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Showing 1 to 516 of 516 products
  • Antimony Trioxide

    Antimony trioxide is used as a flame retardant synergist in combination with a halogen compound. Many materials utilise its flame retardant properties including plastics, rubber, paints, paper, textiles and electronics.

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  • ANTI-TERRA-203

    Controlled flocculating wetting and dispersing additive for solvent-borne medium-polar to non-polar thick layer systems and primers to prevent fillers and inorganic pigments from settling and to gel bentonites.

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  • ANTI-TERRA-204

    Controlled flocculating wetting and dispersing additive for solvent-borne non-polar thick layer systems and primers to prevent fillers and inorganic pigments from settling and to gel bentonites.

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  • ANTI-TERRA-205

    Controlled flocculating wetting and dispersing additive for solvent-borne non-polar thick layer systems and primers to prevent fillers and inorganic pigments from settling and to gel bentonites.

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  • ANTI-TERRA-250

    Controlled flocculating wetting and dispersing additive for aqueous primers and fillers to prevent fillers and inorganic pigments from settling.

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  • ANTI-TERRA-U

    Wetting and dispersing additive for solvent-borne industrial and architectural coating to stabilise inorganic pigments.

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  • ANTI-TERRA-U 100

    Wetting and dispersing additive for solvent-borne industrial and architectural coating to stabilise inorganic pigments.

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  • ANTI-TERRA-U 80

    Wetting and dispersing additive for solvent-borne systems to stabilise inorganic pigments.

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  • AQUACER 1013

    VOC-free HDPE-based wax emulsion for improving the surface protection in aqueous coatings and printing inks as well as in aqueous care products and polishes

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  • AQUACER 1039

    Paraffin wax emulsion for improved surface characteristics in aqueous coatings and printing inks.

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  • AQUACER 1547

    Cationic wax emulsion on the basis of oxidized HDPE for aqueous can and paper coatings to improve scratch resistance in coatings and barrier properties of paper surfaces.

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  • AQUACER 497

    Paraffin-based wax emulsion for aqueous coatings, printing inks as well as care products and polishes, for improving water repellency and surface slip.

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  • AQUACER 501

    HDPE-based wax emulsion for aqueous systems to improve surface protection.

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  • AQUACER 507

    These are high density polyethylene or modified polyethylene based wax materials that provide superior scratch and abrasion properties without affecting or negatively influencing the viscosity, gloss or filterability of the ink.

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  • AQUACER 513

    Wax emulsion with particularly fine particles on HDPE-basis for aqueous systems to improve surface protection.

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  • AQUACER 526

    Wax emulsion on EVA-basis for aqueous industrial coatings to improve effect pigment orientation.

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  • AQUACER 527

    Wax emulsion on the basis of a modified EVA copolymer for aqueous floor polishes to improve anti-slip properties.

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  • AQUACER 531

    Wax emulsion on the basis of modified PE for aqueous industrial coatings, printing inks, and paper coatings to improve abrasion-resistance in overprint varnishes.

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  • AQUACER 532

    Wax emulsion on the basis of modified paraffin for aqueous systems to improve surface slip, anti-blocking, and water-resistance.

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  • AQUACER 533

    Wax emulsion on the basis of modified paraffin for aqueous systems to improve surface slip, anti-blocking, and water-resistance.

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  • AQUACER 537

    Wax emulsion on the basis of modified paraffin for aqueous systems to improve surface slip, anti-blocking, and water-resistance.

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  • AQUACER 539

    Wax emulsion on the basis of modified paraffin for aqueous systems to improve surface slip, anti-blocking, and water-resistance.

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  • AQUACER 541

    Wax emulsion on the basis of montan ester wax for aqueous care products.

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  • AQUACER 552

    Wax emulsion on HDPE-basis for aqueous systems to improve surface protection.

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  • AQUACER 561

    Beeswax-based wax emulsion to improve surface protection in aqueous care products and coating systems.

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  • AQUACER 593

    Wax emulsion on the basis of modified PP for aqueous systems to improve anti-slip properties.

