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Pigment Synergists & Additives:
Performance Products for Pigment Industry:
PIGMESOLTM
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PIGMESOLTM W
5000 series
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Pigment post-treatment synergists for water based application.
Carrier for colourants for paints, links, Textiles & U.B.S. |
PIGMESOLTM D
5100 series
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Pigment surface coating synergists for offset ink systems.
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PIGMESOLTM W - 5000 Series:
Synergistic polymeric coatings for pigments intended for water based coating application.
Water based paints, inks and coatings are pigment dispersion in aqueous
polymeric vehicles based on acrylics, other thermodynamically stable
emulsions in which pigments dispersion are stablized.
PIGMESOLTM - W Series post
treatments are highly successful to impact ionic stabilization in
aqueous coatings and improve colour strength development and rheology.
Name & Grade
|
Type
|
Effect in application
|
Recommendation |
| PIGMESOLTM W - 5000 |
Proprietary Acrylic Polymeric Prepration
|
Dispersiblity, Gloss, Colour Strength Development
|
In-organics, TiO2
Post treatment Iron Ocides, Pigments like Yellow, Red, Black & Alumina hydrate.
|
| PIGMESOLTM W - 5001 |
Proprietary Acrylic Polymeric Prepration |
Rheology, Gloss, Colour Strangth Development
|
Monoazos, Disazos & Napthols pigments includes PY 1, PY 3, PR 8, PY 12 & 14, PR 112, PR 146, PO 13 and PO 34.
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PIGMESOLTM D - 5100 Series:
Synergistic polymeric coatings for pigments intended for offset ink application.
Offset printings inks are sophisticated pigmented system based on
organic & in-organic pigment suitably dispersed and stablized in
vehicles designed on alkyd-phenolic resin chemisty and fortified with
suitable additive systems. The most important technical characterstic
is ink-water balance on entire plate surface, non-image area which
attract water while ink gets attracted to image area. Offset ink have
very unique chemistry and most problematic substances which cause
problem in offset printing are residual surfactants & emulsifiers.
Name & Grade
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Type
|
Effect in application
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Recommendation
|
| PIGMESOLTM D - 5102 |
Polymeric Dispersant coatings based on modified Polyesters.
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Dispersiblity, Colour strength development & offset properties.
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PY 12 / 13 / 14, PY 13, PR 8 / 53.1 / 57.1 TiO2 Alumina Hydrate, Prussian Blue, Carbon Black
|
| PIGMESOLTM D - 5103 |
Polymeric Dispersant coatings based on modified Polurethanes. |
Offset properties, colour strength development, gloss & brilliance
Excellent ink water balance
|
PY 12 / 13 / 83 / 126 / 174 / 176 / PO 13 / 34 /36 PR 8 / 53.1 / 57.1 / 112 / 146 / 170 & Inorganics
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PIGMESOLTM L - 5300 Series:
Synergistic polymeric coatings for pigments intended for solvent paint application.
Paints & Coatings are extremely standardized organic pigment
dispersion system. Organic pigments patronized here belong to light
fast mono-azo yellows & Reds for air drying paints system, but for
higher resin system like Acrylic-PU, Polyester-MF, Alkyd-MF &
Epoxy-Amine/Polyamide, pigments like perylene, Benzimidazolones, DPP,
Carbazoles, Phthalocyanines and quinacridones are considered. Fine
stable dispersion are obtained of organic pigments which are coated
with appropriate polymeric system.
Name & Grade
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Type
|
Effect in application
|
Recommendation
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PIGMESOLTM L - 5300
|
Modified polymeric amide ester dispersant
|
Dispersibility, Colour streagth development, Stability & High Gloss
|
Oxides, Chromes, Aros & polycyclics, Prussian Blue & Titanium dioxides
|
| PIGMESOLTM L - 5305 |
Polyurethane modified polymetric dispersant
|
Dispersibility, Colour streagth development, Stability & High Gloss |
Oxides, Chromes, Aros & polycyclics |
PIGMESOLTM DL - 5200 Series:
Synergistic polymeric coatings for pigments intended for liquid ink
application.
Liquid printing system (gravure and glexo - graphic inks) are
highly diverse types of formulation based on various thermoplastic
resins selected due to surface adhesion like polyamides nitrocellulose,
vinyls, acrylics, polyurethane classes of resins fortified with
respective solvents co-solvents and diluents like ester, polyurethane
classes of resins fortified with respective solvents, liquid ink
vehicle offer highely competitive to pigments. Due to varying pigment
wetting properties, each liquid ink pigment intended for application
needs to be appropriately post-treated to imaprt dispersibility, colour
strength development, gloss and brilliance in agiven ink vehicle
systems.
Name &
Grade
|
Type
|
Effect in
application
|
Recommendation
|
PIGMESOLTM
DL-5204
|
Dispersant coatings
based on modified
polyurethanes
|
High Gloss, Dispersion
Ease, Colour strength
development, Rheological
properties development
|
For organic pigments for
Polyflexo inks - PY 12/13/
14/17/83/126/127/
176, PR 53.1
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PIGMESOLTM
DL-5207
|
Dispersant coatings
based on modified
polyurethanes
|
High Gloss, Dispersion
Ease, Colour strength
development, Rheological
properties developemnt
|
For organic pigments for
NC, PU gravure inks on PR
8/49/53.1/57.1/112/170,
PB 15.3
|
PIGMESOLTM K - 5400 Series:
Synergistic polymeric coatings for prgments intended for plastics and
rubber application.
