
(50 % in X)
Max. 20
130–170
(50 % in X)
60 % in xylene
Fast drying primers and top coats, good
elasticity, good resistance properties.
W’Kyd SM 400
34
Drying veg.
fatty acids
30
Max. 10
(50 % in X)
Max. 20
90–110
(50 % in X)
60 % in xylene
Fast drying primers and paints with
excellent durability. With amino resins
reactive stoving eTypels with good stability.
„Laroflex“ (BASF) compatibility.
W’Kyd SM 426
26
Drying veg.
fatty acids
40
Max. 10
(50 % in X)
Max. 15
90–110
(50 % in X)
60 % in xylene
Very fast drying alkyd resin for air and
forced drying primers and top coats.
W’Kyd SM 433
33
Drying veg.
fatty acids
38
Max. 10
(50 % in X)
Max. 15
60–80
(50 % in X)
60 % in xylene
Fast drying primers and top coats, high
solids, low thermoplasticity, partial „Laroflex“ (BASF) compatibility.
W’Kyd TT 3502
35
Drying veg.
fatty acids
24
Max. 15
(60 % in X)
Max. 20
60–70
(60 % in X)
80 % in xylene
Low viscous, fast drying alkyd resin for low
VOC industrial primers.
W’Kyd V 298
38
Drying veg.
fatty acids
25
Max. 10
(40 % in ws
135–175)
Max. 20
90–130
(40 % in ws 135–175)
55 % in ws
135–175
Fast drying primers, very good elasticity
and durability, dilutable with white spirit.
BINDERS | 21 |
ABC OF RAW MATERIALS
B WorléeKyd
Alkyd Resins, solvent based, medium oil, airdrying
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of
delivery
Main uses and principal characteristics
W’Kyd B 845
45
Special fatty
acids
25
Max. 10
(40 % in Ws
145–195)
Max. 15
80–100
(40 % in Ws 145–195)
55 % in Ws
145–195
Fast drying radiator paints, automotive
and machinery refinishing enamels with
good gloss. Laroflex (BASF) compatibility.
5.500–8.000 mPa·s
(Rheometer 20°C,
C35/1°, 100 s-1)
70 % in xylene
Max. 10
(del. form)
W’Kyd B 850 U
45
Special fatty
acids
17
Max. 10
(40 % in Ws
145–195)
Max.15
80–120
(40 % in Ws 145–195)
50 % in Ws
145–195/X
Extremely fast drying, urethane modified, for primers and topcoats, good
recoatability.
W’Kyd B 4901
49
Cotton oil
24
Max. 10
(40 % in dearomat.
HC 160–200)
Max.12
60–70
(40 % in dearomat.
HC 160–200)
50 % in
dearomat.
HC 160–200
Fast drying, for air and forced drying
indus trial, vehicle and machine paints
as well as dearomat. do-it yourself and
radiator paints.
W’Kyd B 4901 nv
49
Cotton oil
24
Max. 10
(55 % in dearomat.
HC 160–200/ Methoxypropanol 3/1)
Max.12
65–75
(55 % in dearomat.
HC 160–200/ Methoxypropanol 3/1)
75 % in
dearomat.
HC 160–200/
Methoxypropanol 3/1
Fast drying, for air and forced drying
industrial,vehicle and machine paints
as well as dearomat. do-it yourself and
radiator paints.
W’Kyd BS 830
45
Special fatty
acids, silicone
modified
17
Max. 10
(50 % in Ws
145–195)
Max.15
55–70
(50 % in Ws 145–195)
60 % in Ws
145–195
Silicone modified alkyd resin for high
quality industrial and maintenance
paints with very good drying properties,
high gloss retention and corrosion
resistance.
Max. 10
(50 % in isop. HC
170–200
170–220
(50 % in isop.
HC 170–200)
60 % in isop.
HC 170– 200
Max. 10
(50 % in dearomat.
HC 160–200)
120–150
(50 % in dearomat.
HC 160–200)
60 % in dearomat. HC 160–200
W’Kyd BS 5005
50
Special veg.
fatty acids
W’Kyd BSA 5015
approx.
49
Special veg.
fatty acids
W’Kyd BT 5001
50
Special veg.
fatty acids
W’Kyd FC 555
55
Special fatty
acids
W’Kyd S 351
51
Soya oil
15
Max. 5
(50 % in dearomat.
HC 160–200)
Max.15
25–40
(50% in dearomat.
HC 160–200)
80 % in dearomat. HC 160–200
Low viscous, airdrying, silicone modified
alkyd resin for industrial and house
paints, low VOC.
Max. 5
(60% in dearomat.
HC 160–200)
Max.12
40–60
85 % in dearomat. HC 160–200
Low viscous, air drying, especially modified alkyd resin with good resistance
properties for decorative and house
paints, low VOC.
24
Max. 10
(50% in dearomat.
HC 160–200)
Max.12
60–70
(50 % in dearomat.
HC 160–200)
65 % in dearomat. HC 160–200
Fast drying alkyd resin for low VOC
house paints and dearomatized machine-, indust-rial and D.I.Y.-paints.
16
Max. 10
(40 % in isop.
HC 170–200)
Max.10
70–100
(40 % in isop.
HC 170–200)
50 % in isop.
HC 170–200
Fast drying, low odour and dearomatized
radiator and d.i.y. paints with high gloss
and good yellowing resistance.
18
Max. 10
(40 % in dearomat.
HC 160-200)
35–50
(40 % in dearomat.
HC 160-200)
55 % in dearomat. HC 160-200
23
Max. 10
(40 % in dearomat.
HC 180–220)
130–170
(40 % in dearomat.
HC 180-220)
50 % in dearomat. HC 180–220
25–35
(40 % in dearomat.
HC 180–220)
60 % in dearomat. HC 180–220
Max. 10
(40 % in dearomat.
HC 180–220)
| 22 | BINDERS
Max. 15
White undercoatings, mat and semi
gloss enamels with good flow properties.
CHEMICAL RAW MATERIALS
B WorléeKyd
Alkyd Resins, solvent based, medium oil, airdrying
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of
delivery
Main uses and principal characteristics
W’Kyd S 351 nv nv
51
Soya oil
23
Max. 10
(del. form)
Max.15
9.000–16.000 mPa·s
(Rheometer 20 °C,
C35/1°, 100 s-1)
60 % in isop.
HC 170–200
Undercoatings, silkgloss and mat enamels with good flow properties.
W’Kyd S 549
50
Soya oil
27
Max. 10
(40 % in Ws
145–195)
Max.15
50–65
(40 % in Ws 145–195)
55 % in Ws
145–195
Fast drying automotive and machinery
refinishing enamels.
100–130
(45 % in Ws 135–175)
55 % in Ws
135–175
Max. 10
(45 % in Ws
135–175)
W’Kyd SO 554
55
Soya oil
15
Max. 10
(40 % in dearomat.
HC 170–200)
Max.10
70–100
(40 % in isop.
HC 170–200)
55 % in isop.
HC 170–200
Fast drying, low odour, dearomatized
machinery ind. and d.i.y. paints.
W’Kyd V 162
41
Special
fatty acids
28
Max. 10
(40 % in Ws
145–195)
Max. 20
40–70
(40 % in Ws 145–195)
55 % in Ws
145–195/X
Extremely fast drying car refinishing,
machinery and industrial paints with
high gloss, good through drying.
Max. 10
(50 % in Ws
135–175)
Max. 10
130–150
(50 % in Ws 135–175)
60 % in Ws
135–175
Max. 10
(40 % in Ws
145–195)
Max. 15
50–70
(40 % in Ws 145–195)
55 % in Ws
145–195/X
80–120
(40 % in Ws 145–195)
55 % in Ws
145–195
W’Kyd V 162 nv
W’Kyd V 543
50
Special
fatty acids
24
Fast drying car refinishing, machinery
and industrial paints with high gloss,
good through-drying.
BINDERS | 23 |
ABC OF RAW MATERIALS
B WorléeKyd
Alkyd Resins, solvent based, long oil, airdrying
Type
Oil
[%]
Oil type
W’Kyd AC 6030
60
Special vegetable
fatty acid
W’Kyd B 865
65
Cotton/Soya
W’Kyd B 865 nv
65
W’Kyd B 868
68
W’Kyd B 870
69
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of
delivery
Main uses and principal characteristics
Max. 5
(70 % in dearomat.
HC 160-200)
Max. 10
65–105
(70 % in dearomat.
HC 160-200)
85 % in dearomat. HC 160–200
Acrylated alkyd resin with good and
yellowing resistance, mainly for the use
in low VOC house and decorative paints.
22
Max. 8
(50 % in Ws 45–195)
Max. 15
70–90
(50 % in
Ws 145–195)
60 % in
Ws 145–195
High quality house, decorative and d.i.y.
paints with good flow, high gloss, good
outdoor resistance.
22
Max. 8
(50 % in dearomat.
HC 160–200)
Max. 15
40–50 dearomat.
HC 160–200)
65 % in dearomat.
HC 160-200
Vegetable fatty
acids
21
Max. 10
(50 % in dearomat.
HC 160–200)
Max. 15
20–40
(50 % in dearomat.
HC 160–200)
70 % in dearomat.
HC 160–200
High quality gloss paints, excellent
brusha-bility, gloss retention and good
drying properties.
Vegetable fatty
acids
21
Max. 10
(60 % in Ws 145–195)
Max. 15
60–80
(60 % in
Ws 145–195)
75 % in
Ws 145–195
House paints with good brushability,
high film build, good flow and excellent
gloss retention.
Max. 10
(60 % in isop.
HC 170–200)
90–130
(60 % in isop.
HC 170–200)
75 % in isop.
HC 170–200
Max. 10
(60 % in dearomat.
HC 160–200)
60–80
(60 % in dearomat.
HC 160–200)
75 % in dearomat. HC 160–200
Max. 10
(60 % in dearomat.
HC 180–200)
100–125
(60 % in dearomat.
HC 180–200)
75 % in dearomat. HC 180–200
200–300
(60 % in Ws
145–195)
70 % in
Ws 145–195
50–80
(55 % in dearomat.
HC 160–200)
70 % in dearomat. HC 160–200
Special fatty acids
W’Kyd E 55
63
Special fatty
acids, urethane
modified
17
Max. 10
(60 % in Ws 145–195)
Max. 10
Max. 10
(55 % in dearomat.
HC 160–200)
In comb. with medium oil alkyds for
high quality car repair finishes and
industrial paints.
W’Kyd L 6800
68
Linseed oil
22
Max. 10
(50 % in dearomat.
HC 160–200)
Max. 10
Viscosity:
4.500–6.000 mPa·s
(del. form, 23 °C,
DIN 53015)
81 % in dearomat. HC 160–200
Anticorrosive,d.i.y. and house paints
with high film build and good flow
properties.
