Performance Additives and Resins for Solvent-based Systems
2
Organoclays 10
Organic Rheological Additives 12
Chemical Activators 14
Defoamers 16
Wetting and Dispersing Agents 16
Leveling Agents 20
Interfacial Tension Modifiers 22
Adhesion Promoters 22
Speciality Additives 22
Surface Modifiers 24
Resins 24
3
BENTONE®, BENGEL® and BENTONE
SD® organoclay rheological additives are
reaction products of highly purified smectite
clay (bentonite or hectorite) and a quaternary
ammonium salt. When properly selected and
activated, they will increase low shear viscosity,
reduce sagging and help reduce settling in
solvent-based formulations. These 100% active
rheological additives are not temperature
sensitive and can be activated using polar
compounds such as methanol, ethanol or
propylene carbonate or chemical activators
such as DAPRO® FX 2060 or DAPRO® BEZ 75.
THIXATROL® and THIXCIN® rheological
additives are based on castor oil derivatives,
polyamide or polyester amide chemistry. They
typically must be subjected to appropriate
wetting, dispersion forces and minimum
temperature requirements to reach an activated
structure.
THIXATROL® MAX and THIXATROL® P200X
are effective in all solvents, provide excellent
sag control, are seed resistant and have a
broad activation temperature window.
In MS-Polymer sealants THIXATROL® MAX
also provides excellent rheology at low
activation temperatures.
M-P-A® anti-settling agents inhibit pigments
and extenders movement in the paint. In most
formulations, settling problem will largely be
eliminated. These products function by chain
entanglement and can be used alone or in
combination with a thixotropic additive for
enhanced performance.
Product selection is typically dependent on
the solvent and reactivity of the system to be
modified.
Rheological Additives
Fig.1 Enlargement of activated organoclay
4
Dispersion of pigments can be generally
divided into three stages.
1. Wetting
Wetting is a process in which air and moisture
on the pigment surface are replaced by wetting
dispersants (as shown in fig 2).
Wetting dispersants can significantly reduce
pigment surface tension, speed up pigment
wetting, and lower the viscosity of pigment
pastes.
Fig. 2 Wetting on pigment surface
2. Dispersion
High-speed or high shear dispersing equipment
is used to disperse pigment aggregates thereby
producing discrete primary particles which
enable optimum flow, color, opacity and optical
properties (as shown in Fig. 3).
Fig. 3 Pigment dispersion
3. Stabilization
A wetting dispersant, through its steric effect
or electrostatic repulsion, keeps the dispersed
and disaggregated pigment particles apart and
effectively prevents their re-flocculation (as
shown in Fig.4).
Fig. 4 Pigment stabilization
Wetting and dispersing properties of pigments
are usually associated with their shape,
size, surface area, oil absorption capacity,
surface treatment, acidity and alkalinity, and
is also closely related to the polarity, surface
tension and viscosity of the paint system. The
advantages of NUOSPERSE® and Disponer
wetting dispersants are:
Add Wetting Agent
Mill
Flocculation
Add Dispersing Agent
Wetting and Dispersing Agents
5
Rapid wetting of the pigment surface to
improve grinding efficiency
Excellent viscosity reduction and
dispersion performance
Good flow of mill base at high pigment
loading
Excellent tinting strength and color
development
Improved flooding, floating and color
rub up issues
Long-term viscosity stability
Excellent initial gloss and gloss
retention
Elimination of hard settling
NUOSPERSE® AP 657 is a versatile wetting,
dispersing and stabilizing aid for non-aqueous
systems. It is compatible with a broad range of
air drying resin systems as well as plasticizers.
It has a very low aromatic content.
NUOSPERSE® FA 196 is a 100 % active
dispersing agent for a wide range of pigments
and is especially recommended for carbon
black. It is effective in reducing rub-up and
preventing pigment flooding and floating. This
solvent free dispersant is excellent for high
performance, low VOC and VOC-free coating
formulations.
NUOSPERSE® FA 601 improves opacity,
gloss, colour strength, brightness and is very
cost efficient.
NUOSPERSE® 2008 is a solvent-free, low
odour, wetting and dispersing agent. The
product is typically used in high solids, alkyd
coatings to improve opacity, gloss and colour
strength.
NUOSPERSE® FX 9086 is a 50 % active
polymeric dispersing agent for a wide range
of pigments. It is universal in application and
can be used in formulating high performance
coatings and colorants.
NUOSPERSE® 9100 is a 100 % active,
solvent-free acrylic based pigment dispersing
polymer in powder form. It can be used as the
sole dispersing agent for solvent free, radiation
cured and high solids coatings systems.
NUOSPERSE® 15 is a liquid version of
NUOSPERSE® 9100 with 65% active content.
NUOSPERSE® FX 9200 and NUOSPERSE®
FX 9360 are newly developed hyperdispersants
for use in industrial, automotive coatings and
inks (including UV) applications. Based on
high molecular weight polymers with multiple
pigment affinic groups, they provide exceptional
pigment wetting and dispersing efficiency
thereby allowing high pigment loading with full
color strength development in short dispersion
times.
Disponer 9250 is a highly versatile dispersant
for all types of TiO2 resulting in coatings with
enhanced storage stability and good color
acceptance and compatibility when tinted with
colorants.
Disponer 983 and Disponer 9850 are polymeric
dispersing agents that are highly effective
for dispersing carbon black and organic
pigments. They are used in a wide range of high
performance solvent-based industrial coatings.
6
DAPRO® and Defom defoamers are grouped
into silicone and silicone-free categories.
The broad product line offers a multitude of
solutions in combating foam generated during
the manufacturing and application processes of
solvent-based coatings.
DAPRO® AP 1622 is a highly effective silicone
defoamer used in oil and alkyd modified
urethanes, nitrocellulose lacquers, chlorinated
rubber and epoxies.
DAPRO® DF MOM and Defom 3500 are
recommended for air-drying alkyd systems,
alkyd-melamine baking enamels, acrylic
isocyanate lacquers, nitrocellulose lacquers,
acid-curing lacquers and epoxy primers.
Defom 5300 is a general purpose silicone
defoamer that provides excellent defoaming
and compatibility in industrial solvent-based
coatings.
Defom 5800F is an aromatic-free, general
purpose defoamer for industrial solvent-based
coatings. It shows good system compatibility in
various coating systems.
Defom 6800 is a 100% active, aggressive foam-
release and anti-foaming agent particularly
suited for epoxy floor coatings, epoxy floorings
and other high-build systems.
DefoamersLevaslip and Levelol leveling agents and
DAPRO® interfacial tension modifiers improve
surface slip, leveling and reduce film defects
such as crawling, fisheyes, cratering, orange
peel and Benard cells. They also promote
spreading and uniform film formation on hard to
wet or contaminated surfaces. These additives
are also effective in overcoming color floating
and flooding issues commonly found in solvent-
based coatings.
Leveling agents and slip additives quickly
migrate to the coating surface to reduce the
surface tension of the drying film. They help to
level and eliminate the development of Benard
cells by providing a uniform surface. In addition,
the structure of the modified polysiloxane
provides a low coefficient of friction on the
coating surface after drying and enhances
the surface smoothness, slip and anti-scratch
properties.
Levaslip Polysiloxane leveling agents
are derived from a polydimethylsiloxane
(Fig. 5). Modification of polydimethylsiloxane
with polyether is done on pendant methyl
groups to improve its compatibility and vary
its surface tension. The polyether typically
contains ethylene oxide (EO) and/or propylene
oxide (PO) chains (Fig. 6).
Leveling Agents
7
By adjusting the ratio of hydrophilic (EO) and
lipophilic (PO) groups, polarity of the additives
can be controlled to provide good compatibility
in high/low polarity coating systems. This in turn
influences the leveling and foaming behaviors
of the additives. Modified polysiloxanes are
particularly effective in minimizing orange peel
caused by short wave.
Fig. 5 Polydimethylsiloxane
Fig. 6 Polyether modified polydimethylsiloxane
Silicone-based leveling agents can migrate to the
coating surface and negatively affect recoatability
of dried film. Where the use of polysiloxane leveling
agents is not recommended, Levelol polyacrylate
leveling agents are the best alternative for
systems requiring recoatability such as primers.
They not only enhance film smoothness, but also
promote leveling speed and substrate wetting. For
enhanced performance, fluorocarbon-modified
products such as Levelol 837 and Levelol 839 are
recommended.
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DAPRO® Interfacial Tension Modifiers
These products are designed to eliminate or
reduce coating defects, such as orange peel,
fish eyes and cratering. They also improve
leveling of paint films. DAPRO® interfacial
tension modifiers have excellent recoatability.
DAPRO® S-65 is generally effective in high
solids and conventional polyesters and acrylics.
whereas DAPRO® U-99 is generally more
effective in two-component epoxies and alkyds.
The latter can also be used in water based
systems.
8
Surface ModifiersSLIP-AYD® additives are based on low
molecular weight polyethylene and other
synthetic and natural waxes. They reduce the
coefficient of friction and increase apparent film
hardness of coatings.
SLIP-AYD® waxes can protect a coating from:
Marring, scuffing
Blocking扰
Staining
Rubbing
Metal Marking
Water Penetration
Abrasion
Scratching
Forming Damage
Transit Damage
SLIP-AYD® dispersions include polyethylenes,
hard polymeric and carnauba waxes dispersed
in a variety of solvents or solvent blends. These
dispersions are stable and will not recrystallize,
gel, or settle on storage. The solvents and
vehicles have been selected for optimum
performance in the widest range of coating
systems. The degree of dispersion has been
carefully controlled for reproducible results.