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  • AQUAMAT 208

    Wax dispersion on the basis of oxidized HDPE for aqueous systems.

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  • AQUAMAT 263

    Wax dispersion on the basis of oxidized HDPE for aqueous systems. Improves scratch-resistance, abrasion-resistance, soft feel effect, and has a matting effect.

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  • AQUAMAT 272

    Wax dispersion on the basis of modified PE for aqueous wood, industrial, architectural and leather coatings to improve surface protection.

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  • AQUATIX 8421

    Rheology-modifiying wax emulsion for aqueous automotive coatings and premium industrial coatings to improve effect pigment orientation. VOC-free.

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  • BENTOLITE-2422

    Rheology additive based on natural bentonite for aqueous systems with exceptional anti-settling and anti-syneresis properties. The additive also improves hiding.

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  • BlagFiRe BDDP

    Mainly used in plastics as a flame-retardant, widely for PP,PE,PS,ABS resin rubber fibre etc high molecular material and electronic industry.

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  • BlagFiRe DBDPE

    Brominated Flame retardant

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  • BlagFiRe DECA

    Brominated Flame retardant

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  • BRB SR 379 N

    Heat resistant, anti-corrosive coating, 50% active, heat stable to 600deg C

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  • BYK-011

    Silicone-free defoamer on polymer-basis for aqueous coating systems and adhesives.

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  • BYK-012

    VOC-free and silicone-free defoamer on polymer-basis for aqueous coatings, adhesives, and paper coatings.

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  • BYK-014

    VOC-free and silicone-free defoamer on the basis of fat derivatives and polymers for aqueous architectural coatings, plasters, and adhesives.

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  • BYK-015

    Silicone-free defoamer for aqueous coatings with good anti-popping properties.

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  • BYK-016

    VOC-free and silicone-free defoamer on polymer-basis for aqueous coatings, adhesives, and paper coatings.

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  • BYK-017

    Silicone defoamer for aqueous pigment concentrates and glycol pastes.

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  • BYK-018

    VOC-free silicone defoamer for aqueous pigmented dispersion coatings and printing inks highly effective against microfoam.

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  • BYK-019

    Silicone defoamer for aqueous pigment concentrates and printing inks.

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  • BYK-021

    VOC-free silicone defoamer for aqueous, pigmented dispersion coatings, printing inks, and paper coatings.

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  • BYK-022

    VOC-free silicone defoamer for aqueous industrial, architectural, and wood coatings as well as printing inks and adhesives.

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  • BYK-023

    VOC-free silicone defoamer on the basis of an emulsion for aqueous emulsion paints, printing inks, adhesives, and paper coatings.

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  • BYK-024

    VOC-free silicone defoamer for aqueous emulsion paints, printing inks, adhesives, and paper coatings.

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  • BYK-025

    These additives are based on 60-100% active polysiloxane chemistry and have an excellent balance of incompatibility vs. compatibility properties to optimise their defoaming characteristics.

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  • BYK-028

    VOC-free silicone defoamer for aqueous dispersion coatings, wood and furniture coatings as well as adhesives and paper coatings.

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  • BYK-035

    VOC-free defoamer on the basis of mineral oil for aqueous emulsion paints and high gloss emulsion systems. Contains silicone.

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  • BYK-037

    VOC-free silicone defoamer on the basis of a mineral emulsion for aqueous emulsion paints, plasters, and adhesives.

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  • BYK-038

    VOC-free silicone defoamer on the basis of mineral oil for aqueous emulsion paints, plasters, and adhesives.

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  • BYK-039

    Mineral oil-based, VOC- and silicone-free defoamer for aqueous emulsion systems within a PVC range of 35-70. Does not contain alkylphenol ethoxylates. Also suitable for high-solid PUR leather coatings.

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  • BYK-044

    VOC-free silicone defoamer on emulsion-basis for aqueous pigment concentrates and paper coatings.

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  • BYK-051 N

    Silicone-free defoamer on polymer-basis and excellent compatibility with solvent-borne systems.