W’Kyd L 7904
79
Linseed oil
18
Max. 10
(del. form)
Max.15
Viscosity:
approx. 100 %
8.000–10.000
mPa·s (20 °C,
Haake Rotovisko, C
35/1, D = 250 s -1)
approx. 100 %
High solid clear lacquers, wood glazings,
and high solid primers.
W’Kyd L 8004
80
Linseed oil
18
Max. 10
(del. form)
Max.15
30–40
(70 % in dearomat.
HC 160–200)
98–100 %
Very low viscous alkyd resin for wood
impregnation and wood glazings.
W’Kyd P 151
64
Special fatty acids
22
Max. 10
(80 % in Ws 145–195)
Max. 10
130–190
(80 % in Ws
145–195)
approx. 100 %
Very low viscous, for high conc. pigment
preparations. Very good compatibility
properties.
| 24 | BINDERS
CHEMICAL RAW MATERIALS
B WorléeKyd
Alkyd Resins, solvent based, long oil, airdrying
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of
delivery
Main uses and principal characteristics
W’Kyd RS 2174
74
Special fatty acids
–
< 10
Max. 6
Viscosity: < 750
mPa·s (Rheometer,
20 °C, C35/1°,
250 s1 )
solvent free
Combination resin for other alkyd resins.
Improving penetration, decreasing
viscosity, VOC reduction. Sole binder for
wood care and coating products.
W’Kyd S 6400 hv
63
Soya oil
26
Max. 10
(50 % in dearomat.
HC 160–200)
Max.12
120–150
(50 % in dearomat.
HC 160– 200)
60 % in dearomat. HC 160–200
Consumer, decorative, d.i.y. and anti
corrosive paints.
(50 % in dearomat.
HC 180–220)
60 % in dearomat. HC 180–220
(50 % in dearomat.
HC 180–220)
W’Kyd S 7304
73
Soya oil
20
Max. 8 (del. form)
Max.11
Viscosity:
47.000–55.000
mPa·s (20 °C,
Haake Rotovisko, C
35/1, D = 50 s1)
approx. 100 %
Low viscous, air drying long oil alkyd
resin for decorative and house paints,
low VOC.
W’Kyd SB 6401
64
Special fatty acids
19
Max. 10
(70 % in dearomat.
HC 180–220)
Max. 18
80–120
(70 % in dearomat.
HC 180–220)
90 % in dearomat.HC 180–220
Low viscous, air drying, long oil alkyd
resin for decorative and house paints,
low VOC.
60–80
(70 % in dearomat.
HC 160–200)
98–100 %
Max. 10
(70 % in dearomat.
HC 160–200)
W’Kyd SC 965
65
Special vegetable
fatty acids
22
Max. 10
(50 % in dearomat.
HC 180–220)
Max.15
35–50
(50 % in dearomat.
HC 180–220)
70 % in dearomat. HC 180–220
High quality house paints, very good
brushability, flow and levelling, high
gloss.
W’Kyd SD 7003
70
Special vegetable
fatty acids
–
Max. 10
(60 % in dearomat.
HC 160–200)
Max.15
Viscosity: 4.000–
12.000 mPa·s (20
°C, Rheometer, C
35/1°, 250 s-1)
85 % in dearomat. HC 160–200
Low viscous, air drying, long oil alkyd
resin for decorative and house paints,
low VOC.
W’Kyd SD 7200
72
Special vegetable
fatty acids
–
< 10
(60 % in dearomat.
HC 160–200)
< 15
2.000–5.000 mPa·s
(20 °C, Rheometer,
C35/1°, 250 s-1)
85 % in dearomat. HC 160–200
Low viscous, long oil air drying alkyd
resin for the production of decorative
and house paints, low VOC.
W’Kyd SD 8300
ca. 83
Special fatty acids
–
Max. 10
Max.15
Viscosity, Rheometer, 20 °C, C35/1°,
100 s-1: 3.000–
5.000 mPa·s
100 %
Low viscous, air drying, long oil alkyd resin for decorative and house paints, low
VOC. Especially suitable as combination
partner for other alkyd resins
W’Kyd T 7800
78
Special vegetable
fatty acids
–
<10
Max.15
Viscosity, Rheometer, 20 °C, C 35
1°, 100 s -1: 6.500
-12.000 mPa.s
approx. 100 %
Low viscous, air drying, long oil alkyd
resin for house paints, glazings, d.i.y.
and anticorrosive paints
BINDERS | 25 |
ABC OF RAW MATERIALS
B WorléeKyd
Alkyd Resins, long oil, urethane modified
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of
delivery
Main uses and principal characteristics
W’Kyd B 865 U
62
Vegetable
fatty acids
16
Max. 10
(50 % in Ws
145–195)
Max. 10
70–100
(50 % in Ws
145–195)
55 % in Ws
145–195
Urethane modified, for wood varnishes,
floor coatings and industrial primers and
top coats.
Max. 10
(50 % in isop.
HC 170–200)
80–100
(50 % in isop.
HC 170–200)
55 % in isop.
HC 170–200
Max. 10
(50 % in dearomat.
HC 180–220)
80–100
(50 % in dearomat.
HC 180–220)
55 % in
dearomat.
HC 180–220
Max. 10
(50 % in dearomat.
HC 160–200)
70–90
(50 % in dearomat.
HC 160–200)
55 % in
dearomat.
HC 160–200
W’Kyd B 865 U nv
62
Vegetable fatty
acids
16
Max. 10
(50 % in dearomat.
HC 180–220)
Max. 10
45–60
(50 % in dearomat.
HC 180–220)
60 % in
dearomat.
HC 180–220
Urethane modified, for wood varnishes,
floor coatings and industrial primers and
top coats.
W’Kyd S 5703
57
Soya oil fatty acid
31
Max. 5
(50 % in Ws
145–195)
Max. 10
Viscosity:
5.000–7.000 mPa·s
(del. form, 20 °C,
DIN 53015)
55 % in Ws
145–195
Aliphatic urethane modified alkyd resin.
Use as B 865 U with better yellowing
resistance.
40–55
(45 % in dearomat.
HC 160–200)
55 % in
dearomat.
HC 160–200
23–33
(40 % in dearomat.
HC 160–200)
51 % in
dearomat.
HC 160–200
2.500–3.500 mPa·s
(del. form, 20 °C,
DIN 53015)
50 % in isop.
HC 150–180
Max. 8
(50 % in dearomat.
HC 160–200)
W’Kyd S 6003
60
Soya oil fatty acid
19
Max. 10
(40 % in dearomat.
HC 160–200)
16
Max. 10 (del. form)
Max. 5
Use as B 865 U with faster drying and
harder film properties.
W’Kyd S 6003 hv
59
Soya oil fatty acid
18
Max. 10
(40 % in dearomat.
HC 160–200)
Max. 5
30–40
(40 % in dearomat.
HC 160–200)
50 % in
dearomat.
HC 160–200
Use as S 6003 with even faster drying.
W’Kyd SD 6403
64
Special fatty acids
12
Max. 6
(45 % in dearomat.
HC 160–200)
Max. 10
55–80
(45 % in dearomat.
HC 160–200)
55 % in
dearomat.
HC 160–200
Special urethane modified alkyd resin with
good adhesion properties e.g. for renovation coatings on UV parquet sealers.
W’Kyd SD 6803
68
Special vegetable
fatty acids
Max. 10
(60 % in dearomat.
HC 160–200)
Max. 15
Viscosity, Rheometer,
20 °C, C35/1°, 250
s–1: 7.000–10.000
mPa·s
75 % in
dearomat.
HC 160–200
Low viscous, urethane alkyd resin for
decorative and house paints, low VOC.
Especially suitable as combination partner
to improve drying, through drying and
hardness.
W’Kyd V 5241 U
81
Linseed oil
Max. 10
(del. form)
Max. 3
Viscosity: 10.000–
15.000 mPa·s (del.
form, 20 °C, DIN
53015)
approx.
100 %
Low viscous, oil modified polyurethane for
high solid environmentally friendly coating
systems.
| 26 | BINDERS
CHEMICAL RAW MATERIALS
B WorléeKyd
Alkyd Resins, solvent based, stoving/reactive/NC-combination
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color
DIN ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20 °C
DIN 53211-4 [s]
Form of delivery
Main uses and principal characteristics
W’Kyd C 628
28
Saturated fatty
acids
47
Max. 10
(50 % in X)
Max. 15
40–60
(50 % in X)
70 % in xylene
High quality non yellowing stoving enamels, NC-and PU-coatings, colourless and
pigmented. OH-cont. (on solids) 2,0–2,4 %.
W’Kyd C 632 M
32
Specially modified
fatty acids
37
Max. 10
(50 % in BAc)
Max.18
40–60
(50 % in BAc)
65 % in
butyl acetate
NC-lacquers with properties as acid
curing systems but without formaldehyde.
Aromatic free. Hydroxyl content (on solids)
2,7–3,3 %.
W’Kyd C 640
38
Saturated fatty
acids
37
Max. 10
(50 % in X)
Max.15
40–60
(50 % in X)
60 % in xylene
NC-lacquers with fast solvent release, good
yellowing resistance and recoatability for
paper and wood.
W’Kyd C 641
42
Saturated fatty
acids
32
Max. 10
(50 % in X)
Max.15
60–80
(50 % in BAc)
80 % in BAc
High quality NC-lacquers and one component acid curing finishes with high film
build and fast solvent release, forwood, foil
and paper.
W’Kyd C 743 hs
12
Synthet. Fettsäuren
40
Max. 10
(60 % in aromat.
HC 155–180)
Max.20
40–60
(60 % in aromat.
HC 155–180)
80 % in aromat.
HC 155–180
High solids one component stoving paints
with high reactivity and very good
mechanical properties. OH-cont. (on solids)
3,0–3,6%.
W’Kyd CD 32
32
Special fatty acids
48
Max. 8
(45 % in X)
25–40
80–130
(45 % in X)
60 % in xylene
In combination with suitable amino resins
for very reactive primers and top coats with
good storage stability. Crosslinking with
isocyanate is also possible. OH content
(solids) 2.6– 3.0.
W’Kyd M 932
32
Vegetable fatty
acids
38
Max. 10
(40 % in X)
Max.18
40–60
(40 % in X)
60 % in xylene
Stoving primers and topcoats with high
reactivity and good mechanical properties.
Excellent viscosity stability. Stoving cond.
100–140 °C.
W’Kyd RM 232
32
Conjug. and
saturated fatty
acids
37
Max. 10
(50 % in X)
Max.15
100–120
(50 % in X)
70 % in
BAc 98/100
Acid catalysed finishes, fast curing with
good elasticity and resistance, sufficient
potlife. NC-compatible, isocyanatecurable
W’Kyd SH 380
38
Special fatty acids
34
Max. 10
(60 % in BAc)
Max.15
90–110
(60 % in BAc)
70 % in
BAc 98/100
Acid catalysed finishes, fast curing with
good elasticity and resistance, sufficient
potlife. NC-compatible, isocyanatecurable.