Many waxes can be effective in improving
the surface characteristics of the coatings or
eliminating performance problems associated
with coefficient of friction. Effectiveness is
dependent on several factors including, but
not limited to, wax chemistry, hardness, and
softening range. Experience has shown that
certain wax types provide consistent results in
a wide range of applications.
Polyethylene
Low molecular weight polyethylenes offer good
resistance to abrasion, blocking, marring and
scuffing. They are very versatile with good
overall results and benefits.
High melt polyethylene
Extremely hard, low molecular weight
polyethylenes offer exceptional resistance to
blocking and abrasion. May reduce gloss.
Hard polymeric wax (Fischer-Tropsch)
Hard, brittle, synthetic aliphatic wax that provides
excellent slip and good block resistance.
9
Carnauba wax
A hard, brittle, lustrous natural wax which
provides very low coefficient of friction, excellent
product release and improved resistance to
marring, scuffing and metal marking.
Soft polymeric wax
A tough plastic synthetic wax which provides
exceptional slip and excellent mar resistance.
Wax blends
Blends of synthetic waxes and wax-like materials
that synergistically enhance the benefits of the
individual waxes. They are highly effective in
reducing coefficient of friction and increasing
the resistance to marring, scuffing, and rubbing.
PTFE
Ultra low coefficient of friction and exceptional
resistance to high temperature. Easy to blend
withother waxes for best value and property
balance.
Polysiloxane
Provides increased slip and mar resistance.
10
Product Composition Form Active % Chemical Activator Shear Energy Principal Use Use Level % Product
BENATHIX® Organically modified smectite clay Powder 100 Not required Medium Suitable for medium-to-high polarity solvent-based coatings, inks and unsaturated polyester gel coats
0.5 - 1.0 BENATHIX®
BENGEL® 434 Organic derivative of a bentonite clay Powder 100 Recommended High Low polarity aliphatic and aromatic systems 0.3 - 1.2 BENGEL® 434
BENGEL® 658 Organic derivative of a bentonite clay Powder 100 Not required High Low polarity aliphatic and aromatic systems 0.2 - 1.5 BENGEL® 658
BENGEL® 938 organic derivative of a bentonite clay Powder 100 Recommended High medium polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 938
BENGEL® 818 Organic derivative of a bentonite clay Powder 100 Not required High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 818
BENGEL® 828 Organic derivative of a bentonite clay Powder 100 Not required High High polarity aromatic and oxygenated systems 0.2 - 2.0 BENGEL® 828
BENGEL® 858 Organic derivative of a bentonite clay Powder 100 Recommended High Medium polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 858
BENGEL® 908 Organic derivative of a bentonite clay Powder 100 Recommended High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 908
BENGEL® 958 Organic derivative of a bentonite clay Powder 100 Not required High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 958
BENGEL® 988 Organic derivative of a bentonite clay Powder 100 Not required Medium Suitable for medium-to-high polarity solvent-based coatings & inks 0.2 - 2.0 BENGEL® 988
BENTONE® 27 Organic derivative of a hectorite clay Powder 100 Recommended High High polarity aromatic and oxygenated systems 0.2 - 1.0 BENTONE® 27
BENTONE® 38 Organic derivative of a hectorite clay Powder 100 Recommended High Medium polarity aliphatic and aromatic systems 0.2 - 1.0 BENTONE® 38
BENTONE® 34 Organic derivative of a bentonite clay Powder 100 Recommended High Low polarity aliphatic and aromatic systems 0.2 - 3.0 BENTONE® 34
BENTONE® 52 Organic derivative of a bentonite clay Powder 100 Recommended High Low-medium polarity aliphatic and aromatic systems 0.5 - 1.0 BENTONE® 52
BENTONE® 54 Organic derivative of a bentonite clay Powder 100 Recommended High Low-medium polarity aliphatic and aromatic system 0.2 - 1.0 BENTONE® 54
BENTONE® 57 Organic derivative of a bentonite clay Powder 100 Recommended High Medium-high polarity aromatic and oxygenated systems 0.4 - 2.0 BENTONE® 57
BENTONE® 1000 Organic derivative of a bentonite clay Powder 100 Beneficial High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENTONE® 1000
BENTONE SD® -1 Organic derivative of a bentonite clay Powder 100 Not required Medium Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENTONE SD® -1
BENTONE SD® -2 Organic derivative of a bentonite clay Powder 100 Not required Medium High polarity aromatic and oxygenated systems 0.2 - 2.0 BENTONE SD® -2
BENTONE SD® -3 Organic derivative of a smectite clay Powder 100 Not required Medium Medium polarity aliphatic and aromatic systems 0.2 - 1.0 BENTONE SD® -3
Organoclays
11
Product Composition Form Active % Chemical Activator Shear Energy Principal Use Use Level % Product
BENATHIX® Organically modified smectite clay Powder 100 Not required Medium Suitable for medium-to-high polarity solvent-based coatings, inks and unsaturated polyester gel coats
0.5 - 1.0 BENATHIX®
BENGEL® 434 Organic derivative of a bentonite clay Powder 100 Recommended High Low polarity aliphatic and aromatic systems 0.3 - 1.2 BENGEL® 434
BENGEL® 658 Organic derivative of a bentonite clay Powder 100 Not required High Low polarity aliphatic and aromatic systems 0.2 - 1.5 BENGEL® 658
BENGEL® 938 organic derivative of a bentonite clay Powder 100 Recommended High medium polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 938
BENGEL® 818 Organic derivative of a bentonite clay Powder 100 Not required High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 818
BENGEL® 828 Organic derivative of a bentonite clay Powder 100 Not required High High polarity aromatic and oxygenated systems 0.2 - 2.0 BENGEL® 828
BENGEL® 858 Organic derivative of a bentonite clay Powder 100 Recommended High Medium polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 858
BENGEL® 908 Organic derivative of a bentonite clay Powder 100 Recommended High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 908
BENGEL® 958 Organic derivative of a bentonite clay Powder 100 Not required High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENGEL® 958
BENGEL® 988 Organic derivative of a bentonite clay Powder 100 Not required Medium Suitable for medium-to-high polarity solvent-based coatings & inks 0.2 - 2.0 BENGEL® 988
BENTONE® 27 Organic derivative of a hectorite clay Powder 100 Recommended High High polarity aromatic and oxygenated systems 0.2 - 1.0 BENTONE® 27
BENTONE® 38 Organic derivative of a hectorite clay Powder 100 Recommended High Medium polarity aliphatic and aromatic systems 0.2 - 1.0 BENTONE® 38
BENTONE® 34 Organic derivative of a bentonite clay Powder 100 Recommended High Low polarity aliphatic and aromatic systems 0.2 - 3.0 BENTONE® 34
BENTONE® 52 Organic derivative of a bentonite clay Powder 100 Recommended High Low-medium polarity aliphatic and aromatic systems 0.5 - 1.0 BENTONE® 52
BENTONE® 54 Organic derivative of a bentonite clay Powder 100 Recommended High Low-medium polarity aliphatic and aromatic system 0.2 - 1.0 BENTONE® 54
BENTONE® 57 Organic derivative of a bentonite clay Powder 100 Recommended High Medium-high polarity aromatic and oxygenated systems 0.4 - 2.0 BENTONE® 57
BENTONE® 1000 Organic derivative of a bentonite clay Powder 100 Beneficial High Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENTONE® 1000
BENTONE SD® -1 Organic derivative of a bentonite clay Powder 100 Not required Medium Low polarity aliphatic and aromatic systems 0.2 - 2.0 BENTONE SD® -1
BENTONE SD® -2 Organic derivative of a bentonite clay Powder 100 Not required Medium High polarity aromatic and oxygenated systems 0.2 - 2.0 BENTONE SD® -2