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  • BYK-052 N

    Silicone-free defoamer on polymer-basis for solvent-borne and solvent-free systems. Standard defoamer for many different applications.

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  • BYK-054

    Silicone-free defoamer on polymer-basis for solvent-free industrial coatings, PU, and epoxy systems as well as coil coatings with excellent air-releasing and defoaming effects in highly viscous systems.

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  • BYK-055

    Silicone-free defoamer on polymer-basis for solvent-free and solvent-borne wood coatings as well as can and coil coatings.

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  • BYK-057

    Silicone-free defoamer on polymer-basis for solvent-free coatings and printing inks.

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  • BYK-065

    Silicone defoamer for solvent-borne industrial and architectural coatings as well as adhesives.

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  • BYK-066 N

    Silicone defoamer for solvent-borne industrial and architectural coatings as well as adhesives.

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  • BYK-067 A

    Silicone defoamer for solvent-free, aromatic-free architectural coatings, high-solid and UV systems as well as printing inks and adhesives.

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  • BYK-072

    Silicone defoamer for solvent-borne can coatings.

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  • BYK-077

    Silicone defoamer for solvent-borne coating systems.

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  • BYK-081

    Fluorine-free defoamer for solvent-borne and amine-neutralised systems.

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  • BYK-085

    Silicone defoamer for solvent-borne coating systems and adhesives.

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  • BYK-088

    Silicone and polymer defoamer for solvent-borne, radiation-curable can coatings, industrial, wood, and furniture coatings as well as printing inks and adhesives. Aromatic-free.

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  • BYK-093

    VOC-free silicone defoamer for aqueous wood, architectural, and industrial coatings as well as printing inks and adhesives.

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  • BYK-094

    VOC-free silicone defoamer for aqueous printing inks as well as wood, architectural, and industrial coatings and paper with very high shear stability.

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  • BYK-141

    Silicone defoamer for solvent-borne, low-polar to high-polar coating systems and printing inks.

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  • BYK-151

    Wetting and dispersing additive for aqueous architectural coatings and adhesives for pigment stabilisation.

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  • BYK-154

    Wetting and dispersing additive on the basis of an ammonium polyacrylate for aqueous architectural coatings and adhesives for pigment stabilisation.

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  • BYK-1610

    VOC-free silicone defoamer on the basis of an emulsion for aqueous architectural coatings, printing inks as well as adhesives and paper coatings.

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  • BYK-1611

    VOC-free silicone-containing defoamer for aqueous coatings and adhesives. Preferably used in dispersion systems within a PVC range of 35-70. Cost-effective alternative to mineral oil defoamers.

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  • BYK-1615

    VOC-free silicone defoamer on the basis of an emulsion for aqueous architectural coatings, printing inks as well as adhesives and paper coatings.

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  • BYK-1617

    VOC-free silicone-containing defoamer for aqueous architectural coatings and adhesives. Preferably used in dispersion systems within a PVC range of 60-85. Cost-effective alternative to mineral oil defoamers.

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  • BYK-1640

    Polymer-based, VOC- and silicone-free defoamer for aqueous coatings, printing inks, adhesives, paper coatings and construction chemicals. Optimum performance at the lowest dosage. Suitable for applications that come into contact with food.

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  • BYK-1650

    VOC-free silicone defoamer on the basis of an emulsion for aqueous coating systems, printing inks, and paper coatings.

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  • BYK-1690 SD

    VOC- and silicone-free, solid defoamer based on hydrocarbons for minerally bound construction material systems. Optimum performance even at low dosages.

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  • BYK-1691 SD

    VOC- and silicone-free, solid, polymer-based defoamer for minerally bound construction material systems with improved leveling properties.

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  • BYK-1710

    Emission, silicone and mineral oil-free polymeric defoamer for aqueous, low-emission coatings and adhesives.

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  • BYK-1711

    Silicone- and mineral oil free defoamer on polymer basis for aqueous coatings and printing inks.

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  • BYK-1719

    These additives are based on 60-100% active polysiloxane chemistry and have an excellent balance of incompatibility vs. compatibility properties to optimise their defoaming characteristics.