W’Kyd SM 400
34
Drying vegetable
fatty acids
30
Max. 10
(50 % in X)
Max.20
90–110
(50 % in X)
60 % in xylene
In combination with amino resins for high
reactive stoving primers and top coats.
W’Kyd SM 426
26
Drying vegetable
fatty acids
40
Max. 10
(50 % in X)
Max.15
90–110
(50 % in X)
60 % in xylene
In combination with amino resins for high
reactive stoving primers and top coats.
W’Kyd T 735
36
Tall oil
35
Max. 10
(50 % in X)
Max.15
60–70
(50 % in X)
60 % in xylene
Stoving primers and topcoats with medium
reactivity and good mechanical properties.
Curing conditions: 10 min./160 °C or 30
min./130 °C.
BINDERS | 27 |
ABC OF RAW MATERIALS
B WorléeThix
Alkyd Resins, Acrylic Resins, solvent based, thixotropic
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color DIN ISO
4630, Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Viscosity, 20 °C
bei Dmax=391/s
DIN 53018,
part 1 [mPa·s]
Form of
delivery
Main uses and principal characteristics
Max. 12
Thixotropic soft gel
50 % in
butyl acetate
Thixotropic, hydroxyfunctional pure acrylate for
two component finishing lacquers.
1.000–2.000
50 % in xylene
Thixotropic styrene acrylic for thick layer coatings and
textured finishes.
Thixotropic gel
58 % in Water/
BAc/EEP
Thixotropic water thinnable hydroxy acrylate for
formulating high quality 2 component structure paints.
As combination partner in aqueous 2 component top
coats for improving antisagging properties.
Thixotropic soft gel
60 % in aromat.
HC 155–180
Thixotropic acrylic resin which can be crosslinked with
isocyanates for air and forced drying industrial paints.
W’Thix A 1420
2,0 % OH
content
approx. 1
(del. form)
W’Thix A 2125
2,5 % OH
content
Max. 1
(del. form)
W’Thix A 2242 W
4,2 % OH
content
Max. 1
(del. form)
W’Thix A 2313
1,3 % OH
content
approx. 1
(del. form)
W’Thix D 46
40
W’Thix L 7904
79
Linseed oil
W’Thix L 8050
80
Linseed oil
fatty acid
W’Thix MH 439
39
Special
fatty acids
W’Thix S 2655
26
W’Thix S 6357
64
–
Max. 10
(del. form)
Max. 4
Thixotropic soft gel
50 % in xylene
Thixotropic epoxy ester,air- and oven drying, for
primers, industrial- and top coats, zinc dust coatings.
Thixotropy is not fully degraded by temperature and
polar substances.
Max. 10
(del.form)
Max. 15
Thixotropic strong
gel
94 % in xylene
High solid clear lacquers,wood glazings, and high
solid primers.
Max. 10
(del. form)
Max. 15
Thixotropic soft gel
100 %
Thixotropic, long oil alkyd resin, mostly used for wood
glazings. Useable as sole binder as well.
32
Max. 10
(del. form)
Max. 25
Thixotropic strong
gel
60 % in xylene
Thixotropic short oil alkyd for fast drying primers,
topcoats and textured finishes. Thixotropy is not fully
degraded by temperature and polar substances.
Special
vegetable
fatty acids
40
Max. 6
(del. form)
Max. 15
Thixotropic gel
60 % in xylene
Thixotropic fast drying short oil alkyd for primers, top
and textured finishes, thick layer- and stoving systems.
Thixotropy is not fully degraded by temperature and
polar substances.
Soya oil
24
Max. 6
(del. form)
Max. 15
Thixotropic soft gel
40 % in
Ws 180–210
Thixotropic long oil alkyd resin. Combination resin for
house paints, wood glazings/ thicklayer. Thixotropy is not
fully degraded by temperature and polar substances.
Thixotropic soft gel
40 % in dearomat.
HC 180–220
18
W’Thix S 6358
64
Soya oil
24
Max. 6
(del. form)
Max. 15
Thixotropic soft gel
50 % in dearomat.
HC 180–220
Pumpable thixotropic long oil alkyd combination resin
for building paints, wood glazings, thick layer. Thixotropy is not totally degradable by temperature and
polar solvents.
W’Thix S 6455
64
Soya oil
fatty acid
25
Max. 6
(del. form)
Max. 15
Thixotropic strong
gel
50 % in
Ws
145–195
Strong thixotropic long oil alkyd for thick layer coatings, wood glazings and clear coatings. Temperature
stable and resistant against polar solvents.
W’Thix SD 6051
60
Special
fatty acids
23
Max. 10
(del. form)
Max. 15
2.500–4.000
(C35/1, 391/s)
55 % in dearomat.
HC 160–200
As V 747, but with improved resistance
against polar substances.
3.000–4.500
(C35/1, 391/s)
55 % in dearomat.
HC 180–220
Thixotropic gel
70 % in dearomat.
HC 160–200
W’Thix 670 hs
61
Special
mixed
fatty acids
21
Max. 10
(del. form)
Max. 15
70 % in dearomat.
HC 180–220
| 28 | BINDERS
Thixotropic long oil alkyd for primers, fillers, gloss and
silk gloss coatings, low VOC.
CHEMICAL RAW MATERIALS
B WorléeThix
Alkyd Resins, Acrylic Resins, solvent based, thixotropic
Type
Oil
[%]
Oil type
Phth.
anhyd.
[%]
Color DIN ISO
4630, Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Viscosity, 20 °C
bei Dmax=391/s
DIN 53018,
part 1 [mPa·s]
Form of
delivery
Main uses and principal characteristics
W’Thix V 727
63
Special
mixed
fatty acid
23
Max. 10
(del. form)
Max. 15
3.000–4.000
52 % in Ws
180–210
Thixotropic long oil alkyd for semi gloss house paints,
primers, wood stains and anticorrosive paints.
4.000–6.000
52 % in isop.
HC 170–200
4.200–4.800
52 % in dearomat.
HC 180–220
5.000–7.000
52 % in iso.
HC 170–200
5.000–7.000
52 % in dearomat.
HC 180–220
Thixotropic gel
50 % in dearomat.
HC 160–200
Thixotropic soft gel
40 % in isop.
HC 170–200
W’Thix V 747
W’Thix V 800
64
62
Special
fatty acids
Special
mixed
fatty acid
23
18
Max. 7
(del. form)
Max. 10
(del. form)
Max. 15
Max. 10
Max. 6
(del. form)
Thixotropic long oil alkyd for primers, mat wall and
silk gloss paints and thixotropic glossy decorative and
protective house paints.
Thixotropic, urethane modified long oil alkyd for thick
layer coatings, wood glazings and lacquers. Temperature stable and resistant against polar solvents.
B WorléeSol E
PU modified Alkyd Emulsions, water thinnable
Type
Oil
[%]
Acid value DIN EN
ISO 3682 [mgKOH/g]
pH value
DIN 53785
Viscosity 20
°C, del. form
Brookfield, ISO
2555 [mPa·s]
Forms of
delivery
Main uses and principal characteristics
W’Sol E 150 W
44
Max. 30
7,0–8,0
50–1.500
40 % in water
Medium oil alkyd emulsion for high gloss decorative, DIY and indust-rial
paints. Most versatile type.
W’Sol E 280 W
28
20–30
6,9–7,2
Max. 10.000
38 % in water
co-solvent free
Short oil coconut modified alkyd emulsion for non-yellowing paint systems.
W’Sol E 330 W
33
15–20
7,5–8,5
Max. 10.000
42 % in water
Short oil alkyd emulsion for (drier-free based) anticorrosive primers and top coats.
W’Sol E 530 W
53
Max. 38
7,0–8,5
Max. 10.000
30 % in water
Medium oil alkyd emulsion for fast drying wood paints and lacquers.
W’Sol E 927 W
28
Max. 30
6,8–7,5
Max. 10.000
40 % in water
Short oil alkyd emulsion for fast curing wood coatings of all types (also
drier-free).
W’Sol SE 420 W
42
Max. 30
7,0–8,5
Max. 5.000
40 % in water
Medium oil silicone modified alkyd emulsion for high gloss paint systems
(also decorative) with excellent outdoor resistance.
BINDERS | 29 |
ABC OF RAW MATERIALS
B WorléeSol NW
Alkyd Emulsions, water thinnable
Type
Oil
[%]
Density DIN
51757 [g/cm3]
Viscosity 20 °C, del.
form Brookfield, ISO
2555 [mPa·s]
Forms of
delivery
Main uses and principal characteristics
W’Sol
W’Sol NW 410
40
1,050
Max. 3.000
46 % in water
Solvent free medium oil special modified alkyd emulsion for water thinnable decorative
and d.i.y. paints with good brushability, flow and filling properties. For high gloss top
coats and wood protection stains.
W’Sol NW 474
74
1,013
Max. 1.500
60 % in water
Amine and co-solvent free alkyd emulsion for wood im preg nations and wood protecting
paints. Also suitable as a co-binder to improve open time and filling properties of
decorative paints.
B WorléeSol
Alkyd Resins, water thinnable, airdrying and low bake
Type
Oil
[%]
Color DIN
ISO 4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g
Density
DIN 51757
[g/cm3]
Flow time
20 °C DIN
53211-4 [s]
Forms of delivery
Main uses and principal characteristics
W’Sol 07 A
37
Max. 10
35–45
(50 % in BG)
1,03
80–140
(50 % in BG)
75 % in BG/sec. Butanol
1:1
Air drying and low bake industrial primers and topcoats. Low
viscous, very fast dust free drying, early water resistance.
Max. 15
Max. 20
(pH 4–5) (50 %
in water)
1,02
50–100
(85 % in BG)
100%
Water soluble modified linseed oil type. Readily reducible
with water, for printing inks, as additive for latex paints,
tinting and artist colours and pigment pastes.
Max. 10 (del.
form)
85–105
0,99
120–200 (Lff.)
Dowanol
45 % in water/ BG 80:20
Water dispersible linseed oil polymer. Readily reducible with
water for in- and outdoor stains and wood preservatives.
Extremely good penetration and outdoor resistance.
W’Sol 30
W’Sol 31 A
90
W’Sol 31 C
1,00
45 % in water/PnB 8:2
W’Sol 37
90
Max. 15
55–80
0,998
230
59 % in water/BG
Modified linseed oil polymer for wood protection systems.
Excellent penetration and weather resistance on different
woods and long term elasticity.
W’Sol 61 A
30
Max. 10
(50 % in BG)
35–45
1,06
70–90
(50 % in BG)
75 % in BG/sec. Butanol
1:1
Air drying and low bake industrial primers and top coats, very
fast drying, excellent corrosion resistance
W’Sol 61 E
Max. 10
(50 % in BG)
35–45
1,07
50–70
(50 % in BG)
75 % in ethoxy propanol
W’Sol 61 F
Max. 10
(50 % in PnB)
40–50
1,05
70–90
(50 % in PnB)
70 % in Dowanol PnB
W’Sol 61 P
Max. 10 (del.
form)
35–45
1,06
6.000–20.000
m·Pas (Lff.