BENTONE SD® -3 Organic derivative of a smectite clay Powder 100 Not required Medium Medium polarity aliphatic and aromatic systems 0.2 - 1.0 BENTONE SD® -3
12
Product Composition Solvent Form Active % Activator Principal Use Use Level % Product
THIXATROL® MAX Proprietary organic None Powder 100 Temperature control and high shear forces
Low-high polarity systems 0.2 - 2.0 THIXATROL® MAX
THIXATROL® PLUS Proprietary organic None Powder 100 Temperature control and high shear forces
Conventional and High build industrial coatings 0.2 - 0.5 THIXATROL® PLUS
THIXATROL® AS 8053 Proprietary organic None Powder 100 Temperature control and dwell time requirements
Hybrid sealants, industrial coatings, epoxy primers and polyurethane top coat systems
0.5 - 3.5 THIXATROL® AS 8053
THIXATROL® P600 Polyamide wax None Powder 100 Temperature control and high shear forces
Heavy duty coatings, epoxy paint, chlorinated rubber, alkyd paint
1.0 - 3.0 THIXATROL® P600
THIXATROL® P200N Special polyamide wax Aliphatic solvent Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P200N
THIXATROL® P220X Special polyamide wax Xylene/alcohols Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P220X
THIXATROL® P220XF Special polyamide wax BTX-free solvent Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P220XF
THIXATROL® P240X Special polyamide wax Xylene/alcohols Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P240X
THIXATROL® P260X Special polyamide wax Xylene/alcohols Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P260X
THIXATROL® ST Modified castor oil derivative None Powder 100 Temperature control and high shear forces
Low polarity aliphatic and aromatic systems 0.2 - 1.0 THIXATROL® ST
THIXATROL® UV1104 Polyester None Liquid 100 Temperature and shear forces High solids or 100 % NV pigmented UV systems 0.2 - 1.0 THIXATROL® UV1104
THIXCIN® R Organic derivative of castor oil None Powder 100 Temperature control and high shear forces
Low polarity aliphatic systems 0.2 - 0.8 THIXCIN® R
M-P-A® 10X Complex polyolefin compound Xylene Liquid 9 - 11 Temperature control and high shear forces
Prevent pigment settling, especially for metallic paint
2.0 - 5.0 M-P-A® 10X
M-P-A® 20X Complex polyolefin compound Xylene Paste 19 - 21 Temperature control and high shear forces
Anti-settling for pigment, metallic and pearlescent paint in solvent-based coatings
0.5 - 2.0 M-P-A® 20X
M-P-A® 60X Organic compound Xylene Paste 22 - 26 Temperature and high shear forces Medium-high polarity aromatic and oxygenated systems
1.0 - 3.0 M-P-A® 60X
M-P-A® 1078 X Organic compound Xylene Paste 39 - 41 Temperature and high shear forces Industrial coatings, traffic paint, marine coatings 0.2 - 1.0 M-P-A® 1078 X
M-P-A® 2000 X Proprietary organic compound Xylene Pourable liquid
20 Temperature and high shear forces Medium-high polarity aromatic and oxygenated systems
0.5 - 1.5 M-P-A® 2000 X
M-P-A® 4020 X Proprietary organic compound Xylene Pourable liquid
20 Temperature and high shear forces Medium-high polarity aromatic and oxygenated systems
0.5 - 1.5 M-P-A® 4020 X
M-P-A® 4020BA Proprietary organic compound Butyl acetate Pourable liquid
20 Temperature and high hear forces Medium-high polarity aromatic and oxygenated HAPS free systems
0.5 - 1.5 M-P-A® 4020BA
DeuRheo 209 Polyamide wax Xylene/alcohols Paste 19 - 21 Temperature and shear forces Solvent-based coatings, ink, anti-corrosion primer, sealant
0.1 - 5.0 DeuRheo 209
DeuRheo 219 Polyamide wax Xylene/alcohols Paste 19 - 21 Temperature and shear forces Metallic, pearlescent, matte coatings 1.0 - 5.0 DeuRheo 219
DeuRheo 2810 Modified polyurea N-methyl pyrrolidone Liquid 50 - 54 Temperature and shear forces Medium polarity systems like epoxy coatings, polyurethane coatings
0.5 - 3.0 DeuRheo 2810
Organic Rheological Additives
13
Product Composition Solvent Form Active % Activator Principal Use Use Level % Product
THIXATROL® MAX Proprietary organic None Powder 100 Temperature control and high shear forces
Low-high polarity systems 0.2 - 2.0 THIXATROL® MAX
THIXATROL® PLUS Proprietary organic None Powder 100 Temperature control and high shear forces
Conventional and High build industrial coatings 0.2 - 0.5 THIXATROL® PLUS
THIXATROL® AS 8053 Proprietary organic None Powder 100 Temperature control and dwell time requirements
Hybrid sealants, industrial coatings, epoxy primers and polyurethane top coat systems
0.5 - 3.5 THIXATROL® AS 8053
THIXATROL® P600 Polyamide wax None Powder 100 Temperature control and high shear forces
Heavy duty coatings, epoxy paint, chlorinated rubber, alkyd paint
1.0 - 3.0 THIXATROL® P600
THIXATROL® P200N Special polyamide wax Aliphatic solvent Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P200N
THIXATROL® P220X Special polyamide wax Xylene/alcohols Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P220X
THIXATROL® P220XF Special polyamide wax BTX-free solvent Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P220XF
THIXATROL® P240X Special polyamide wax Xylene/alcohols Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P240X
THIXATROL® P260X Special polyamide wax Xylene/alcohols Paste 19 - 21 Suitable for post-add Solvent-based coatings, ink systems, sealants 1.0 - 5.0 THIXATROL® P260X
THIXATROL® ST Modified castor oil derivative None Powder 100 Temperature control and high shear forces
Low polarity aliphatic and aromatic systems 0.2 - 1.0 THIXATROL® ST
THIXATROL® UV1104 Polyester None Liquid 100 Temperature and shear forces High solids or 100 % NV pigmented UV systems 0.2 - 1.0 THIXATROL® UV1104
THIXCIN® R Organic derivative of castor oil None Powder 100 Temperature control and high shear forces
Low polarity aliphatic systems 0.2 - 0.8 THIXCIN® R
M-P-A® 10X Complex polyolefin compound Xylene Liquid 9 - 11 Temperature control and high shear forces
Prevent pigment settling, especially for metallic paint
2.0 - 5.0 M-P-A® 10X
M-P-A® 20X Complex polyolefin compound Xylene Paste 19 - 21 Temperature control and high shear forces
Anti-settling for pigment, metallic and pearlescent paint in solvent-based coatings
0.5 - 2.0 M-P-A® 20X
M-P-A® 60X Organic compound Xylene Paste 22 - 26 Temperature and high shear forces Medium-high polarity aromatic and oxygenated systems
1.0 - 3.0 M-P-A® 60X
M-P-A® 1078 X Organic compound Xylene Paste 39 - 41 Temperature and high shear forces Industrial coatings, traffic paint, marine coatings 0.2 - 1.0 M-P-A® 1078 X
M-P-A® 2000 X Proprietary organic compound Xylene Pourable liquid
20 Temperature and high shear forces Medium-high polarity aromatic and oxygenated systems
0.5 - 1.5 M-P-A® 2000 X
M-P-A® 4020 X Proprietary organic compound Xylene Pourable liquid
20 Temperature and high shear forces Medium-high polarity aromatic and oxygenated systems
0.5 - 1.5 M-P-A® 4020 X
M-P-A® 4020BA Proprietary organic compound Butyl acetate Pourable liquid
20 Temperature and high hear forces Medium-high polarity aromatic and oxygenated HAPS free systems
0.5 - 1.5 M-P-A® 4020BA
DeuRheo 209 Polyamide wax Xylene/alcohols Paste 19 - 21 Temperature and shear forces Solvent-based coatings, ink, anti-corrosion primer, sealant
0.1 - 5.0 DeuRheo 209
DeuRheo 219 Polyamide wax Xylene/alcohols Paste 19 - 21 Temperature and shear forces Metallic, pearlescent, matte coatings 1.0 - 5.0 DeuRheo 219
DeuRheo 2810 Modified polyurea N-methyl pyrrolidone Liquid 50 - 54 Temperature and shear forces Medium polarity systems like epoxy coatings, polyurethane coatings
0.5 - 3.0 DeuRheo 2810
14
Product Composition Solvent Form Active % Activator Principal Use Use Level % Product
M-P-A® H105 Complex polyolefin Xylene Paste 4 - 6 High shear forces Metallic paint and pearlescent coatings 3.0 - 10.0 M-P-A® H105
M-P-A® E106A Synthetic wax Xylene, butyl acetate and
alcohol
Liquid 5 - 7 High shear forces Car refinish, slip agent for can and coil coatings, aluminium orientation
80 - 150 based on aluminium paste