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  • BYK-1723

    VOC-free silicone-containing defoamer for aqueous architectural coatings, and adhesives. Preferably used in dispersion systems within a PVC range of 60-85. Cost-effective alternative to mineral oil defoamers.

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  • BYK-1724

    VOC-free silicone-containing defoamer for aqueous emulsion paints, printing inks, overprint varnishes, and emulsion adhesives. Compatible defoamer. All-purpose and easy to incorporate.

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  • BYK-1730

    VOC-free silicone defoamer for aqueous architectural coatings.

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  • BYK-1740

    Green defoamer based on eco-friendly and sustainable raw materials for architectural coatings and adhesives with an excellent defoaming performance comparable with mineral oil defoamers.

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  • BYK-1752

    Silicone-free defoamer on polymer-basis for solvent-borne coatings and printing inks.

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  • BYK-1770

    Silicone-containing defoamer for aqueous architectural coatings. Particularly suitable for thick layer systems with airless/airmix application. Solvent-free.

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  • BYK-1780

    BYK®-1780 is a highly effective defoamer against microfoam in airless applications and high-build systems.

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  • BYK-1781

    Silicone-containing defoamer for aqueous systems to remove microfoam generated during application.

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  • BYK-1785

    BYK®-1785 is a highly versatile defoamer for water-borne systems for airless, airmix, spray, roller and brush application. The additive is an emulsion of 30 % active substance.

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  • BYK-1788

    VOC- and silicone-free polymer defoamer for solvent-borne, high-solid, and solvent-free systems. Particularly suitable for 100 % UV systems. Broadly compatible defoamer, particularly recommended for clear coat systems and thermosets.

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  • BYK-1790

    Silicone-free defoamer on polymer-basis for solvent-free, radiation-curable wood and industrial coatings, printing inks, and paper coatings.

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  • BYK-1791

    Aromatic-free defoamer based on a polymer for radiation curable UV-coatings for wood, furniture and industrial coatings.

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  • BYK-1794

    Emission-free and silicone-free defoamer for solvent-borne, solvent-free, high-solids and UV systems.

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  • BYK-1798

    A very effective silicone defoamer for all water-soluble systems (physically drying and baking systems) and is also recommended for radiation-curable coatings.

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  • BYK-1799

    VOC-free silicone-containing defoamer for solvent-borne, high-solid, and solvent-free systems. Particularly suitable for 100 % UV systems. Extremely high defoaming action. Especially recommended for matted and pigmented systems and printing inks.

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  • BYK-220 S

    Wetting and dispersing additive for solvent-borne industrial coatings to stabilise pigments and reduce flooding/floating. Contains silicone.

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  • BYK-300

    Silicone surface additive for solvent-borne coating systems and printing inks with a medium reduction of surface tension and a medium increase of surface slip.

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  • BYK-302

    Silicone surface additive for solvent-free, solvent-borne, and aqueous coating systems and printing inks with medium reduction of surface tension and medium increase of surface slip.

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  • BYK-306

    Silicone surface additive for solvent-borne coating systems and printing inks with strong reduction of surface tension.

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  • BYK-307

    Silicone surface additive for solvent-free and solvent-borne coating systems and printing inks with strong reduction of surface tension.

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  • BYK-310

    Silicone surface additive, polyester-modified, for solvent-borne coating systems and printing inks with a strong reduction of surface tension.

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  • BYK-3105

    Silicone-based air release additive for PVC plastisols. Particularly suitable for low-fogging applications.

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  • BYK-313

    Silicone surface additive, polyester-modified, for solvent-borne coating systems and printing inks with a strong reduction of surface tension.

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  • BYK-315 N

    Silicone-containing surface additive for solvent-borne coating systems, in particular automotive coatings. Slight reduction in the surface tension and slight increase in surface slip. No blushing after water immersion test. BYK-315 N replaces BYK-315.

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  • BYK-320

    Silicone surface additive for solvent-borne coating systems with a minor reduction of surface tension and a minor increase of surface slip.