Brookfield)
60 % in water/BG/sec.
butanol
61 version fully neutralized with ammonia.
W’Sol 64 E
30
Max. 10
(50 % in BG)
35–45
1,06
50–70
(50 % in BG)
75 % in ethoxy propanol
For air drying and low bake industrial primers and top coats,
very fast drying, good corrosion resistance.
W’Sol 65 A
30
Max. 10
(45 % in BG)
30–40
1,05
50–70
(45 % in BG)
70 % in solvent mix: BG/
sec. butanol/Dowanol PnB
Air drying and low bake industrial primers and topcoats, very
fast drying, early water resistance, suitable for agricultural
machinery paints.
Max. 10
(45 % in BG)
30–40
1,05
30–60
(45 % in BG)
70 % in ethoxy propanol
Max. 10
(50 % in BG)
35–45
1,07
50–100
(50 % in BG)
75 % in BG
W’Sol 65 E
W’Sol 68 A
| 30 | BINDERS
32
Silicone modified alkyd resin for air drying and
stoving systems with excellent weather, heat and
humidity resistance.
CHEMICAL RAW MATERIALS
B WorléeSol
Alkyd Resins, water thinnable, for stoving systems
Type
Oil
[%]
Color DIN
ISO 4630,
Gardner
pH-value
DIN 53785
Density
DIN 51757
[g/cm3]
Viscosity, 20 °C,
del. form Brookfield,
ISO 2555 (mPa·s)
Forms of
delivery
Main uses and principal characteristics
W’Sol 84 C
30
Max. 10 (del.
form)
6,7–8,5
1,06
4.000–20.000
44 % in water/
BG (1,0 %)
(DMEA neutr.)
For waterborne stoving systems, high gloss, good mechanical
properties, total cosolvent content < 1 %.
W’Sol 85 A
30
Max. 10 (del.
form)
6,7–8,5
1,06
6.000–20.000
43 % in water/
BG (5,5 %)
(DMEA neutr.)
As WorléeSol 84, but more reactive.
W’Sol NW 521
26
–
–
1,040
–
40 % in Water/
Propyleneglycol/Dowanol
PnB
Applications: Short oil alkyd emulsion for the production of air
drying, cobalt free decorative paints.
*Viscosity max. 1.000
B WorléePol
Polyester, water thinnable, oil free, saturated
Type
Acid value
DIN EN
ISO 3682
[mgKOH/g
Color DIN ISO
4630, Gardner
OH content on
solids [%]
Density
DIN 51757
[g/cm3]
Viscosity 20
°C, del. form
Forms of
delivery
Main uses and principal characteristics
W’Pol 191
45–60
Max. 10
(50 % in BG)
Approx. 4,3
1,10
45–70 s
(50 % in BG,
DIN 53211-4/
20 °C
80 % in BG
Branched saturated polyester resin for waterborne industrial
stoving systems.
clear to slightly
opaque
Approx. 3,7
1,075
< 20.000*
40 % in water
+ BG (2,1%)
Branched saturated polyester resin for waterborne stoving primers,
fillers and top coats with low voc. pH =7,5-8,5, very reactive.
W’Pol 194
W’Pol 808
Max. 25
Max. 3 (del.
form)
Approx. 7,0
1,20
15.000–
25.000**
(25 °C)
100 %
Low viscous, with high reactivity. For amine free water based
stoving paints on metal, aluminium foil, paper and plastics.
Also suitable for printing inks
W’Pol V 450
Max. 15
Max. 3 (del.
form)
Approx. 8,5
1,18
500–700**
(25 °C)
90 % in water
Similar to WorléePol 808 but higher reactivity, better stability,
higher water tolerance and lower viscosity. Also suitable for
printing inks.
*Brookfield, ISO 2555
**DIN 53015 [mPa·s]
BINDERS | 31 |
ABC OF RAW MATERIALS
B WorléePol
Polyester/ether-polyols, solvent free, saturated
Type
Viscosity
23 °C,
del. form
DIN 53015
[mPa·s]
OH value DIN
EN ISO 4629
[mgKOH/g]
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Water content DIN 51777,
Teil 1 Karl Fischer [%]
Main uses and principal characteristics
W’Pol 165
3.000–4.000
150–170
Max. 2
Max. 0,2
WorléePol 165 is a low viscous and solvent free branched polyol with ester and
ether groups and is mainly used for the formulation of solvent free coatings,
sealings and adhesives in combination with modified polyisocyanates.
W’Pol 230
2.500–3.500
220–240
Max. 2
Max. 0,2
WorléePol 230 is a low viscous and solvent free branched polyol with ester and
ether groups and is mainly used for the formulation of solvent free coatings,
sealings and adhesives in combination with modified polyisocyanates.
W’Pol 1181/03
1.700–2.700
(25 °C)
310–350
Max. 2
Max. 0,1
Saturated low viscous polyester resin, due to its wide compatibility suitable for various systems, e.g. as modifying component for solvent and water based isocyanate
and amino resin crosslinking coatings to improve flexibility, flow, chemical and mechanical resistance and to increase solids content. Corresponds to FDA § 175.300.
W’Pol 1181/09
1.500–3.000
(25 °C)
310–350
Max. 2
Max. 0,1
Saturated low viscous polyester resin, due to its wide compatibility suitable for
various systems, e.g. as modifying component for solvent and water based isocyanate and amino resin crosslinking coatings to improve flexibility, flow, chemical and
mechanical resistance and to increase solids content. Excellent weather resistance.
B WorléePol
Polyester, solvent based, saturated
Type
OH content on
solids [%]
approx.
Flow time 20 °C DIN
3211-4 [s]
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Color DIN
ISO 4630,
Gardner
Forms of delivery
Main uses and principal characteristics
W’Pol 6631
8,0
20.000–30.000 mPa·s
(Lff, Brookfield, ISO 2555)
Max. 3
Max. 3
67 % in methoxy
propyl acetate
Saturated type for air drying two pack PU coatings.
W’Pol 6741
4,1
10.000–20.000 mPa·s
(Lff, Brookfield, ISO 2555)
–
Max. 2
80 % in BAc
Saturated, hydroxy functional polyester resin for the manufacture of
solvent based „ultra high solids“ two component PUR systems.
W’Pol 6756
5,6
20.000–50.000 mPa·s
(Lff, Brookfield, ISO 2555)
–
Max. 2
78 % in BAc
Saturated, hydroxy functional polyester resin for the manufacture of
solvent based „ultra high solids“ two component PUR systems for
industrial and car repair coatings with good mechanical properties
and excellent chemical and weather resistance.
| 32 | BINDERS
CHEMICAL RAW MATERIALS
B WorléeRes E
Polyesterpolyols, solvent based and solvent free, saturated
Type
Delivery
Form [%]
Viscosity
[mPa.s/23°C]
Acid Value
[mg KOH/g]
OH-Value
[mg KOH/g]
Main uses and principal characteristics
Type
W'Res E 1865
65 % in
S1/IBU
2.400–3.000
≤ 5,5
75–90
Oil-free, saturated, polyester resin especially for baking coatings, can- and coil
coatings. Corresponds to FDA 21.CFR § 175.300.
B
W'Res E 1842
60 % in
S2/MPA
4.500–6.500
≤4
30–40
Oil-free, saturated polyester resin for highly flexible baking coatings, can- and coil
coatings (top-coat) and general industrial coatings.
L
W'Res E 1845
65 % in
S1/IBU
1.000–1.600
≤5
70–80
Oil-free, saturated, branched polyester resin for baking coatings, can- and coil
coatings for food packaging and automotive primers surfacers.
Corresponds to FDA 21.CFR § 175.300.
B
W'Res E 1851
50 % in
S2/S4
2.000–4.000
≤3
15–25
Oil-free, saturated linear, polyester resin for baking coatings, can- and coil coatings
(top-coat) and general industrial coatings.
L
W'Res E 1805
65 % in
MPA
17.000–23.000
≤3
262–285
Low branched saturated polyester resin. For air- and oven drying two component
polyurethane coatings with excellent weather stability.
SB
W'Res E 1844
60 % in
S2/BG
3.000–4.500
≤8
45–60
Saturated linear, polyester resin for baking coatings, can- and coil coatings (topcoat) and general industrial coatings.
B
W'Res E 1860
70 % in
S2/PMA/BG
3.500–4.900
≤ 12
110–120
Saturated polyester resin. For highly elastic, weather stable baking coatings and
coil coatings (backing coat).
B
W'Res E 1861
66 % in
S2/BG
1.400–2.100
≤ 12
75–85
Oil-free branched, polyester resin with low molecular weight for bakings coatings,
can- and coil coatings (top-coat) and general industrial coatings.
B
W'Res E 1862
66 % in
S2/S4/
PMA/BG
1.600–2.300
≤ 12
75–85
Oil-free branched, polyester resin with low molecular weight for bakings coatings,
can- and coil coatings (top-coat) and general industrial coatings.
B
W'Res E 1870
80 % in
BA
2.600–3.500
≤3
132–156
Low branched, saturated polyester resin for elastic high solid, two component
polyurethane coatings. For industrial coatings, automotive repair coatings and
plastic coatings.
SB
W'Res E 1800
solvent-free
25.000–36.000
≤3
200–230
Solvent free, branched polyester resin. For air- and stove-drying flexible two-component polyurethane coatings based on aliphatic and aromatic Isocyanates.
BP
B WorléeDur
Epoxy Esters, drying
Type
Oil
[%]
Oil type
EPresin
[%]
Color
DIN ISO
4630,
Gardner
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time
20 °C
DIN 53211-4
[s]
Forms of
delivery
Main uses and principal characteristics
W’Dur D 46
40
Conj. fatty
acids
60
Max. 10
(50 % in X)
Max. 4
200–250
(50 % in X)
60 % in xylene
High quality zinc rich and anti corrosive paints,
airdrying and stoving primers and top coats, fast
drying and excellent water resistance.
W’Dur MF 45
40
Tall oil/
tung oil
60
Max. 20
(50 % in X)
Max. 6
200–250
(50 % in X)
60 % in xylene
Zinc rich and anti corrosive paints with excellent water resistant and rust preventing, good brushability.
W’Dur D 6311
63
Special
modified
Max. 10
(del. form)
Max. 2
3.000–4.000
mPa·s (del.
form, 20°C,
DIN 53015)
3.500–5.000
60 % in dearomat.
HC 140–165
Universal adhesion and anti corrosion primer and
one coat paints. Very good adhesion even on difficult
substrates.
60 % in white
spirits 145–195
60 % in dearomat.
HC 160–200
BINDERS | 33 |
ABC OF RAW MATERIALS
B WorléeCure
Special hardeners for epoxy resins, free of Nonylphenol
Type
Viscosity
20 °C
[mPas]
Amine Value
[mg KOH/g]
Color
Gardner
H-equivalent
Medium potlife
Main uses and principal characteristics
W’Cure H 60
50–100
350–450
max. 2
90
approx. 25 min.