M-P-A® E106A
DeuRheo 211 Polyethylene wax Xylene Paste 9.5 - 10.5 Temperature and high shear forces Metallic paint, pearlescent coatings and matte coatings
1.0 - 5.0 DeuRheo 211
DeuRheo 212 Polyethylene wax Xylene Paste 19 - 21 Co-grind Medium to low polarity systems, anti-corrosive coatings, industrial coatings
0.5 - 2.0 DeuRheo 212
DeuRheo 211F Polyethylene wax n-butyl acetate/ methyl cyclohexane
Paste 9.5 - 10.5 Temperature and high shear forces Suitable for use in virtually all solvent-based organic coatings including air drying and stoving systems
1.0 - 5.0 DeuRheo 211F
DeuRheo 202SP Polyethylene wax Xylene Paste 24 - 26 Co-grind Solvent-based systems, anti-corrosion systems 0.5 - 2.0 DeuRheo 202SP
DeuRheo 556 Ethylenevinyl acetate copolymer n-butyl acetate/xylene/
n-butyl alcohol
Paste 5.5 - 6.5 Temperature and high shear forces Recommended for use in solvent-based coatings and one coat metallic top coatings
80 - 150 based on aluminium paste
DeuRheo 556
DeuRheo 556F Ethylene-vinyl acetate copolymer n-butyl acetate/ n-butyl alcohol
Paste 5.5 - 6.5 High speed stirring before use Recommended for solvent-based metallic coating
80 - 150 based on aluminium paste
DeuRheo 556F
Product Composition Solvent Form Active % Principal Use Use Level % Product
DAPRO® BEZ 75 Liquid castor oil derivative Water Liquid 75 Activator to produce easy to handle BENTONE® pre-gels for aliphatic systems, improves anti-settling
25 - 50 on organoclay DAPRO® BEZ 75
DAPRO® FX 2060 Polyamide Xylene Isobutanol Liquid 50 Activator to produce easy to handle BENTONE® pre-gels 25 - 50 on organoclay DAPRO® FX 2060
Organic Rheological Additives
Chemical Activators
15
Product Composition Solvent Form Active % Activator Principal Use Use Level % Product
M-P-A® H105 Complex polyolefin Xylene Paste 4 - 6 High shear forces Metallic paint and pearlescent coatings 3.0 - 10.0 M-P-A® H105
M-P-A® E106A Synthetic wax Xylene, butyl acetate and
alcohol
Liquid 5 - 7 High shear forces Car refinish, slip agent for can and coil coatings, aluminium orientation
80 - 150 based on aluminium paste
M-P-A® E106A
DeuRheo 211 Polyethylene wax Xylene Paste 9.5 - 10.5 Temperature and high shear forces Metallic paint, pearlescent coatings and matte coatings
1.0 - 5.0 DeuRheo 211
DeuRheo 212 Polyethylene wax Xylene Paste 19 - 21 Co-grind Medium to low polarity systems, anti-corrosive coatings, industrial coatings
0.5 - 2.0 DeuRheo 212
DeuRheo 211F Polyethylene wax n-butyl acetate/ methyl cyclohexane
Paste 9.5 - 10.5 Temperature and high shear forces Suitable for use in virtually all solvent-based organic coatings including air drying and stoving systems
1.0 - 5.0 DeuRheo 211F
DeuRheo 202SP Polyethylene wax Xylene Paste 24 - 26 Co-grind Solvent-based systems, anti-corrosion systems 0.5 - 2.0 DeuRheo 202SP
DeuRheo 556 Ethylenevinyl acetate copolymer n-butyl acetate/xylene/
n-butyl alcohol
Paste 5.5 - 6.5 Temperature and high shear forces Recommended for use in solvent-based coatings and one coat metallic top coatings
80 - 150 based on aluminium paste
DeuRheo 556
DeuRheo 556F Ethylene-vinyl acetate copolymer n-butyl acetate/ n-butyl alcohol
Paste 5.5 - 6.5 High speed stirring before use Recommended for solvent-based metallic coating
80 - 150 based on aluminium paste
DeuRheo 556F
Product Composition Solvent Form Active % Principal Use Use Level % Product
DAPRO® BEZ 75 Liquid castor oil derivative Water Liquid 75 Activator to produce easy to handle BENTONE® pre-gels for aliphatic systems, improves anti-settling
25 - 50 on organoclay DAPRO® BEZ 75
DAPRO® FX 2060 Polyamide Xylene Isobutanol Liquid 50 Activator to produce easy to handle BENTONE® pre-gels 25 - 50 on organoclay DAPRO® FX 2060
16
Product Composition Solvent FP* °C SG* Principal Use Use Level % Product
DAPRO® AP 1622 Silicone/hydrocarbon solvent Solvent blend 40 0.8 - 0.9 Solvent-based paint/coatings, clear oil and alkyd modified urethanes, OEM, equipment and machinery, metal furniture, plastic coatings, adhesives Inks
0.05 - 0.5 DAPRO® AP 1622
DAPRO® DF MOM Silicone-free hydrocarbon blend Mineral spirit/solvent naptha 26 0.83 Air-drying alkyd systems, alkyd-melamine baking enamels, acrylic isocyanate lacquers, nitrocellulose lacquers and acid-hardening lacquers
0.1 - 0.5 DAPRO® DF MOM
Defom 2700 Silicone-free polymer Aromatic hydrocarbon solvent 50 ca. 0.87 UV curing coatings, unsaturated polyester composites, epoxy coatings 0.1 - 1.0 Defom 2700
Defom 3100 Silicone-free polymer Aromatic hydrocarbon solvent 51 0.86 - 0.89 Unsaturated polyester coatings, UV-curable coatings, epoxy coatings 0.1 - 1.0 Defom 3100
Defom 3200 Silicone-free polymer Aliphatic hydrocarbon solvent 38 ca. 0.78 Sanding sealer, baking paint, nitrocellulose lacquer 0.1 - 0.5 Defom 3200
Defom 3500 Silicone-free polymer Aliphatic hydrocarbon solvent/butyl glycolate/ethylene glycol monobutyl ether
38 ca. 0.80 Wood primer coatings 0.1 - 0.5 Defom 3500
Defom 5300 Modified polysiloxane Cyclohexanone/aromatic hydrocarbon solvent 45 0.875 - 1.000 Solvent-based coatings 0.1 - 0.7 Defom 5300
Defom 5400 Modified polysiloxane Aromatic hydrocarbon solvent 42 0.850 - 0.875 Solvent-based coatings 0.1 - 0.7 Defom 5400
Defom 5800F Modified polysiloxane n-butyl acetate 27 0.86 - 0.90 Solvent-based coatings, toy coatings 0.1 - 0.7 Defom 5800F
Defom 6500 Modified polysiloxane Cyclohexanone 45 0.92 - 0.96 Solvent-based coatings, toy coatings, epoxy coatings 0.1 - 1.0 Defom 6500
Defom 6510 Modified polysiloxane n-butyl acetate 27 0.86 - 0.90 2K polyurethane coatings, solvent-based industrial coatings, epoxy coatings
0.1 - 1.7 Defom 6510
Defom 6700 Polysiloxane None 28 0.97 2K polyurethane coatings, solvent-based coatings, inks 0.1 - 0.2 Defom 6700
Defom 6800 Polysiloxane containing hydrophobic particles
None >100 0.96 - 1.00 Epoxy coatings, floor coatings 0.01 - 1.00 Defom 6800
* FP: Flash Point* SG: Specific Gravity
Defoamers
Wetting and Dispersing Agents
Product Composition Solvent FP* °C Form SG* Active % Principal Use Use Level % Product
NUOSPERSE® 15 Modified thermo-plastic acrylic polymer
PMA 42 Liquid 1.04 65 Colorants for industrial coatings 2 - 4 on total formulation-added in millbase 20 - 40 (sole binder for pigment pastes)
NUOSPERSE® 15
NUOSPERSE® 9100 Modified thermo-plastic acrylic polymer
None None Powder 1.14 100 UV and high solids coatings 2 - 4 on total formulation-added in millbase 20 - 40 (sole binder for pigment pastes)
NUOSPERSE® 9100
NUOSPERSE® 2006 Multi functional anionic & non-ionic surfactant
Water >100 Liquid 1.09 62 - 65 Medium duty industrial coatings systems
0.1 - 1.0 on total formulation-added in millbase NUOSPERSE® 2006
NUOSPERSE® 2008 Multi functional surfactant None >100 Liquid 1.04 100 Solvent-free epoxy systems, solvent-free epoxy coatings
0.5 - 1.5 on total formulation-added in millbase NUOSPERSE® 2008
NUOSPERSE® AP 657 High molecular weight polyester Naphtha (petroleum),hydrotreated heavy
57 Liquid 0.95 72 - 76 Industrial and alkyd based systems 0.5 - 2.5 calculated on the pigment paste NUOSPERSE® AP 657
NUOSPERSE® FA 196 Surface active compound None >100 Liquid 1.04 100 High performance coatings, especially interesting for high solids and VOC free systems
0.1 - 0.5 on total formulation-added in millbase NUOSPERSE® FA 196
NUOSPERSE® FA 601 Combination of surfaceactive agents in solution
Solvent mixture 41 Liquid 1.01 50 Architectural and industrial coatings 0.1 - 1.0 on total formulation-added in millbase NUOSPERSE® FA 601
NUOSPERSE® FX 9086 Polymeric surfactant dissolved in methoxy propyl acetate
PMA 42 Liquid 1.02 50 Industrial coatings 0.5 - 1.5 on total formulation-added in millbase NUOSPERSE® FX 9086
17
Product Composition Solvent FP* °C SG* Principal Use Use Level % Product