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  • BYK-322

    Silicone surface additive for solvent-borne coating systems with a minor reduction of surface tension and a minor increase of surface slip.

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  • BYK-323

    Silicone surface additive for solvent-borne wood, furniture, and industrial coatings with a minor reduction of surface tension and a minor increase of surface slip.

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  • BYK-325 N

    Silicone surface additive for solvent-borne automotive coatings with a minor reduction of surface tension and a minor increase of surface slip.

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  • BYK-326

    Silicone-containing surface additive for solvent-borne, aqueous, and 100 % coatings with a slight reduction in surface tension and a slight increase in surface slip. Particularly suitable for good leveling.

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  • BYK-330

    Silicone surface additive for solvent-borne wood and furniture coatings with a strong reduction of surface tension.

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  • BYK-331

    Silicone surface additive for solvent-free and solvent-borne industrial and automotive coatings as well as printing inks with a medium reduction of surface tension and a medium increase of surface slip.

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  • BYK-332

    Silicone surface additive for solvent-borne, solvent-free, and aqueous systems with a medium reduction of surface tension.

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  • BYK-333

    Silicone surface additive for solvent-free, solvent-borne and aqueous coating systems and printing inks with a strong reduction of surface tension.

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  • BYK-3400

    Good dynamic surface tension control for drop formation performance.

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  • BYK-3410

    Silicone-free substrate wetting agent for aqueous paper coatings, adhesives, and printing inks.

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  • BYK-342

    Silicone-containing surface additive for solvent-borne, solvent-free and aqueous coating systems with a strong reduction in the surface tension. Excellent substrate wetting, prevents cratering and increases surface slip.

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  • BYK-3440

    Surface additive for solvent-borne, solvent-free and aqueous systems with a strong reduction in the surface tension. Good wetting of critical substrates. No influence on surface slip.

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  • BYK-3441

    Polyacrylate-based surface additive for solvent-borne and aqueous systems to improve leveling.

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  • BYK-345

    Silicone surfactant for aqueous coatings, printing inks, and paper coatings with a strong reduction of surface tension.

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  • BYK-3455

    Fluorine-free substrate wetting and leveling additive for aqueous systems and UV coatings with a strong reduction of the dynamic and static surface tension and an improvement of leveling properties.

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  • BYK-346

    Silicone surfactant for aqueous coatings, printing inks, and paper coatings with a significant reduction of surface tension.

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  • BYK-347

    Silicone surfactant for aqueous coatings, printing inks, and paper coatings with a strong reduction of surface tension.

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  • BYK-348

    Silicone surfactant for aqueous coatings, printing inks, and paper coatings with a strong reduction of surface tension.

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  • BYK-349

    Silicone surfactant for aqueous coatings, printing inks, and paper coatings with a strong reduction of surface tension.

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  • BYK-350

    Surface additive on polyacrylate-basis for medium-polar solvent-borne coating systems and printing inks with significantly improved leveling and increased gloss.

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  • BYK-352

    Surface additive on polyacrylate-basis for solvent-borne coating systems and printing inks to improve leveling.

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  • BYK-354

    Surface additive on polyacrylate-basis for solvent-borne coating systems and printing inks.

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  • BYK-355

    Surface additive on polyacrylate-basis for solvent-borne coating systems and printing inks to improve leveling.

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  • BYK-3550

    Silicone substrate wetting agent and leveling agent on the basis of a silicone acrylate copolymer for solvent-borne automotive, industrial, architectural, wood, and furniture coatings.

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  • BYK-356

    Surface additive on polyacrylate-basis for solvent-borne and solvent-free coating systems, printing inks, and powder coatings to improve leveling.

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  • BYK-3560

    Silicone- and fluorine-free surface additive for increasing the surface energy in aqueous, solvent-borne, UV-curable, and high-solid systems.

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  • BYK-3565

    Surface-active additive to improve leveling and increase the surface energy of aqueous, solvent-borne, UV and 100% systems with anti-cratering properties, especially in aqueous systems.