Modified polycondensated polyamine system for self-levelling
floorings, very good levelling and deairating, properties, though and
resilient.
W’Cure H 90
175–325
325–425
max. 4
90
approx. 40 min.
Modified cycloaliphatic polyamine adduct for self-levelling floorings,
good levelling properties, low carbamation
W’Cure H 100
300–600
625–775
max. 2
50
approx. 50 min.
Polycondensated polyamine free of benzylic alcohol. Special hardener
system for modification of standard hardeners.
W’Cure CA 235
450–750
260–340
max. 2
104
approx. 18 min.
Modified cycloaliphatic polyamine adduct. Low-viscous hardener for
ambient curing solvent-free self-levelling floorings and adhesives.
W’Cure CA 243
250–450
250–350
max. 2
115
approx. 50 min.
Low viscous, solvent free hardener system based on a cycloaliphatic
polyamine adduct. For solvent free epoxy flooring systems.
W’Cure CA 246
130–250
250–350
max. 2
93
approx. 30 min.
Modified cycloaliphatic polyamine adduct. Universal hardener for
casting, solvent-free laminates, coating systems, adhesives, mortars
and primers.
W’Cure CA 250
280–400
250–350
max. 2
94
approx. 40 min.
Modified cycloaliphatic polyamine adduct. Low yellowing upon
UV-exposure, therefore suitable for aesthetically demanding coatings,
e.g. mortars and top-coats.
W’Cure H 86 W
3.000–5.000
280–380
max. 2
86
approx. 30 min.
Low viscous, water thinnable Epoxy-hardener based on a polyamine
adduct. For sealings and self-levelling coating systems.
W’Cure CA 240 S
300–400
250–350
max. 2
93
approx. 25 min.
Accelerated modified cycloaliphatic polyamine adduct for solvent-free
self-levelling epoxy systems.
B WorléeFen
Rosin based hard resins, phenol modified
Type
Melting point
Capillary
method[°C]
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20
°C DIN 532114 [s]
Color
DIN ISO
4630, Gardner
M.O.T. [%]
Main uses and principal characteristics
W’Fen F 105
90–110
15–25
20–30
(50 % in Ws
145–195)
Max. 10
(50 % in Ws
145–195)
300
General purpose type for alkyd based paints and primers. Low viscous resin
giving excellent gloss and rub resistance on cold set inks.
W’Fen F 120
110–130
10–20
80–120
(50 % in Ws
145–195)
Max. 10
(50 % in Ws
145–195)
225
General purpose type for alkyd based paints and primers and for cooking with
alkyds. Fast setting, high gloss resin for sheetfed inks. Compatible with alkyds
and natural inks.
W’Fen F 130
120–140
15–25
120–170
(60 % in X)
Max. 10
(60 % in X)
–
Cold cut modifying resin for paints with good drying properties and high
gloss.
| 34 | BINDERS
CHEMICAL RAW MATERIALS
B WorléeSin
Rosin based maleic resins and rosin esters
Type
Melting
point Capillary method
[°C]
Acid value
DIN EN
ISO 3682
[mgKOH/g]
Flow time 20
°C DIN 532114 [s]
Color DIN
ISO 4630,
Gardner
Main uses and principal characteristics
W’Sin GM 201
95–120
20–25
25–50
(50 % in Ws
145–195)
Max. 8
(50 % in Ws
145–195)
General purpose resin for modification of oil, alkyds and paints based up on them. As a cold cut or
to be polymerised with oils and alkyds.
W’Sin GM 203
100–125
20–25
25–50
(50 % in Ws
145–195)
Max. 8
(50 % in Ws
145–195)
General purpose resin for oil and alkyd based paints and for NC-lacquers. For modification of oil and
paints based up on them. As a cold cut or to be polymerised with oils and alkyds.
W’Sin PM 200
95–115
15–25
20–40
(50 % in Ws
145–195)
Max. 8
(50 % in Ws
145–195)
Low viscosity penta esterified resin for gloss improvement for house and industrial paints and
dispersing media for pigment pastes and preparations.
W’Sin PM 202
100–125
15–20
30–60 (50 % in
Ws 145–195)
Max. 8
(50 % in Ws
145–195)
Penta esterified general purpose resin for decorative, do-it-yourself and industrial paints. Also used
for furniture adhesives.
W’Sin MK 223
90–110
40–50
80–120 (60 %
in BAc)
Max. 8
(60 % in BAc)
With castor oil plasticized, for NC-lacquers with very good solvent release and sandability.
W’Sin MS 235
125–155
180–200
10–20
(50 % in
ethanol)
Max. 15
(50 % in
ethanol)
For alcohol and water based paints and lacquers, flexo and gravure inks, overprint varnishes. Compatible with acrylic polymers and NC. Soluble in water after neutralisation. FDA 175.105, 175.300
W’Sin MS 265
155–190
190–220
15–25 (50 % in
ethanol)
Max. 8
For alcohol and water based paints and lacquers, flexo and gravure inks, overprint varnishes. Compatible with acrylic polymers and NC. Soluble in water after neutralization. FDA 175.105, 175.300
B WorléeGilsol
Natural Asphaltum Solutions
Type
Non volatile
content DIN EN
ISO 3251 [~%]
Solvent
Viscosity Brookfield-Rheometer,
Spindel CP52 (Kegel-Platte) 25°C,
75rpm [mpa.s]
Gilsol 30 T
ca. 30
White spirit/
DPM
500–1100
Gilsol 40 X
ca. 40
Xylene
Flow Time 20°C DIN
53211-4 [s]
Main uses and principal characteristics
Wood protection and black paints
40–70
Wood protection and black paints
BINDERS | 35 |
ABC OF RAW MATERIALS
B WorléeGum
Natural Resins
Type
Softening
Point [°C]
Acid Value
DIN EN
ISO 3682
[mgKOH/g]
Saponification
DIN EN
ISO 3681
[mgKOH/g]
Color DIN
ISO 4630,
Gardner
Forms of
delivery
Main uses and principal characteristics
Dammar white
5200
80–90
20–30
35–60
3–5
big lumps
In combination with oils and alkyds for for solvent based rotogravure
inks with high gloss and good adhesion on plastic films.
Dammar white
5202
80–90
20–30
35–60
3–5
small lumps
In combination with oils and alkyds for for solvent based rotogravure
inks with high gloss and good adhesion on plastic films.
Copal
100–120
100–120
145–190
3–6
big lumps
In combination with other binders for food and paper fishing,
floor lacquers and adhesives.
5001
Market(s) served: EUROPE
Type
Wax
[%]
Melting
Point [°C]
Acid Value
DIN EN
ISO 3682
[mgKOH/g]
Saponification
DIN EN
ISO 3681
[mgKOH/g]
Color
Gardner
20 % in
Ethanol
Forms of
delivery
Main uses and principal characteristics
Shellac 4621 dewaxed
≤ 0,2
65–85
65–80
190–230
Max. 10
Flakes
Shellac 4624 DL dewaxed
≤ 0,2
65–85
65–80
190–230
Max. 15
Flakes
For wood and paper finishing, French
polish, coatings and adhesives. Excellent
binder for packing material printing inks
with good adhesion on plastic.
Shellac 4625 DO dewaxed
≤ 0,2
65–85
65–80
190–230
Max. 16
Flakes
Shellac 4503 lemon 1 h.m. waxed
≤ 5,5
70–90
65–76
185–200
Max. 16
Flakes
Shellac 4504 lemon 1 m.m. waxed
≤ 4,5
70–90
60–80
185–220
Max. 18
Flakes
Shellac 4505 TN waxed
≤ 4,5
70–90
60–80
185–220
Max. 18
Flakes
Shellac 4602 waxed
≤ 4,5
70–90
60–80
185–220
Max. 16
Flakes
For wood and paper finishing, French
polish, coatings and adhesives. Makes
it possible to produce high solid, quick
drying, waterproof printing inks and
overprint varnish.
B WorléeGum
Shellac Solutions
Dark solution
Yellowish-orange
couloured solution
Type
Solid Content [approx.%]
pH value
Viscosity
[mPa·s] Max.
Forms of delivery
W’7730 SOLW
25–27
approx. 7,9
212
approx. 25% white bleached Shellac in aqueous potassium hydroxide solution
W’7730 SOLL
49
–
390
approx. 49% white bleached Shellac (dewaxed) in ethanol
W’4621 SOLW
30
7,0–7,5
200
approx. 30% Shellac (dewaxed) dissolved in aqueous potassium hydroxide solution
W’4621 SOLL
50
–
1.000
approx. 50% Shellac (dewaxed) in ethanol
W’4624 SOLW
25
7,5–8,0
1.000
approx. 25% Shellac DL in aqueous potassium hydroxide solution
W’4625 SOLW
25
7,5–8,0
500
approx. 25% Shellac DO (dewaxed) dissolved in aqueous potassium hydroxide solution
W’4625 SOLL
50
–
1000
approx. 50% Shellac DO (dewaxed) in ethanol
W’4505 SOLW
29–31
7,0–7,5
200
approx. 30% Shellac (wax containing) dissolved in aqueous potassium hydroxide solution
W’4505 SOLL
45
–
2.000
approx. 45% Shellac (wax containing) in ethanol
Market(s) served: WORLDWIDE
| 36 | BINDERS
CHEMICAL RAW MATERIALS
B WorléeCop
Styrene-Butadiene-Copolymer
Type
Solids
Viscosity
[°C]
pH value
[mPa·s]
Main uses and physical properties
W’Cop 100
50.0 ± 1.0
50–400
8.0–8.6
Binding agent in aqueous anticorrosive automotive coatings where resistance against pebble/ gravel is required, often in combination with water soluble or water thinnable resins
Market(s) served: WORLDWIDE
B WorléeProtect
Inorganic-organic hybrid systems
Type
Appearance
Forms of delivery
Application
Main uses and principal characteristics
W'Protect 1507
Clear, slightly yellowish liquid
42% in ethanol
Spraying, dipping, flooding,
wiping
Thin layer clear coat with excellent anti graffiti- / easy-to-cleaneffect on glass, metals, old paint layers (grind by using an abrasive
pad). Drying at room temperature, forced or by stoving.
W'Protect 1519
Clear, slightly yellowish liquid
42% in n-propanol
Spraying, dipping, flooding,
wiping
W'Protect 1581
Clear liquid
30% in Solvenon DMP / 1-M-2P
Spraying, dipping, flooding,
wiping
Two component thin layer clear coat with W´Protect 1519 /1507.
Used with catalysts as a sole binder. High abrasion- and
scratch resistance, good chemical resistance, excellent mar
resistance and anti graffiti- / easy-to-clean-effect.