DAPRO® AP 1622 Silicone/hydrocarbon solvent Solvent blend 40 0.8 - 0.9 Solvent-based paint/coatings, clear oil and alkyd modified urethanes, OEM, equipment and machinery, metal furniture, plastic coatings, adhesives Inks
0.05 - 0.5 DAPRO® AP 1622
DAPRO® DF MOM Silicone-free hydrocarbon blend Mineral spirit/solvent naptha 26 0.83 Air-drying alkyd systems, alkyd-melamine baking enamels, acrylic isocyanate lacquers, nitrocellulose lacquers and acid-hardening lacquers
0.1 - 0.5 DAPRO® DF MOM
Defom 2700 Silicone-free polymer Aromatic hydrocarbon solvent 50 ca. 0.87 UV curing coatings, unsaturated polyester composites, epoxy coatings 0.1 - 1.0 Defom 2700
Defom 3100 Silicone-free polymer Aromatic hydrocarbon solvent 51 0.86 - 0.89 Unsaturated polyester coatings, UV-curable coatings, epoxy coatings 0.1 - 1.0 Defom 3100
Defom 3200 Silicone-free polymer Aliphatic hydrocarbon solvent 38 ca. 0.78 Sanding sealer, baking paint, nitrocellulose lacquer 0.1 - 0.5 Defom 3200
Defom 3500 Silicone-free polymer Aliphatic hydrocarbon solvent/butyl glycolate/ethylene glycol monobutyl ether
38 ca. 0.80 Wood primer coatings 0.1 - 0.5 Defom 3500
Defom 5300 Modified polysiloxane Cyclohexanone/aromatic hydrocarbon solvent 45 0.875 - 1.000 Solvent-based coatings 0.1 - 0.7 Defom 5300
Defom 5400 Modified polysiloxane Aromatic hydrocarbon solvent 42 0.850 - 0.875 Solvent-based coatings 0.1 - 0.7 Defom 5400
Defom 5800F Modified polysiloxane n-butyl acetate 27 0.86 - 0.90 Solvent-based coatings, toy coatings 0.1 - 0.7 Defom 5800F
Defom 6500 Modified polysiloxane Cyclohexanone 45 0.92 - 0.96 Solvent-based coatings, toy coatings, epoxy coatings 0.1 - 1.0 Defom 6500
Defom 6510 Modified polysiloxane n-butyl acetate 27 0.86 - 0.90 2K polyurethane coatings, solvent-based industrial coatings, epoxy coatings
0.1 - 1.7 Defom 6510
Defom 6700 Polysiloxane None 28 0.97 2K polyurethane coatings, solvent-based coatings, inks 0.1 - 0.2 Defom 6700
Defom 6800 Polysiloxane containing hydrophobic particles
None >100 0.96 - 1.00 Epoxy coatings, floor coatings 0.01 - 1.00 Defom 6800
Product Composition Solvent FP* °C Form SG* Active % Principal Use Use Level % Product
NUOSPERSE® 15 Modified thermo-plastic acrylic polymer
PMA 42 Liquid 1.04 65 Colorants for industrial coatings 2 - 4 on total formulation-added in millbase 20 - 40 (sole binder for pigment pastes)
NUOSPERSE® 15
NUOSPERSE® 9100 Modified thermo-plastic acrylic polymer
None None Powder 1.14 100 UV and high solids coatings 2 - 4 on total formulation-added in millbase 20 - 40 (sole binder for pigment pastes)
NUOSPERSE® 9100
NUOSPERSE® 2006 Multi functional anionic & non-ionic surfactant
Water >100 Liquid 1.09 62 - 65 Medium duty industrial coatings systems
0.1 - 1.0 on total formulation-added in millbase NUOSPERSE® 2006
NUOSPERSE® 2008 Multi functional surfactant None >100 Liquid 1.04 100 Solvent-free epoxy systems, solvent-free epoxy coatings
0.5 - 1.5 on total formulation-added in millbase NUOSPERSE® 2008
NUOSPERSE® AP 657 High molecular weight polyester Naphtha (petroleum),hydrotreated heavy
57 Liquid 0.95 72 - 76 Industrial and alkyd based systems 0.5 - 2.5 calculated on the pigment paste NUOSPERSE® AP 657
NUOSPERSE® FA 196 Surface active compound None >100 Liquid 1.04 100 High performance coatings, especially interesting for high solids and VOC free systems
0.1 - 0.5 on total formulation-added in millbase NUOSPERSE® FA 196
NUOSPERSE® FA 601 Combination of surfaceactive agents in solution
Solvent mixture 41 Liquid 1.01 50 Architectural and industrial coatings 0.1 - 1.0 on total formulation-added in millbase NUOSPERSE® FA 601
NUOSPERSE® FX 9086 Polymeric surfactant dissolved in methoxy propyl acetate
PMA 42 Liquid 1.02 50 Industrial coatings 0.5 - 1.5 on total formulation-added in millbase NUOSPERSE® FX 9086
18
* FP: Flash Point* SG: Specific Gravity
Product Composition Solvent FP* °C Form SG* Active % Principal Use Use Level % Product
NUOSPERSE® FX 9200 Highly branched copolymer None >100 Powder 1.13 100 Inks 20 - 40 Organic pigments40 - 100 Carbon black
NUOSPERSE® FX 9200
NUOSPERSE® FX 9360 Highly branched copolymer n-Butyl acetate 31 Liquid 0.98 40 Colorants, automotive and plastic coatings 20 - 40 Organic pigments40 - 100 Carbon black
NUOSPERSE® FX 9360
Disponer 903 Modified polysiloxane Xylene/Isobutyl alcohol 24 Liquid ca. 0.85 8.5 - 10.5 Solvent-based colored paint 0.1 - 1.0 Disponer 903
Disponer 904 High molecular weight carboxylic acid
Xylene/diisobutyl ketone 33 Liquid ca. 0.94 49 - 51 Medium to high polarity solvent and solvent-free systems
0.5 - 3.0 Inorganic pigments 2.0 - 5.0 Organic pigments
Disponer 904
Disponer 923 Electro-neutral amine salt of polycar-boxylic acid
Aromatic hydrocarbon solvent
34 Liquid ca. 0.89 48 - 52 Medium to high polarity inorganic pigment systems
As dispersant: 0.5 - 2.0 based on total pigmentsAs organoclay activator: 30 - 50 based on BENTONE®
Disponer 923
Disponer 926 Anionic surfactant None >100 Liquid ca. 1.04 82 - 88 Medium to high polarity organic pigment systems
Organic pigment: 1.0 - 3.0 based on pigment Inorganic pigment: 0.5 - 1.5 based on pigment
Disponer 926
Disponer 929 Anionic surfactant Xylene/aromatic hydrocarbon solvent/n-
butyl acetate
26 Liquid ca. 0.97 48 - 51 Organic pigment systems As a sole grinding vehicle: 20 - 50 based on total formulationAs a wetting and dispersing agent: incorporate before grinding, dispersing with pigment
Disponer 929
Disponer 983 High molecular weight polymer Xylene/butyl acetate 34 Liquid 0.95 - 0.99 52.5 - 54.5 Solvent-based coatings Carbon black: 20 - 80 based on pigment
Disponer 983
Disponer 904S Solution of polycarboxylic acid polymer with a polysiloxane copolymer
Xylene/diisobutyl ketone 33 Liquid 0.92 - 0.95 49 - 51 Medium to high polarity solvent and solvent-free systems
2.0 - 5.0 Inorganic pigments 0.5 - 3.0 Organic pigments
Disponer 904S
Disponer 912A Solution of a salt of polyamide and polyester, electro-neutral
Xylene/Isobutyl alcohol 34 Liquid ca. 0.91 48 - 52 Solvent-based coatings, wood primer 0.2 - 5.0 based on inorganic pigment 0.2 - 0.4 based on wood primers As organoclay activator:30 - 50 based on BENTONE®
Disponer 912A
Disponer 923S Electro-neutral amine salt of polycarboxylic acid with polysiloxane
Aromatic hydrocarbon solvent
49 Liquid ca. 0.89 38 - 41 Medium to high polarity inorganic pigment systems
As dispersant: 0.5 - 2.0 based on total pigmentsAs organoclay activator: 30 - 50 based on BENTONE®
Disponer 923S
Disponer 9250 Solution of a copolymer with acidic groups
Aromatic hydrocarbon solvent/PMAC
45 Liquid 1.01 - 1.05 48.5 - 51.5 Acrylic/melamine, acrylic polyurethane 2 - 5 based on pigment Disponer 9250
Disponer 9850 Modified polyurethane Xylene/propylene glycol monomethyl ether
acetate/n-butyl acetate
30 Liquid 0.96 - 1.00 44 - 47 Acrylic/melamine, alkyd/melamine, acrylic polyurethane
40 - 120 based on pigment Disponer 9850
Wetting and Dispersing Agents
19
Product Composition Solvent FP* °C Form SG* Active % Principal Use Use Level % Product
NUOSPERSE® FX 9200 Highly branched copolymer None >100 Powder 1.13 100 Inks 20 - 40 Organic pigments40 - 100 Carbon black
NUOSPERSE® FX 9200
NUOSPERSE® FX 9360 Highly branched copolymer n-Butyl acetate 31 Liquid 0.98 40 Colorants, automotive and plastic coatings 20 - 40 Organic pigments40 - 100 Carbon black
NUOSPERSE® FX 9360
Disponer 903 Modified polysiloxane Xylene/Isobutyl alcohol 24 Liquid ca. 0.85 8.5 - 10.5 Solvent-based colored paint 0.1 - 1.0 Disponer 903
Disponer 904 High molecular weight carboxylic acid
Xylene/diisobutyl ketone 33 Liquid ca. 0.94 49 - 51 Medium to high polarity solvent and solvent-free systems
0.5 - 3.0 Inorganic pigments 2.0 - 5.0 Organic pigments
Disponer 904
Disponer 923 Electro-neutral amine salt of polycar-boxylic acid
Aromatic hydrocarbon solvent
34 Liquid ca. 0.89 48 - 52 Medium to high polarity inorganic pigment systems