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  • BYK-358 N

    Surface additive on polyacrylate-basis for solvent-borne coating systems and printing inks.

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  • BYK-359

    Surface additive on polyacrylate-basis for solvent-borne coating systems and powder coatings to improve leveling and provide an air-releasing effect.

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  • BYK-360 P

    Powdered surface additive on polyacrylate-basis for powder coatings to improve leveling and to prevent craters.

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  • BYK-361 N

    Surface additive on polyacrylate-basis for medium-polar solvent-borne coating systems, printing inks, and powder coatings.

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  • BYK-364 P

    Powdered surface additive on polyacrylate-basis for powder coatings.

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  • BYK-366 P

    Polyacrylate-based powdered surface additive for powder coatings. Anti-cratering and leveling additive.

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  • BYK-368 P

    Powdered surface additive on polyacrylate-basis for powder coatings.

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  • BYK-370

    Silicone surface additive, polyester-modified, for solvent-borne coating systems.

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  • BYK-375

    Silicone surface additive for solvent-borne and aqueous can coatings.

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  • BYK-3760

    Silicone-containing surface additive for solvent-borne, aqueous and UV coating systems as well as printing inks. Strong reduction of the surface tension and increased surface slip with minor foam stabilisation.

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  • BYK-377

    Silicone surface additive for solvent-free, radiation-curable, and solvent-borne coating systems and printing inks with strong reduction of surface tension.

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  • BYK-378

    Silicone surface additive for solvent-free, radiation-curable, and solvent-borne coating systems and printing inks with a strong reduction of surface tension.

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  • BYK-381

    Surface additive on polyacrylate-basis for aqueous industrial, automotive, and furniture coatings as well as printing inks and paper coatings to improve leveling.

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  • BYK-390

    Surface additive on polyacrylate-basis for solvent-borne automotive coatings and baking systems.

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  • BYK-3900 P

    Powdered anti-crater and leveling additive on the basis of a polyacrylate on silica for powder coatings.

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  • BYK-3902 P

    Powdered anti-crater and leveling additive on the basis of a polyacrylate on silica for powder coatings.

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  • BYK-392

    Surface additive on polyacrylate-basis for solvent-borne automotive coatings and baking systems as well as coil coatings.

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  • BYK-3931 P

    Powdered anti-crater and leveling additive on the basis of a polyacrylate on silica for powder coatings. Highly surface-active synergist.

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  • BYK-3932 P

    Powdered leveling additive on the basis of a polyacrylate on silica for powder coatings with surface-protecting properties.

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  • BYK-3933 P

    Powdered multifunctional leveling additive on the basis of a modified polyacrylate on silica for clear and pigmented powder coatings.

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  • BYK-394

    Surface additive on polyacrylate-basis for solvent-borne coil coatings.

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  • BYK-3950 P

    Powdered processing additive for powder coatings. It improves pigment and filler incorporation as well as leveling.

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  • BYK-3951 P

    Powdered processing additive for powder coatings. It improves pigment and filler incorporation as well as leveling.

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  • BYK-3955 P

    Powdered processing additive for powder coatings. It improves pigment and filler incorporation as well as leveling.

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  • BYK-399

    Silicone-free surface additive for solvent-borne coil, can, industrial and automotive coatings to improve leveling (DOI) and to provide a moderate reduction of surface tension.

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  • BYK-405

    Liquid rheology additive for solvent-borne coating systems to reinforce the rheological effectiveness of fumed silica.

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  • BYK-410

    Liquid rheology additive for solvent-borne and solvent-free systems to improve anti-sagging and anti-settling properties in a medium-polar range.

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  • BYK-411

    Liquid rheology additive for solvent-borne and solvent-free systems to improve anti-sagging and anti-settling properties in a non-polar range.

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  • Rheobyk-415 (formerly BYK-415)

    Liquid rheology additive for solvent-borne automotive, industrial, and plastic coatings with excellent anti-sagging properties due to the quick structure recovery.

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  • BYK-420

    Liquid rheology additive for aqueous and water-reducible systems to improve anti-sagging and anti-settling properties.