B Zinpol
Acrylic Resins, Water Based Dispersions and Solutions for Printing Inks and OPV´s
Type
Monomer
Non volat.
content DIN EN
ISO 3251 [%]
pH value
DIN 53785
Density DIN
51757
[g/cm3]
MFT
[°C]
Viscosity 20°C, del.
form Brookfield, ISO
2555 [mPas]
Main uses and principal
characteristics
Zinpol 132
Styrene acrylate dispersion
40
8,0–9,0
1,05
56
5.000–6.000
Metallic printing inks
Zinpol 146
Acrylic solution
35
7,0–7,5
1,06
<0
2.500–3.000
Metallic printing inks, excellent ink
stability
Zinpol 259 S
Shellac supported polystyrene
dispersion
49
8,0–8,5
1,05
>100
200–800
High gloss
Zinpol 280
Styrene acrylate dispersion
47
8,5–9,0
1,04
<0
800–1500
Good adhesion on nonporous substrates, paper, paperboard and foils
Zinpol 295
Acrylate dispersion
49
8,0–9,0
1,05
5
1.250–2.750
Ice water crinkle resistance
Zinpol 330
Styrene acrylate dispersion
46
8,0–8,5
1,04
12
1.500–2.500
Excellent grease and oil resistance
Zinpol 340
Styrene acrylate dispersion
44
8,0–9,0
1,08
75
500–1.000
High gloss, heat resistance
Zinpol 350
Styrene acrylate dispersion
45
8,0–9,0
1,06
0
300–800
Excellent high gloss dispersion
Zinpol 387
Styrene acrylate dispersion
50
8,0–9,0
1,04
65
300–700
No crinkles on thin paper
Zinpol 460
Styrene acrylate dispersion
50
8,0–8,5
1,06
75
200–600
Fast drying, high film hardness
BINDERS | 37 |
ABC OF RAW MATERIALS
B Zinpol
Acrylic Resins, Water Based Dispersions and Solutions for Printing Inks and OPV´s
Type
Monomer
Non volat.
content DIN EN
ISO 3251 [%]
pH value
DIN 53785
Density DIN
51757
[g/cm3]
Zinpol 520 AS-D
Colloidal pure acrylic solution
20
9,5–10,0
1,05
Zinpol 755
Styrene acrylate dispersion
41
8,0–9,0
1,06
Zinpol 790
Styrene acrylate dispersion
45
7,5–8,5
Zinpol 797
Acrylate dispersion
48
8,0–8,5
MFT
[°C]
Viscosity 20°C, del.
form Brookfield, ISO
2555 [mPas]
Main uses and principal
characteristics
2.000–3.000
For carbon black pigments
0
200–600
Heat resistance up to 240°C
1,15
5
1.500–2.500
Fast drying, ice water resistance,
flexible
1,05
0
500–1.000
Anti slip
Market(s) served: EUROPE
B polyols & polymers
Ketone Aldehyde Resins
Type
Melting
Point [°C]
Viscosity at
25 °C; 50 % solution
alcohol; B-4 FC in
sec. [cPs]
Acid Value
[Max.]
Hydroxyl
Value [mg
Koh/g resin]
Iodin No. of 50 %
solution alcohol
[Max.]
Main uses and principal characteristics
Polytone K-93
98–103
15–17
0,01
265–285
1
Lamination inks, lacquers and paper coatings
Polytone K-94
90–95
17–19
0,1
200–220
1
Flexo- and gravure printing inks, ball point inks
Polytone K-95
100–105
19–21
0,1
230–250
1
Flexo- and gravure printing inks, ball point inks
Polytone K-96
105–110
21–23
0,05
230–250
1
Flexo- and gravure printing inks, ball point inks
Polytone K-97
110–120
23–25
0,05
230–250
1
Flexo- and gravure printing inks, ball point inks
Market(s) served: WORLDWIDE, EXCEPT MIDDLE EAST AND INDIA
B Bruno Bock – Thiocure® Polythiole
VOC-free Polythiols- multifunctional mercapto compounds based on mercaptocarboxylic acids
Type
Chemical
description
SH-functionality
Molecular
weight
[g/mol]
H-active
Equivalent
[g/mol]
SHcontent
[%]
Viscosity
[mPas]
Applications and characteristics
Thiocure® PETMP
Pentaerythritol-tetra(3mercaptopropionate)
4
488,6
125–128
26
~400
Standardtype for solvent and solvent-free systems. Reacts with Epoxy,
Isocyanate and unsaturated compounds.
Useable as a high reactive hardener for Epoxy-systems to enhance
the curing speed even at low temperatures. Additive for fast curing in
high-solid PU-systems. Binder for Thiourethane-systems and Thiol-Enesystems (thermal or UV-curing).
Additive for radiation curing systems, to reduce the oxygen inhibition,
volume shrinkage and to increase the hardening speed.
Additive for polysulfide sealants to increase the crosslink density.
Thiocure® PETMP
l.o.
Pentaerythritol-tetra(3mercaptopropionate),
low odor
4
488,6
125–128
26
~400
odor-optimized version of the standardtype Thiocure® PETMP
| 38 | BINDERS
CHEMICAL RAW MATERIALS
B Bruno Bock – Thiocure® Polythiole
VOC-free Polythiols- multifunctional mercapto compounds based on mercaptocarboxylic acids
Type
Chemical
description
SH-functionality
Molecular
weight
[g/mol]
H-active
Equivalent
[g/mol]
SHcontent
[%]
Viscosity
[mPas]
Applications and characteristics
Thiocure®
PETMP sl
Pentaerythritol-tetra(3mercaptopropionate),
slow
4
488,6
125–128
26
~400
controlled reactivity, recommended for Isocyanate curing systems.
Thiocure®
TMPMP
Trimethylolpropane-tri(3mercaptopropionate)
3
398,6
136–140
24
~150
trifunctional Polythiol, more flexible than Thiocure® PETMP because of
lower crosslink density.
Thiocure®
GDMP
Glycol-di(3-mercaptopropionate)
2
238,3
122–125
26,8
~10
difunctional Polythiol, more flexible than Thiocure® PETMP and Thiocure®
TMPMP because of lower crosslink density.
Thiocure®
PETMA
Pentaerythritol-tetramercaptoacetate
4
432,5
111–114
29
~400
Thiocure®
TMPMA
Trimethylolpropane-tri(3mercaptopropionate)
3
356,5
122–125
26,5
~120
Thiocure®
GDMA
Glycol-dimercaptoacetate
2
210,2
107–108
30,5
~10
Thiocure®
ETTMP 1300
Ethoxylated Trimethylolpropane-tri(3-mercaptopropionate)
3
1.300
435–448
7,1
~400
Polymer-Polythiol, compared to Thiocure® PETMP/ TMPMP/ GDMP soft
and flexible but less reactive
Thiocure®
ETTMP 700
Ethoxylated Trimethylolpropane-tri(3-mercaptopropionate)
3
708
236–262
13,5
~200
Polymer-Polythiol, compared to Thiocure® ETTMP 1300 less flexible but
higher mechanical strength
Thiocure®
TEMPIC
Tris[2-(3-mercaptopropionyloxy)ethyl]
isocyanurat
3
525,6
180–184
18,4
~8.000
Trifunctional Polythiol based on isocyanurate structure. Improved adhesion to metallic substrates and excellent reactivity in thiol-Ene systems
Thiocure®
Di-PETMP
Di-Pentaerythritol
Hexa(3-mercaptopropionate)
6
783,1
135–140
24,1
~2.000
Hexafunctional Polythiol, higher crosslink density, harder and higher
glass transition temperatures
Thiocure®
PCL4MP 1350
Polycaprolactone Tetra
(3-mercaptopropionate)
4
~1350
348–375
9,1
~1.000
Polymer-Thiol based on Polycaprolactone, compared to Thiocure® ETTMP
700 more reactive and flexible, better moisture- and UV-resistance
Mercaptoacetates, compared to Mercaptopropionates (Thiocure®
PETMP/ TMPMP/ GDMP) more reactive but intensive odor.
Market(s) served: GERMANY, AUSTRIA, SWITZERLAND, ITALY, FRANCE, SPAIN, POLAND, CZECH REPUBLIC, HUNGARY,
ROMANIA, SLOVAKIA, CHINA, INDIA, MALAYSIA, SINGAPORE, VIETNAM, THAILAND, INDONESIA
B AGC
Natural Asphaltum
Type
Softening point
ASTM E28-92 [°C]
Ash [%]
Color
Form of Delivery
Main uses and principal characteristics
Gilsonite®
Selects 347
159–174
Max. 0,9
Dark brown to
black
Small lumps
Grinding resin for carbon black based news and heatset inks
Market(s) served: AUSTRIA, CENTRAL, EASTERN AND SOUTHEASTERN EUROPE, FINLAND, GERMANY, SWEDEN
BINDERS | 39 |
ABC OF RAW MATERIALS
COLOR
| 40 | COLOR
CHEMICAL RAW MATERIALS
C WorléeTransoxid W
Water based iron oxide, carbon black and titanium dioxide preparations for wood stains
Product Name
C.I.
Pigment content
% (approx.)
pH-value
(approx.)
VOC g/l
(approx.)
Density g/cm³
(approx.)
Viscosity
mPa.s ca.
Applications and Properties
W'Transoxid W red
PR 101
40
8–10
< 50
1,45
Approx. 600
W'Transoxid W yellow
PY 42
40
8–10
< 50
1,43
400–800
Transparent, water based iron oxide
preparations and carbon black pastes for
wood stains
W'Blackpaste W
PBI 7
40
7,5–9
<5
1,21
Approx. 1.500
C WorléePaste S-AK
Solvent based pigment preparations for wood stains
Product Name
C.I.
Pigment content %
(approx.)
VOC g/l
(approx.)
Density g/cm³
(approx.)
Viscosity mPa.s
(approx.)
Applications and Properties
W'Paste S-AK 412
PV 23
20,0 ± 1
510
0,91
1.500
W'Paste S-AK 512
Solvent based pigment preparations for the wood
stain area
PB 15:2
20,0 ± 1
512
0,91
1.500
W'Paste S-AK 610
PG 7
20,0 ± 2
475
0,96
1.800
C WorléeTransoxid S
Solvent based transparent iron oxide, carbon black and titanium dioxide preparations for wood stains
Product Name
C.I.
Pigment content
% (approx.)
VOC g/l
(approx.)
Density g/cm³
(approx.)
Viscosity mPas
(approx.)
Applications and Properties
Transparent, solvent based iron oxide and carbon
black preparations for wood stains
W'Transoxid
S red
PR 101
39,0 ± 1
430–450
1,31
400–800
W'Transoxid
S yellow
PY 42
39,0 ± 1
430–450
1,27
300–800
W'Blackpaste S
PBI 7
25,0 ± 2
420–440
1,01
500–1500
W'Whitepaste S
PW 6
65,0 ± 2
ca. 430
1,7
Approx. 1.000
COLOR | 41 |
ABC OF RAW MATERIALS
C WorléeTransoxid SF-AK
Transparent pigment preparations based on solvent free binders for wood stains
Product Name
C.I.