As dispersant: 0.5 - 2.0 based on total pigmentsAs organoclay activator: 30 - 50 based on BENTONE®
Disponer 923
Disponer 926 Anionic surfactant None >100 Liquid ca. 1.04 82 - 88 Medium to high polarity organic pigment systems
Organic pigment: 1.0 - 3.0 based on pigment Inorganic pigment: 0.5 - 1.5 based on pigment
Disponer 926
Disponer 929 Anionic surfactant Xylene/aromatic hydrocarbon solvent/n-
butyl acetate
26 Liquid ca. 0.97 48 - 51 Organic pigment systems As a sole grinding vehicle: 20 - 50 based on total formulationAs a wetting and dispersing agent: incorporate before grinding, dispersing with pigment
Disponer 929
Disponer 983 High molecular weight polymer Xylene/butyl acetate 34 Liquid 0.95 - 0.99 52.5 - 54.5 Solvent-based coatings Carbon black: 20 - 80 based on pigment
Disponer 983
Disponer 904S Solution of polycarboxylic acid polymer with a polysiloxane copolymer
Xylene/diisobutyl ketone 33 Liquid 0.92 - 0.95 49 - 51 Medium to high polarity solvent and solvent-free systems
2.0 - 5.0 Inorganic pigments 0.5 - 3.0 Organic pigments
Disponer 904S
Disponer 912A Solution of a salt of polyamide and polyester, electro-neutral
Xylene/Isobutyl alcohol 34 Liquid ca. 0.91 48 - 52 Solvent-based coatings, wood primer 0.2 - 5.0 based on inorganic pigment 0.2 - 0.4 based on wood primers As organoclay activator:30 - 50 based on BENTONE®
Disponer 912A
Disponer 923S Electro-neutral amine salt of polycarboxylic acid with polysiloxane
Aromatic hydrocarbon solvent
49 Liquid ca. 0.89 38 - 41 Medium to high polarity inorganic pigment systems
As dispersant: 0.5 - 2.0 based on total pigmentsAs organoclay activator: 30 - 50 based on BENTONE®
Disponer 923S
Disponer 9250 Solution of a copolymer with acidic groups
Aromatic hydrocarbon solvent/PMAC
45 Liquid 1.01 - 1.05 48.5 - 51.5 Acrylic/melamine, acrylic polyurethane 2 - 5 based on pigment Disponer 9250
Disponer 9850 Modified polyurethane Xylene/propylene glycol monomethyl ether
acetate/n-butyl acetate
30 Liquid 0.96 - 1.00 44 - 47 Acrylic/melamine, alkyd/melamine, acrylic polyurethane
40 - 120 based on pigment Disponer 9850
20
Product Composition Solvent FP*°C SG* Active % Principal Use Use Level % Product
Levaslip 411 Modified polysiloxane Toluene 4.4 ca. 0.875 6.7 - 7.7 Solvent-based coatings 0.05 - 0.50 Levaslip 411
Levaslip 412 Modified polysiloxane Xylene/Toluene 7 0.86 - 0.88 9 - 11 Solventless & solvent-based coatings, UV & Leather coatings
0.05 - 0.5 Levaslip 412
Levaslip 432 Modified polysiloxane Xylene/ethyleneglycol monobutylether
31 0.87 - 0.90 13 - 14 Solvent-based coatings 0.1 - 0.5 Levaslip 432
Levaslip 435 Modified polysiloxane None >100 ca. 0.964 > 98 Solvent-based coatings 0.05 - 0.30 Levaslip 435
Levaslip 455 Modified polysiloxane Ethylglycol monobutyl ether 66 ca. 0.96 48 - 52 Waterborne and solvent-based coatings 0.1 - 0.5 Levaslip 455
Levaslip 466 Modified polysiloxane Xylene/ethyleneglycol monobutylether
46 ca. 0.9 23.5 - 25.5 Solvent-based coatings 0.1 - 0.5 Levaslip 466
Levaslip 468 Modified polysiloxane None 80 1.00 - 1.03 100 Solvent-based and solvent-free coatings, UV curable coating
0.01 - 0.2 Levaslip 468
Levaslip 836 Modified polysiloxane Xylene/isobutanol 26 ca. 0.88 23 - 25 Solvent-based coatings 0.1 - 0.5 Levaslip 836
Levaslip 871 Polyester modified polysiloxane
Xylene 31 0.89 - 0.93 24.0 - 26.0 Solvent-based coatings 0.1 - 0.5 Levaslip 871
Levaslip 872 Polyester modified polysiloxane
Xylene 31 0.88 - 0.92 25 - 27 Polyester/melamine, alkyd/melamine, acrylic/melamine 0.1 - 0.5 Levaslip 872
Levaslip 873 Modified polysiloxane None >100 1.04 - 1.05 > 95 N/C lacquer, 2K - PU coatings 0.1 - 0.5 Levaslip 873
Levaslip 875 Modified polysiloxane Aromatic hydrocarbon solvent/γ-butyrolactone
56 0.98 - 1.01 47 - 52 Nitrocellulose lacquer, polyurethane, acid curing 0.1 - 0.5 Levaslip 875
Levaslip 876 Modified polysiloxane Xylene/ethylene glycol phenyl ether
30 ca. 0.93 12.0 - 14.0 Solvent-based coatings 0.2 - 0.5 Levaslip 876
Levaslip 879 Modified polysiloxane None >100 1.02 - 1.03 > 95 Polyurethane, Nitrocellulose lacquer, acid curing, waterborne
0.1 - 1.0 Levaslip 879
Levaslip 882 Modified polysiloxane Aromatic hydrocarbon solvent/butyrolactone
58 1.00 - 1.03 48 - 52 Nitrocellulose lacquer, 2K polyurethane 0.1 - 1.0 Levaslip 882
Levaslip 8627 Modified polysiloxane None 110 1.03 100 Solvent & UV curable system 0.05 - 2.0 Levaslip 8627
Levelol 491 Acrylic copolymer Aromatic hydrocarbon solvent >100 ca. 1.04 98.5 - 100 Solvent-based coatings 0.4 - 2.0 Levelol 491
Levelol 495 Acrylic copolymer Xylene 39 ca. 0.95 48 - 52 Solvent-based coatings 0.2 - 1.0 Levelol 495
Levelol 835 Acrylic copolymer Aromatic hydrocarbon solvent 46 ca. 0.94 49.5 - 51.5 Solvent-based coatings 0.1 - 1.0 Levelol 835
Levelol 837 Fluorocarbon modified polyacrylate
Xylene 36 ca. 0.98 69.0 - 72.0 Solvent-based coatings 0.1 - 0.5 Levelol 837
Levelol 839 Fluorocarbon modified polyacrylate
Propylene glycol methyl ether acetate
46 ca. 1.0 49.0 – 51.0 Solvent-based coatings 0.05 - 0.50 Levelol 839
Levelol TSP High boiling point solvents with surfactant
Aromatic hydrocarbon solvent >100 ca. 0.94 100 Solvent-based coatings 5 - 10 based on total solvent 2 - 5 based on total formulation is recommended
Levelol TSP
Leveling Agents
* FP: Flash Point* SG: Specific Gravity
21
Product Composition Solvent FP*°C SG* Active % Principal Use Use Level % Product
Levaslip 411 Modified polysiloxane Toluene 4.4 ca. 0.875 6.7 - 7.7 Solvent-based coatings 0.05 - 0.50 Levaslip 411
Levaslip 412 Modified polysiloxane Xylene/Toluene 7 0.86 - 0.88 9 - 11 Solventless & solvent-based coatings, UV & Leather coatings
0.05 - 0.5 Levaslip 412
Levaslip 432 Modified polysiloxane Xylene/ethyleneglycol monobutylether
31 0.87 - 0.90 13 - 14 Solvent-based coatings 0.1 - 0.5 Levaslip 432
Levaslip 435 Modified polysiloxane None >100 ca. 0.964 > 98 Solvent-based coatings 0.05 - 0.30 Levaslip 435
Levaslip 455 Modified polysiloxane Ethylglycol monobutyl ether 66 ca. 0.96 48 - 52 Waterborne and solvent-based coatings 0.1 - 0.5 Levaslip 455
Levaslip 466 Modified polysiloxane Xylene/ethyleneglycol monobutylether
46 ca. 0.9 23.5 - 25.5 Solvent-based coatings 0.1 - 0.5 Levaslip 466
Levaslip 468 Modified polysiloxane None 80 1.00 - 1.03 100 Solvent-based and solvent-free coatings, UV curable coating
0.01 - 0.2 Levaslip 468
Levaslip 836 Modified polysiloxane Xylene/isobutanol 26 ca. 0.88 23 - 25 Solvent-based coatings 0.1 - 0.5 Levaslip 836
Levaslip 871 Polyester modified polysiloxane
Xylene 31 0.89 - 0.93 24.0 - 26.0 Solvent-based coatings 0.1 - 0.5 Levaslip 871
Levaslip 872 Polyester modified polysiloxane
Xylene 31 0.88 - 0.92 25 - 27 Polyester/melamine, alkyd/melamine, acrylic/melamine 0.1 - 0.5 Levaslip 872
Levaslip 873 Modified polysiloxane None >100 1.04 - 1.05 > 95 N/C lacquer, 2K - PU coatings 0.1 - 0.5 Levaslip 873
Levaslip 875 Modified polysiloxane Aromatic hydrocarbon solvent/γ-butyrolactone
56 0.98 - 1.01 47 - 52 Nitrocellulose lacquer, polyurethane, acid curing 0.1 - 0.5 Levaslip 875
Levaslip 876 Modified polysiloxane Xylene/ethylene glycol phenyl ether
30 ca. 0.93 12.0 - 14.0 Solvent-based coatings 0.2 - 0.5 Levaslip 876
Levaslip 879 Modified polysiloxane None >100 1.02 - 1.03 > 95 Polyurethane, Nitrocellulose lacquer, acid curing, waterborne
0.1 - 1.0 Levaslip 879
Levaslip 882 Modified polysiloxane Aromatic hydrocarbon solvent/butyrolactone
58 1.00 - 1.03 48 - 52 Nitrocellulose lacquer, 2K polyurethane 0.1 - 1.0 Levaslip 882
Levaslip 8627 Modified polysiloxane None 110 1.03 100 Solvent & UV curable system 0.05 - 2.0 Levaslip 8627
Levelol 491 Acrylic copolymer Aromatic hydrocarbon solvent >100 ca. 1.04 98.5 - 100 Solvent-based coatings 0.4 - 2.0 Levelol 491
Levelol 495 Acrylic copolymer Xylene 39 ca. 0.95 48 - 52 Solvent-based coatings 0.2 - 1.0 Levelol 495