Colouration of plastics and rubbers using organic pigments is a
well established technology and involves process like mixing,
mastication and extrusion in the polymer matirx may belong palstics
(thermoplatic like polyolefins, styrenes, vinyls) engineering plastics
(PC, Nylo, PPS, PPO etc.) Or rubber (Synthetic / natural). Pigments for
their application should be heat resistant, stable to processes like
vulcanization, extrusion, shear and mastication and pressure and should
be easily dispensable to develop full strength at required application
dosages and should not choke the screens/mesh at die head in extrusion
process.
Name &
Grade
|
Type
|
Effect in
application
|
Recommendation
|
| PIGMESOLTM K-5404
|
Polyurethane modified polymeric dispersant
|
Colour strength development, Brillance & Ease of dispersion in plastics (Thermoplastics)
|
Benzimidazolone, Perylene Phthalocyanines & Carbazoles
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PIGMESOLTM
DL-5409
|
Polyurethane modified polymeric dispersant
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Colour strength development, Brillance Ease of dispersion, No back pressure in extrusion in Plastics
|
Oxides, Chromes, Inorganic, Titanium dioxide, Polycyclics
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PIGMEWETTM 5500 Series:
Synergistic polymeric coatings for pigmentary properties.
Synergistic polymeric wettable coatings for improving Pigmentary
properties of Azo & Polycyclics pigments and selected inorganic
pigments. They are used to regulate crystal growth of organic pigments
& inorganic pigments and are responsible for marked improvement in
pigmentry properties with respect to generation of crystals, their
proper contours development, narrow & uniform crystal size
distributions & higher specific surface areas.
Name & Grade
|
Type
|
Effect in application
|
Recommendation |
| PIGMEWETTM A-5500 |
Anionic phosphate polymer
|
Excellent wetting, Improved colour strength, Improved transparency, Colour Depth and Improved brilliance
|
All azos pigments, Lake pigments containing dye forming groups PR 49.1, PR 53.1 and PR 57.1, Polycyclics PB 15.3, PG 7 Completely washable, no residue remains in final pigment.
|
| PIGMEWETTM A-5501 |
Anionic polymeric surfactant
|
Excellent wetting, Improved colour strength, Improved transparency, Colour Depth and Improved brilliance |
All azos pigments, Lake pigments containing dye forming groups PR 49.1, PR 53.1 and PR 57.1, Polycyclics PB 15.3, PG 7 Completely washable, no residue remains in final pigment. |
PIGMENOXTM 5600 Series:
Anti-oxidants for pigment applications.
PIGMENOXTM grades are recommended to impart resistance to oxidation in pigment system.
Name & Grade
|
Type
|
Effect in application
|
Recommendation
|
PIGMENOXTM 5601
|
Modified phenolated compound
|
Anti-oxidation, Anti-gelling, Anti-levering viscosity reduction
Anti-Smouldering properties in Lakes & Rubines.
|
Most monoazos and di-azo pigment PY 1, 3, 74, PY 12, 13, 14, 17, 83, 126, 176, PO 12, 34, PR 8,112, 146, PR 57.1 & PR 53.1
|
| PIGMENOXTM 5608 |
Modified phenolated compound |
Anti-gelling, Anti-levering viscosity reduction Anti-Smouldering in Lakes & Rubines.
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Most azo & polycyclic pigments for rubber, plastics, application. PR 53.1, PR 57.1
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PIGMECIDETM 5700 series:
Name & Grade
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Type
|
Effect in application
|
Recommendation
|
| PIGMECIDETM 5711 |
MIT / CMIT preparation
|
Excellent control on E.coli, pseudomonas & miscellaneous bacteria causing microbial spoilage
|
All types of pigment preparation
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| PIGMECIDETM 5713 |
Cetrimide preparation
|
Excellent control on funci & bacteria of wide spectrum
|
All types of pigment preparation glycol containing paste
|
PIGMEFOAMTM 5800 series:
Non-silicone deformers for pigment preparations.
Name & Grade
|
Type
|
Effect in application
|
Recommendation
|
| PIGMEFOAMTM 5800 |
Non-silicone, Non-miniral oil defoaming materials in glycol
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Excellent foam inhibition without dewetting, fish eye, createring, pin-holding & re-coatability problems.
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Binder free pigment paste production for paints, inks, leather, textile, latex, paper coatings.
|
| PIGMFOAMTM 5804 |
Non-silicone, Non-miniral oil defoaming materials in xylene
|
Excellent foam inhibition without dewetting, fish eye, createring, pin-holding & re-coatability problems. |
Binder free pigment paste production for paints, inks, leather, textile, latex, paper coatings. |
PIGMECOLTM 5900 series:
Synergists catalysts for organic pigments synthesis.
Name & Grade
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Type
|
Effect in application
|
Recommendation
|
| PIGMECOLTM 5903 |
Modified disazo yellow synergist
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High gloss, colour strength, brilliance, reduced flocculation, free flow
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For yellow pigments intended for solvent based inks / paints & coatings application
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| PIGMCOLTM 5908 |
Modified napthol red synergist
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High gloss, colour strength, brilliance, reduced flocculation, free flow |
For most red pigments intended for solvent based inks / paints & coatings application
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