Pigment content
% (approx.)
Density g/
cm³ (approx.)
Viscosity mPas
(approx.)
Applications and Properties
W'Transoxid SF-AK Red
PR 101
30
1,06
1.200
Transparent iron oxide and carbon black preparations based on
solvent free binders for wood stains
W'Transoxid SF-AK Yellow
P.Y. 42
30
1,06
2.800
W'Blackpaste SF-AK
PG 7
15
1
1.500
C WorléeQuarzsand AS
Electroconductive Quartz
Typ
Color
Electrical resistance [Ohm]
Particle size [mm]
W’Quarzsand AS 0104
Black
< 500
0,1–0,4
W’Quarzsand AS 0408
Black
< 500
0,4–0,8
W’Quarzsand AS 1020
Black
< 500
1,0–2,0
Market(s) served: WORLDWIDE
| 42 | COLOR
CHEMICAL RAW MATERIALS
C Cabot
Undertone
(higher = bluer)
viscosity
Dispersibility
electr.
Conductivity
lacquers &
Paints
Plastic
masterbatch
Printing inks
emulsion
Pearls
1
5
1
3
0
■
■
■
■
■
MONARCH 120
Powder
1
5
1
3
0
■
■
■
■
■
BLACK PEARLS 160
Pearls
2
5
1
4
0
■
■■
■■
■
■
BLACK PEARLS 280
Pearls
2
4
2
5
0
■■■
■■
■■
■■
■■
MONARCH 280
Powder
2
4
2
5
0
■■■
■■
■■
■■
■■
ELFTEX 430
Pearls
3
3
3
1
0
■■■
■■■
■■■
■■■
■■■
MONARCH 430
Powder
3
3
3
1
0
■■■
■■■
■■■
■■■
■■■
ELFTEX 460
Pearls
3
3
3
2
0
■■
■■
■■
■■■
■■■
BLACK PEARLS 470
Pearls
4
3
3
3
0
■■
■■
■■
■■
■■
MONARCH 480
Powder
4
3
3
3
0
■■
■■
■■
■■
■■
BLACK PEARLS 490
Pearls
4
2
4
4
0
■■■
■■
■■
■■
■■
MONARCH 490
Powder
4
2
4
4
0
■■■
■■
■■
■■
■■
ELFTEX 570
Pearls
5
2
4
3
0
■■
■
■
■■■
■■
MONARCH 570
Powder
5
2
4
3
0
■■
■
■
■■■
■■
ELFTEX 580
Pearls
5
1
5
3
0
■■
■
■
■■■
■■
MONARCH 580
Powder
5
1
5
3
0
■■
■
■
■■■
■■
ELFTEX 220
Pearls
1
5
1
3
0
■■■
■■
■
■■■
■■■
REGAL 350 R
Powder
1
5
1
3
0
■■■
■■
■
■■■
■■■
ELFTEX 320
Pearls
2
4
2
2
0
■■■
■■
■
■■■
■■■
REGAL 250 R
Powder
2
4
2
2
0
■■■
■■
■
■■■
■■■
BLACK PEARLS E*
Pearls
3
5
1
5
0
■■■
■
■
■■■
■
■■■
MOGUL E*
Powder
3
5
1
5
0
■■■
■
■
■■■
■
■■■
ELFTEX 410
Pearls
4
1
5
1
0
■■
■■
■■
■■■
■■
ELFTEX 415
Powder
4
1
5
1
0
■■
■■
■■
■■■
■■
REGAL 400*
Pearls
4
4
2
5
0
■■
■
■
■■■
■■■
■■■
REGAL 400 R*
Powder
4
4
2
5
0
■■
■
■
■■■
■■■
■■■
BLACK PEARLS L*
Pearls
5
3
3
4
0
■■■
■■
■■
■■■
■■■
■■
MOGUL L*
Powder
5
3
3
4
0
■■■
■■
■■
■■■
■■■
■■
REGULAR Color BLACK
SPECIALITY Color
Uv-curing
tinting strength
BLACK PEARLS 120
Type
oem/car repair
Delivery form
Carbon Black
1 bad/weak
■■■ highly recommendable ■ on consultation
5 very good/strong
■■ recommendable
* volatile matter: >3,5 Vol.%
Evaluation only within the groups mentioned.
BLACK PEARLS®, ELFTEX®, MOGUL®, MONARCH®, VULCAN®, REGAL® and EMPEROR® are registered trademarks of the Cabot Corporation.
Market(s) served: CZECH REPUBLIC/SLOVAKIA, GERMANY, POLAND, ROMANIA
COLOR | 43 |
ABC OF RAW MATERIALS
C Cabot
Undertone
(higher = bluer)
viscosity
Dispersibility
electr.
Conductivity
lacquers &
Paints
Plastic
masterbatch
Printing inks
emulsion
Pearls
1
5
1
5
0
■
■
■
■
■
REGAL 660 R
Powder
1
5
1
5
0
■
■
■
■
■
BLACK PEARLS 700
Pearls
2
4
4
4
0
■
■■
■■
■
■
MONARCH 700
Powder
2
4
4
4
0
■
■■
■■
■
■
BLACK PEARLS 800
Pearls
3
3
2
2
0
■■
■■
■■
■
■
MONARCH 800
Powder
3
3
2
2
0
■■
■■
■■
■
■
BLACK PEARLS 880
Pearls
4
2
5
3
0
■■
■■■
■■■
■
■
MONARCH 880
Powder
4
2
3
0
0
■■
■■■
■■■
■
■
BLACK PEARLS 900
Pearls
5
1
3
1
0
■■
■■■
■■■
■
■
MONARCH 900
Powder
5
1
3
1
0
■■
■■■
■■■
■
■
BLACK PEARLS 1000*
Pearls
5
2
4
3
0
■■
■■
■■
■
■
■
MONARCH 1000*
Powder
5
2
4
3
0
■■
■■
■■
■
■
■
BLACK PEARLS 1100
Pearls
5
2
4
3
0
■■
■■
■■
■
■
■
MONARCH 1100
Powder
5
2
4
3
0
■■
■■
■■
■
■
■
BLACK PEARLS 1300*
Pearls
3
3
3
2
0
■■
■■■
■■
■
■
■
MONARCH 1300*
Powder
3
3
3
2
0
■■
■■■
■■
■
■
■
BLACK PEARLS 1400*
Pearls
3
4
2
2
0
■■
■■■
■■
■
■
■
MONARCH 1400*
Powder
3
4
2
2
0
■■
■■■
■■
■
■
■
MONARCH 1500*
Powder
3
5
1
2
0
■■
■■■
■■
■
■
■
EMPEROR 1200
Pearls
4
5
5
5
0
■■■
■■■
■■
■
EMPEROR 1600
Pearls
4
4
5
5
0
■■■
■■■
■■
■
EMPEROR 1800*
Powder
4
5
5
5
0
■■
■■■
■
EMPEROR 2000*
Powder
4
5
5
5
0
■■
■■■
■
MEDIUM Color
HIGH Color
Market(s) served: CZECH REPUBLIC/SLOVAKIA, GERMANY, POLAND, ROMANIA
| 44 | COLOR
Uv-curing
tinting strength
REGAL 660
Type
oem/car repair
Delivery form
Carbon Black
CHEMICAL RAW MATERIALS
C Cabot
Undertone
(higher = bluer)
viscosity
Dispersibility
electr.
Conductivity
lacquers &
Paints
Plastic
masterbatch
Printing inks
emulsion
Pearls
2
3
3
3
1
■
■■■
■■■
■
■
ELFTEX 254
Pearls
3
3
3
2
2
■■
■■■
■■■
■
■■
VULCAN XC 305
Pearls
1
5
1
5
3
■
■■
■■
■
■■
VULCAN XC 605
Pearls
2
4
2
4
4
■■■
■■■
■■■
■■
■■■
VULCAN XC 72
Pearls
4
2
5
1
5
■■
■■
■■
■
■
VULCAN XC 72 R
Powder
4
2
5
1
5
■■
■■
■■
■
■■
VULCAN P
Pearls
4
1
4
3
2
■
■
■■
■
■
VULCAN PF
Powder
4
1
4
3
2
■■
■■
■■
■
■
VULCAN XC max
Pearls
4
2
5
3
5
■■
■■■
■■■
■■
■■
CONDUCTIVE
Uv-curing
tinting strength
ELFTEX TP
Type
oem/car repair
Delivery form
Carbon Black
1 bad/weak
■■■ highly recommendable ■ on consultation
5 very good/strong
■■ recommendable
* volatile matter: >3,5 Vol.%
Evaluation only within the groups mentioned.
BLACK PEARLS®, ELFTEX®, MOGUL®, MONARCH®, VULCAN®, REGAL® and EMPEROR® are registered trademarks of the Cabot Corporation.
Market(s) served: CZECH REPUBLIC/SLOVAKIA, GERMANY, POLAND, ROMANIA
C Ishihara
Titanium Dioxide
Type
Pigment Production
Process
TiO2 content [%]
Surface treatment
Main uses and principal characteristics
Tipaque R-980
Rutile Sulfate
93
Al2O3, Polyol
Excellent resistance, very high hiding power and Color fastness and easy to disperse
Market(s) served: CENTRAL, EASTERN AND SOUTHEASTERN EUROPE, GERMANY
COLOR | 45 |
ABC OF RAW MATERIALS
C Sinloihi
Daylight Fluorescent Pigments
Series
Range
Forms of delivery
Particle size [µm]
Main uses and principal characteristics
FZ 5000/6000
Various Colours
Powder
3,5–4,5
Standard powder pigment, softening point 130–140 °C, suitable for various applications such as solventbased
and waterbased paints and lacquers, silk screen ink and paper coating
FA 40
Various Colours
Powder
3,5–4,5
Powder pigment with good stability against various solvents (such as esters and ketones), suitable for applications such as paints and lacquers, gravure inks and screen inks
F
10
Various Colours
Powder
3–4
Powder pigment with best lightfastness (addition of UV-Absorber)
FR 50
Various Colours
Powder
3,5–4
Powder pigment for plasticized PVC, where resistance to heat and no color migration are required
FX 300
Various Colours
Powder
2–4
Powder pigment providing excellent heat stability and and good solvent resistance, temperaturestable up to
260 °C, suiatble for plastics/masterbatch
SX 100
Various Colours
Powder
3–5
Formaldehyde free, softening point > 200 °C, suitable for solventbased and waterbased paints and lacquers,
printing inks and paper coatings
FM 10
Various Colours
Soluble toner
Max. 3 mm
Soluble toner for solventbased flexo printing inks and ink as well as coating inks for polyester film
BO 100
Various Colours
Pigment concentrated ink base
–
for offset and letterpress ink, having highly concentrated very fine particles, Color strength and printability
sufficient to one printing-process
SW 100
Various Colours
Dispersion
<1
Formaldehyde free pigment dispersion, having very fine particles, in water, good lightfastness, heat stability,
chemical resistance and washability in textile uses, suitable for textile printing
SF 3000N
Various Colours
Dispersion
< 0,2
Formaldehyde free pigment dispersion, having very fine particles, suitable for water base marker ink, water
base stamping ink etc.