Levelol 835 Acrylic copolymer Aromatic hydrocarbon solvent 46 ca. 0.94 49.5 - 51.5 Solvent-based coatings 0.1 - 1.0 Levelol 835
Levelol 837 Fluorocarbon modified polyacrylate
Xylene 36 ca. 0.98 69.0 - 72.0 Solvent-based coatings 0.1 - 0.5 Levelol 837
Levelol 839 Fluorocarbon modified polyacrylate
Propylene glycol methyl ether acetate
46 ca. 1.0 49.0 – 51.0 Solvent-based coatings 0.05 - 0.50 Levelol 839
Levelol TSP High boiling point solvents with surfactant
Aromatic hydrocarbon solvent >100 ca. 0.94 100 Solvent-based coatings 5 - 10 based on total solvent 2 - 5 based on total formulation is recommended
Levelol TSP
22
Interfacial Tension ModifiersProduct Composition Solvent FP* °C SG* FDA Active % Principal Use Use Level % Product
DAPRO® S-65 Blend of surfactants Blend of aromatic 150 & n-Butanol 47 0.98 No 75 Architectural and industrial coatings 0.05 - 0.5 DAPRO® S-65
DAPRO® U-99 Blend of surfactants Blend of Ethanol, butoxyethanol & water
51 1.01 175 - 300 50 Architectural and industrial coatings 0.25 - 1.0 DAPRO® U-99
* FP: Flash Point* SG: Specific Gravity
Product Composition Solvent FP* °C SG* Active % Principal Use Use Level % Product
DAPRO® ALT 009 Phosphate modified polymer
Propylene glycol methyl ether/Propylene glycol methyl ether acetate
34 ca. 1.01 49 - 53 Provide passivation and deflocculation for metallic pigments in solvent based or waterborne paint formulations
10 - 40 based on metallic pigments DAPRO® ALT 009
DAPRO® FK 321 Quaternary ammonium Isobutanol 27 - 29 0.94 75 Solvent-based industrial electrostatically applied coatings 0.1 - 2.5 DAPRO® FK 321
Catacure KB Acidic polymer N-butyl acetate/cyclohexanone/isobutanol
37 ca. 1.1 66 - 70 Partially butylated melamine baking paint 1.0 - 3.0 Catacure KB
Catacure KC Amine salt of p-toluene sulfonic acid
Propylene glycol monomethyl ether/propylene
glycol
32 ca. 0.96 23 - 25 Partially butylated or HMMM melamine baking paint 1.0 - 4.0 Catacure KC
DeuAdd DVP Combination of special surfactants
Xylene/isobutanol 25 0.85 - 0.89 8.0 - 10.0 Oxidation drying coatings, alkyd baking paint 1.0 - 2.0 base on total solid content of paint
DeuAdd DVP
DeuAdd HM-6 High molecular weight silicone
Xylene 25 0.86 - 0.88 9 - 11 Aluminum coatings, alkyd/melamine, oxidation drying 0.05 - 0.5 DeuAdd HM-6
DeuWax FA-110 Polyethylene wax Xylene/n-butyl acetate 29 ca. 0.88 9.5 - 10.0 Matte coatings 10.0 - 20.0 based on total formulation for semigloss
DeuWax FA-110
Speciality Additives
Adhesion PromotersProduct Composition Solvent FP* °C SG* Active % Principal Use Use Level % Product
Adherant 1121 Amino silane N-butanol 32 0.89 - 0.92 ca. 50 Improve adhesion of organic resin to inorganic surfaces 1.0 - 2.0 based on total resin solids, add during let-down stage
Adherant 1121
Adherant 1051 Epoxy silane None 101.1 1.045 - 1.075 ca. 100 Improve adhesion of organic resin to inorganic surfaces 0.5 - 2.0 Adherant 1051
Adherant ADP Non-silicone polymeric compound
Isopropanol 59 1.08 - 1.10 78 - 82 Improve adhesion of Alkyd/Acrylic melamine baking paint to metal surfaces
1.5 - 2.5 Adherant ADP
Adherant APC Non-silicone polymer Dimethyl/carbonate/xylene 27 ca. 1.06 48 - 52 Improve adhesion of two-component polyurethane to polycarbonate
1.0 - 5.0 Adherant APC
Adherant APW Non-silicone polymeric solution
Xylene 28 1.01 - 1.03 58 - 62 Improve the interaction force of aluminum flake with binder 2.0 - 5.0 Adherant APW
Adherant APX Modified acrylate oligmer None >100 1.188 ≥ 94 Improve adhesion of UV curable coatings to metal surfaces 1 - 5 based on resin Adherant APX
Adherant PPB Chlorinated polyolefin Toluene 10 ca. 0.895 14 - 16 Primer of PP or PP/EPDM substrates 10.0 - 15.0 based on total formulation and mix thoroughly
Adherant PPB
23
Product Composition Solvent FP* °C SG* FDA Active % Principal Use Use Level % Product
DAPRO® S-65 Blend of surfactants Blend of aromatic 150 & n-Butanol 47 0.98 No 75 Architectural and industrial coatings 0.05 - 0.5 DAPRO® S-65
DAPRO® U-99 Blend of surfactants Blend of Ethanol, butoxyethanol & water
51 1.01 175 - 300 50 Architectural and industrial coatings 0.25 - 1.0 DAPRO® U-99
Product Composition Solvent FP* °C SG* Active % Principal Use Use Level % Product
DAPRO® ALT 009 Phosphate modified polymer
Propylene glycol methyl ether/Propylene glycol methyl ether acetate
34 ca. 1.01 49 - 53 Provide passivation and deflocculation for metallic pigments in solvent based or waterborne paint formulations
10 - 40 based on metallic pigments DAPRO® ALT 009
DAPRO® FK 321 Quaternary ammonium Isobutanol 27 - 29 0.94 75 Solvent-based industrial electrostatically applied coatings 0.1 - 2.5 DAPRO® FK 321
Catacure KB Acidic polymer N-butyl acetate/cyclohexanone/isobutanol
37 ca. 1.1 66 - 70 Partially butylated melamine baking paint 1.0 - 3.0 Catacure KB
Catacure KC Amine salt of p-toluene sulfonic acid
Propylene glycol monomethyl ether/propylene
glycol
32 ca. 0.96 23 - 25 Partially butylated or HMMM melamine baking paint 1.0 - 4.0 Catacure KC
DeuAdd DVP Combination of special surfactants
Xylene/isobutanol 25 0.85 - 0.89 8.0 - 10.0 Oxidation drying coatings, alkyd baking paint 1.0 - 2.0 base on total solid content of paint
DeuAdd DVP
DeuAdd HM-6 High molecular weight silicone
Xylene 25 0.86 - 0.88 9 - 11 Aluminum coatings, alkyd/melamine, oxidation drying 0.05 - 0.5 DeuAdd HM-6
DeuWax FA-110 Polyethylene wax Xylene/n-butyl acetate 29 ca. 0.88 9.5 - 10.0 Matte coatings 10.0 - 20.0 based on total formulation for semigloss
DeuWax FA-110
Product Composition Solvent FP* °C SG* Active % Principal Use Use Level % Product
Adherant 1121 Amino silane N-butanol 32 0.89 - 0.92 ca. 50 Improve adhesion of organic resin to inorganic surfaces 1.0 - 2.0 based on total resin solids, add during let-down stage
Adherant 1121
Adherant 1051 Epoxy silane None 101.1 1.045 - 1.075 ca. 100 Improve adhesion of organic resin to inorganic surfaces 0.5 - 2.0 Adherant 1051
Adherant ADP Non-silicone polymeric compound
Isopropanol 59 1.08 - 1.10 78 - 82 Improve adhesion of Alkyd/Acrylic melamine baking paint to metal surfaces
1.5 - 2.5 Adherant ADP
Adherant APC Non-silicone polymer Dimethyl/carbonate/xylene 27 ca. 1.06 48 - 52 Improve adhesion of two-component polyurethane to polycarbonate
1.0 - 5.0 Adherant APC
Adherant APW Non-silicone polymeric solution
Xylene 28 1.01 - 1.03 58 - 62 Improve the interaction force of aluminum flake with binder 2.0 - 5.0 Adherant APW
Adherant APX Modified acrylate oligmer None >100 1.188 ≥ 94 Improve adhesion of UV curable coatings to metal surfaces 1 - 5 based on resin Adherant APX
Adherant PPB Chlorinated polyolefin Toluene 10 ca. 0.895 14 - 16 Primer of PP or PP/EPDM substrates 10.0 - 15.0 based on total formulation and mix thoroughly
Adherant PPB
24
Product Composition Solvent FP*°C Average Particle size μm
FDA Clearance CFR Title 21
Hardness ASTM D-5
Softening range ℉ / ℃ Principal Use Use
Level % Product
SLIP-AYD® SL 50 Polyethylene wax, 22.5 % Xylene 61.5 % 27 10 - 15 175.300 3.0 - 3.5 220 - 225/104 - 107 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can
0.5 - 3.0 SLIP-AYD® SL 50
SLIP-AYD® SL 177 High melt polyethylene, wax 23 % Xylene 77 % 27 10 - 15 None < 0.5 280 - 290/138 - 143 Auto OEM/refinish, agricultural /industrial equipment, furniture/appliance, coil/can (non food)
1.0 - 4.0 SLIP-AYD® SL 177
SLIP-AYD® SL 404 Hard polymeric wax, 18 % 2-butoxy ethanol 82 % 62 2 - 5 175.300 2.0 - 2.5 200 - 210/93 - 99 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can
0.25 - 1.0 SLIP-AYD® SL 404
SLIP-AYD® SL 444 Non-reactive type of polysiloxane, 50 %
Dipropylene glycol > 80 None None None None High polarity coating systems, ink systems, water base industrial coatings
0.04 - 0.3 SLIP-AYD® SL 444
SLIP-AYD® SL 523 Hard polymeric wax, 18 % Isopropanol 82 % 12 2 - 4 Yes 2.0 - 2.5 200 - 210/93 - 99 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can