SF 5000
Various Colours
Dispersion
< 0,1
Formaldehyde free pigment dispersion, having very fine particles, suitable for water base flexographic and
gravure ink as well as for (textmarker-)inks
SF 8000
Various Colours
Dispersion
< 0,4
Formaldehyde free pigment dispersion with high viscosity, having very fine particles, suitable for water base
ball points pen ink, gel ink, other waterbased inks
MLCB
Green, red, blue
Dispersion
< 0,1
Formaldehyde free pigment dispersion free, having very fine particles, suitable for aqueous systems in indoorapplication. Under normal light these dispersions are invisible, only visible under ultraviolet light in Colors,
green, red or blue
Market(s) served: EUROPE
| 46 | COLOR
CHEMICAL RAW MATERIALS
ABC OF RAW MATERIALS
Worlée Partners
Additives
E ST R ON
CHEMICAL
T H E E D G E O F I N N OVAT I O N
Binders
Color
COLOR | 47 |
ABC OF RAW MATERIALS
Sales Offices DACH
1
D
2
4
3
4
CH
A
5
Sales Offices DACH
1
VB-Hamburg (D)
Worlée-Chemie GmbH, VB-Hamburg, 22113 Hamburg
vb-ham@worlee.de
Tel.: +49 40 733 33 26 50
2
VB-West (D)
Worlée-Chemie GmbH, VB-West, 40885 Ratingen
vbwest@worlee.de
Tel.: +49 2102 597 98 0
3
VB-Süd-West (D)
F.W. Sengewald GmbH, 68770 Ketsch
fw_sengewald@t-online.de
Tel.: +49 6202 659 92
4
VB-Süd-Ost (D/A)
Worlée-Chemie GmbH, VB-Süd-Ost, 63897 Miltenberg
vbsued@worlee.de
Tel.: +49 9371 94 81 90
5
Varistor AG (CH)
Varistor AG, Bereich Chemie, CH-5432 Neuenhof
info@varistor.ch
Tel.: +41 562 66 50 75
| 48 | NOTES
CHEMICAL RAW MATERIALS
Sales Organisation
Germany
Hamburg
WorléeChemie GmbH, Headquarters, Traded Products
Division, Central and East Europe Administration
handel@worlee.de
+49 40 733 33 25 00
Lauenburg
WorléeChemie GmbH, Resin Plant / Sales
service@worlee.de
+49 4153 59 60
Lübeck
WorléeChemie GmbH, Polymer Plant
service@worlee.de
+49 451 61 97 40
Regional German Sales Offices
Sales Area
North-East
WorléeChemie GmbH Sales Office NorthEast
vb-ham@worlee.de
+49 40 733 33 26 50
Sales Area
West
WorléeChemie GmbH Sales Office West
vbwest@worlee.de
+49 2102 597 98 0
Sales Area
South-West
F. W. Sengewald GmbH
fw_sengewald@t-online.de
+49 6202 659 92
Sales Area
South-East
WorléeChemie GmbH Sales Office SouthEast
vbsued@worlee.de
+49 9371 94 81 90
Austria
WorléeChemie GmbH, VB SüdOst
vbsued@worlee.de
+49 9371 94 81 90
Belgium
E.H. Worlée & Co. B. V.
worlee@worlee.nl
+31 356 56 14 24
Bulgaria
Petrex-E. Ltd.
spetrov@petrex.bg
+359 28 58 47 77
Croatia/Slovenia/
Serbia
Kemoteks d.o.o.
nenad.kostic@zg.t-com.hr
+385 1383 00 67
Czech Republic/
Slovakia
Ing. Petr Torma
ptorma@seznam.cz
+420 377 93 66 01
Finland
Brenntag Nordic OY
main@brenntagnordic.com
+358 954 956 40
France
Worlée Chemie GmbH
jtorgler@worlee.de
+33 2 99 55 81 78
Great Britain
E.H. Worlée & Co. (UK) Ltd.
sales@worlee.co.uk
+44 17 82 71 46 14
Greece
WorléeChemie GmbH c/o Papadimitracopoulos
Brothers
pantheos@forthnet.gr
+30 6944 14 98 02
Hungary
BESTCHEM Hungária Kft
zsolt.toth@bestchem.hu
+36 1 7 86 47 01
Ireland
E.H. Worlée & Co. (UK) Ltd.
sales@worlee.co.uk
+44 17 8271 46 15
Italy
Worlée Italia S.R.L.
worlee@worleeitalia.it
+39 0228 04 03 79
Luxemburg
E.H. Worlée & Co. B. V.
worlee@worlee.nl
+31 356 56 14 24
The Netherlands
E.H. Worlée & Co. B. V.
worlee@worlee.nl
+31 356 56 14 24
Macedonia
Intelcom Doo
dragan.simovski@intelcom.com.mk
+389 2 2655 550 / 556
Norway
Harald Mathisen A/S
ingar.strand@mathisen.no
+47 2240 59 40
Poland
Worlée Polska Sp.z.o.o
dlegierski@worlee.de
mkolodziej@worlee.de
+48 32401 14 60
Europe
SALES ORGANISATION | 49 |
ABC OF RAW MATERIALS
Europe
Portugal
Mapril S.A.
tintas@mapril.com
+351 22030 43 00
Romania
M.R. Chimtrade S.R.L.
mircea.radulescu@mrchimtrade.ro
+40 31711 03 92
Spain
Montse Solà
msola@worlee.es
+34 93 778 11 86
Sweden
Brenntag Nordic AB
niklas.ekman@brenntagnordic.com
+46 4028 73 23
Switzerland
Varistor AG Chemical Division
info@varistor.ch
+41 56266 50 75
Turkey
Kar Kimya San.ve Tec. Ltd. Sti.
kgbakan@karkimya.com.tr
+90 216317 65 30
Stoelck Aussenhandel AG
stoelck@wtt.ru
+7 495 258 24 75 / 76
Interchemmet Company Limited
msm@intchemmet.spb.ru
+49 4153 59 60
African Chemicals S.A.E.
info@africanchemicals.com
+20 2 23 78 43 01
Russia/GUS
Africa
Egypt
+20 2 27 50 86 41
+20 2 27 50 87 40
Morocco
Werner Mertz
klaus.mertz11@gmail.com
+212 22 79 79 29
South Africa
Lionheart (PTY) LTD.
Lionhartl@global.co.za
+27 11917 96-61 / 62 / 63
Brazil
Adexim S/C
tecnica@adeximcomexim.com.br
+55 1139 66 31 55
Canada
Ferguson Chemical Innovation
coatings@fergusonchemical.com
+905 453 71 31
Mexico
Moca y compañia S.A. de C.V.
svasquez@mocayco.com.mx
+1 155 55 33 01 03
USA
Southeastern Region
Deeks & Company Inc.
sales@deeks.com
+1 770 938 31 00
USA Mid- and Western Region, British
Columbia
Tri-iso TryLine LLC South West
sluboviski@tri-iso.com
+ 1 909 626 4855
Tri-iso TryLine LLC Mid West
jack@tryline.com
+ 1 630 639 3300
Tri-iso TryLine LLC Pacific Coast and British Columbia
davidb@tryline.com
+ 1 425 450 8822
Van Horn, Metz & Co., Inc.
info@vanhornmetz.com
+1 610 828 45 00
America
USA North East
States
| 50 | SALES ORGANISATION
CHEMICAL RAW MATERIALS
Asia
Regional Office Asia
Pacific
WorléeChemie GmbH Regional Office Asia Pacific
worlee@worlee.my
+6 03 7118 2001
China
Worlée (Shanghai) Trading Co., Ltd.
worlee@worlee.cn
+86 21 6247 25 46
Worlée-Chemie India Private Limited
sales.india@worlee.in
+91 22 6 121 49 43/44/45
Victor Agencies
info@victoragencies.com
+91 112 923 29 07
OCTA MING GLOBAL, PT
ary@octaming.com
+62 215 422 10 02
United Chemicals
unichem1@indosat.net.id
+62 21380 38 05
Iran
Chemie Yaran Co. Ltd.
cy@chyaran.com
+98 212 205 99 09
Israel
Shiran Representatives 2008 Ltd.
tamir.dagan@shiran-2008.co.il
+972 974 304 11
Japan
Worlée-Chemie GmbH Yasuhiro Watanabe
watanabe1943@pf7.so-net.ne.jp
Mobile +81 80 5413 3051
Jordan
Target Chemicals Est.
target@wanadoo.jo
+962 655 307 71
Korea
Rexchem Corporation
smkim@rexchem.com
+82 245 462 10
Lebanon
Meditrade
indecchem@live.com
+961 189 47 22/25
Malaysia
Entire Concept Sdn Bhd
sales@eckem.com
+6 03 5122 1335
Philippines
Chase Chemical Trading
atio@chasechemicals.com
+63 2 813 03 01
Kingdom of
Saudi Arabia
Chemtec
sales@chemtecinc.com
+966 2 2843432/284 34 33
Singapore
Segachemie Pte. Ltd.
jeremy@segachem.sg
+65 68 44 13 69
Sri Lanka
Tradekem (Pvt.) Ltd.
tradekem@panlanka.net
+94 112 578 06 01/112 54 90 45
Taiwan/R.O.C.
Best Sincerity Co., Ltd.
best.sincerity@gmail.com
+886 227 65 98 89
Neoway Chemicals Co. Ltd.
neoway.chem@msa.hinet.net
+886 7 616 77 19
Thailand
Alphani International Co. Ltd.
alphani@loxinfo.co.th
+662 216 5665
Vietnam
An Thanh Pte
phong2005@hcm.fpt.vn
+84 8383 496 36
UAE
Applied Technology
Worlée-Chemie GmbH Shanghai Technical Center
India
Indonesia
+971 648 196 79
Australia
Endeavour C&P
darren.spies@optusnet.com.au
+61 73315 64 96
sales@rebain.co.nz
+64 9966 24 45
New Zealand
Rebain International (NZ) Ltd.
SALES ORGANISATION | 51 |
CHEMICAL
RAW MATERIALS
NATURAL
RAW MATERIALS
COSMETIC
RAW MATERIALS
Worlée-Chemie GmbH
Kunstharzfabrik/Verkauf
Söllerstraße 16
D-21481 Lauenburg/Elbe
Phone: +49(0)4153-5 96-0
Fax: +49(0)4153-5 36 49
service@worlee.de
www.worlee.de
04/2015
Grusonstraße 22
D-22113 Hamburg
Phone: +49 40-7 33 33-2500
Fax: +49 40-7 33 33-2450
handel@worlee.de
www.worlee.de