0.25 - 1.0 SLIP-AYD® SL 523
SLIP-AYD® SL 551 High melt polyethylene, wax 18.5 %
Aromatic 100: 61.5 % n-Butanol: 20 %
36 2 - 3 None < 0.5 280 - 290/138 - 143 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can (non food) can
1.0 - 4.0 SLIP-AYD® SL 551
* FP: Flash Point
Surface Modifiers
Product Composition Solvent Non-volatile content %
Specific gravity OH % OH value,
mg KOH / g Dynamic viscosity,
cP (25℃)Acid value, mg KOH / g Principal Use Product
Hypomer FX-2050 Hydroxyl acrylic copolymer Toluene/n-butyl acetate 50 - 52 1.01 1.0 33 2750 - 4350 3 - 6 Plastic coatings, Metallic coatings, Wood coatings
Hypomer FX-2050
Hypomer FX-2060AF Hydroxyl acrylic copolymer n-butyl acetate 58 - 62 1.03 1.2 39.6 6700 - 13700 3 - 8 Automobile refinishes, Plastic coatings Hypomer FX-2060AF
Hypomer FX-2060D Hydroxyl acrylic copolymer Xylene/n-butyl acetate 58 - 61 1.03 1.2 39.6 6500 - 10000 3 - 8 Plastic coatings, Metal coatings Hypomer FX-2060D
Hypomer FX-2451F Hydroxyl acrylic copolymer n-butyl acetate 48 - 52 1.01 1.2 39.6 10000 - 20000 4 - 8 Plastic coatings Hypomer FX-2451FHypomer FX-2460AF Hydroxyl acrylic copolymer n-butyl acetate/propylene
glycol monomethyl ether acetate
59 - 63 1.06 1.44 47.52 4500 - 12500 9 - 14 Plastic coatings, Exterior application Hypomer FX-2460AF
Hypomer FX-2820F Hydroxyl acrylic copolymer n-butyl acetate 58 - 62 1.03 1.68 55.44 2500 - 6500 5 - 12 Exterior coatings, Automobile refinishes Hypomer FX-2820FHypomer FX-2860A Hydroxyl acrylic copolymer Xylene/n-butyl acetate 58 - 62 1.02 1.68 55.4 2500 - 4400 10 - 15 Automobile refinishes, Motorcycle
coatings, Wood coatingsHypomer FX-2860A
Hypomer FX-2970A Hydroxyl acrylic copolymer Xylene/n-butyl acetate/ ethylene glycol monoethyl
ether acetate
67.5 - 70.5 1.03 2.03 67.0 3000 - 6000 3 - 7 Plastic coatings, Automobile refinish, Transportations and industrial applications
Hypomer FX-2970A
Hypomer FX-3270 Hydroxyl acrylic copolymer n-butyl acetate/xylene 67 - 71 1.03 2.24 73.9 3700 - 6200 5 - 10 Automobile refinish, Transportation, Industrial applications
Hypomer FX-3270
Hypomer FX-4365 Hydroxyl acrylic copolymer Xylene/n-butyl acetate/ ethylene glycol monoethyl
ether acetate
62.5 - 65.5 1.03 2.8 92.2 2600 - 4300 8 - 15 Car refinishes, Plastic coatings Hypomer FX-4365
Hypomer MT-2550F Acrylic copolymer with special groups
Iso-Butyl isobutyrate/ Propylene glycol monomethyl
ether acetate
47- 51 1.04 1.23 40.6 4000 -10000 12 - 32 Plastic coatings, Industrial coatings, Wood coatings, Transportations
Hypomer MT-2550F
Hypomer PE-8043F Hydroxylate polyester polyol Xylene/n-butyl acetate 77 - 81 1.09 3.44 113.5 1800 - 2800 ≤ 10 Plastic coatings Hypomer PE-8043FBLR-8086 Blocked aliphatic
polyisocyanateXylene/n-butyl acetate 74 - 76 1.05 - 1.09 - - - - One-component PU baking paint BLR-8086
Hypomer UA-M6 Acrylic acrylate n-butyl acetate 65 - 68 1.0 - - 1200 - 2200 - Topcoat for aluminum basecoat, Plastic coating
Hypomer UA-M6
Resins
25
Product Composition Solvent FP*°C Average Particle size μm
FDA Clearance CFR Title 21
Hardness ASTM D-5
Softening range ℉ / ℃ Principal Use Use
Level % Product
SLIP-AYD® SL 50 Polyethylene wax, 22.5 % Xylene 61.5 % 27 10 - 15 175.300 3.0 - 3.5 220 - 225/104 - 107 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can
0.5 - 3.0 SLIP-AYD® SL 50
SLIP-AYD® SL 177 High melt polyethylene, wax 23 % Xylene 77 % 27 10 - 15 None < 0.5 280 - 290/138 - 143 Auto OEM/refinish, agricultural /industrial equipment, furniture/appliance, coil/can (non food)
1.0 - 4.0 SLIP-AYD® SL 177
SLIP-AYD® SL 404 Hard polymeric wax, 18 % 2-butoxy ethanol 82 % 62 2 - 5 175.300 2.0 - 2.5 200 - 210/93 - 99 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can
0.25 - 1.0 SLIP-AYD® SL 404
SLIP-AYD® SL 444 Non-reactive type of polysiloxane, 50 %
Dipropylene glycol > 80 None None None None High polarity coating systems, ink systems, water base industrial coatings
0.04 - 0.3 SLIP-AYD® SL 444
SLIP-AYD® SL 523 Hard polymeric wax, 18 % Isopropanol 82 % 12 2 - 4 Yes 2.0 - 2.5 200 - 210/93 - 99 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can
0.25 - 1.0 SLIP-AYD® SL 523
SLIP-AYD® SL 551 High melt polyethylene, wax 18.5 %
Aromatic 100: 61.5 % n-Butanol: 20 %
36 2 - 3 None < 0.5 280 - 290/138 - 143 Auto OEM/refinish, agricultural/industrial equipment, furniture/appliance, coil/can (non food) can
1.0 - 4.0 SLIP-AYD® SL 551
Product Composition Solvent Non-volatile content %
Specific gravity OH % OH value,
mg KOH / g Dynamic viscosity,
cP (25℃)Acid value, mg KOH / g Principal Use Product
Hypomer FX-2050 Hydroxyl acrylic copolymer Toluene/n-butyl acetate 50 - 52 1.01 1.0 33 2750 - 4350 3 - 6 Plastic coatings, Metallic coatings, Wood coatings
Hypomer FX-2050
Hypomer FX-2060AF Hydroxyl acrylic copolymer n-butyl acetate 58 - 62 1.03 1.2 39.6 6700 - 13700 3 - 8 Automobile refinishes, Plastic coatings Hypomer FX-2060AF
Hypomer FX-2060D Hydroxyl acrylic copolymer Xylene/n-butyl acetate 58 - 61 1.03 1.2 39.6 6500 - 10000 3 - 8 Plastic coatings, Metal coatings Hypomer FX-2060D
Hypomer FX-2451F Hydroxyl acrylic copolymer n-butyl acetate 48 - 52 1.01 1.2 39.6 10000 - 20000 4 - 8 Plastic coatings Hypomer FX-2451FHypomer FX-2460AF Hydroxyl acrylic copolymer n-butyl acetate/propylene
glycol monomethyl ether acetate
59 - 63 1.06 1.44 47.52 4500 - 12500 9 - 14 Plastic coatings, Exterior application Hypomer FX-2460AF
Hypomer FX-2820F Hydroxyl acrylic copolymer n-butyl acetate 58 - 62 1.03 1.68 55.44 2500 - 6500 5 - 12 Exterior coatings, Automobile refinishes Hypomer FX-2820FHypomer FX-2860A Hydroxyl acrylic copolymer Xylene/n-butyl acetate 58 - 62 1.02 1.68 55.4 2500 - 4400 10 - 15 Automobile refinishes, Motorcycle
coatings, Wood coatingsHypomer FX-2860A
Hypomer FX-2970A Hydroxyl acrylic copolymer Xylene/n-butyl acetate/ ethylene glycol monoethyl
ether acetate
67.5 - 70.5 1.03 2.03 67.0 3000 - 6000 3 - 7 Plastic coatings, Automobile refinish, Transportations and industrial applications
Hypomer FX-2970A
Hypomer FX-3270 Hydroxyl acrylic copolymer n-butyl acetate/xylene 67 - 71 1.03 2.24 73.9 3700 - 6200 5 - 10 Automobile refinish, Transportation, Industrial applications
Hypomer FX-3270
Hypomer FX-4365 Hydroxyl acrylic copolymer Xylene/n-butyl acetate/ ethylene glycol monoethyl
ether acetate
62.5 - 65.5 1.03 2.8 92.2 2600 - 4300 8 - 15 Car refinishes, Plastic coatings Hypomer FX-4365
Hypomer MT-2550F Acrylic copolymer with special groups
Iso-Butyl isobutyrate/ Propylene glycol monomethyl
ether acetate
47- 51 1.04 1.23 40.6 4000 -10000 12 - 32 Plastic coatings, Industrial coatings, Wood coatings, Transportations
Hypomer MT-2550F
Hypomer PE-8043F Hydroxylate polyester polyol Xylene/n-butyl acetate 77 - 81 1.09 3.44 113.5 1800 - 2800 ≤ 10 Plastic coatings Hypomer PE-8043FBLR-8086 Blocked aliphatic
polyisocyanateXylene/n-butyl acetate 74 - 76 1.05 - 1.09 - - - - One-component PU baking paint BLR-8086
Hypomer UA-M6 Acrylic acrylate n-butyl acetate 65 - 68 1.0 - - 1200 - 2200 - Topcoat for aluminum basecoat, Plastic coating
Hypomer UA-M6
Note
ELL017 November 2016, 500
® Registered trademark of Elementis Specialties
Inc. Before using any of our products, please
consult our Safety Data Sheets.
The information in this publication is, to the best
of our knowledge, true and accurate, but since
the conditions of use are beyond our control, no
warranty is given or to be implied in respect of
such information.
In every case, caution must be exercised to avoid
violation or infringement of statutory obligations
and any rights belonging to a third party.
We are, at all time, willing to study customers'
specific outlets involving our products in order
to enable their most effective use.
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Elementis Specialties