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  • BYK-430

    Liquid rheology additive for solvent-borne and solvent-free medium-polarity systems to improve anti-sagging and anti-settling properties.

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  • BYK-431

    Liquid rheology additive for solvent-borne and solvent-free non-polar systems to improve anti-sagging and anti-settling properties.

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  • BYK-4500

    Adhesion promoter for aqueous emulsion paints and alkyd emulsions which are applied onto aged coating surfaces.

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  • BYK-4509

    Adhesion promoter for solvent-borne and aqueous systems applied to metallic substrates.

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  • BYK-4510

    Adhesion promoter for solvent-borne and aqueous baking systems on metallic substrates.

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  • BYK-4511

    Polymeric adhesion promoter for solvent-free, solvent-borne and high-solid epoxy systems to improve adhesion on various metal substrates.

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  • BYK-4512

    Adhesion promoter for solvent-borne systems applied to metal substrates.

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  • BYK-4513

    Adhesion promoter for 2K aqueous epoxy systems to increase adhesion to metal substrates and corrosion resistance.

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  • BYK-7410 ET

    Liquid rheology additive for medium-polarity solvent-borne and solvent-free coating systems as well as PVC plastisols and ambient-curing resin systems. The additive creates highly thixotropic flow behaviour and consequently improves the anti-sagging and anti-settling properties.

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  • BYK-7411 ES

    Liquid rheology additive for low-polarity solvent-borne and solvent-free coating systems to improve anti-sagging and anti-settling properties. The additive creates highly thixotropic flow behaviour.

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  • BYK-7420 ES

    Liquid rheology additive for aqueous and water-reducible coating systems for improving anti-sagging and anti-settling properties. The additive is also especially suited for manufacturing aqueous pigment concentrates. BYK-7420 ES creates thixotropic flow behaviour.

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  • BYK-9076

    Solvent-free wetting and dispersing additive for solvent-borne and solvent-free coating systems, PVC plastisols, thermoplastics, and adhesives to stabilise organic and inorganic pigments, particularly carbon blacks.

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  • BYK-9077

    Solvent-free wetting and dispersing additive for solvent-free coating systems, PVC plastisols, and thermoplastics.

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  • BYK-A 500

    Silicone-free air release additive for unsaturated polyester resins as well as polyurethane and epoxy systems; particularly recommended for transparent systems. Also suitable for epoxy floorings.

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  • BYK-A 501

    Silicone-free air release additive for unsaturated polyester resins and particularly for polyurethane and epoxy systems.

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  • BYK-A 505

    Silicone-free polymer air release agent based on renewable resources intended for unsaturated polyester resins as well as solvent-borne and solvent-free systems.

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  • BYK-A 525

    Defoamer/air release agent for potting compounds, sealants and adhesives (polyurethane and epoxy). Contains silicone.

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  • BYK-A 530

    Silicone polymer air release additive for solvent-free and solvent-borne epoxy systems and adhesives with good air-releasing and defoaming effects.

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  • BYK-A 535

    Silicone-free air release additive for solvent-free and solvent-borne epoxy and PUR systems as well as adhesives.

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  • BYK-C 8000

    Reactive, polymeric coupling agent (adhesion promoter) to improve mechanical properties in radical curing systems. In solvent-borne and solvent-free coatings, the additive acts as an adhesion promoter on metal and glass.

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  • BYK-CATALYST 450

    Blocked catalyst for aqueous and solvent-borne coatings. Accelerates cross-linking of amino resins with resins containing hydroxyl groups. Lowers baking temperature and time.

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  • BYK-D 410

    Liquid rheology additive for medium-polarity solvent-borne and solvent-free coating systems as well as ambient-curing resin systems. The additive creates highly thixotropic flow behaviour and consequently improves the anti-sagging and anti-settling properties.

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  • BYK-D 420

    Liquid rheology additive for aqueous and water-reducible coating systems for improving anti-sagging and anti-settling properties. The additive is also especially suited for manufacturing aqueous pigment concentrates. BYK-D 420 causes thixotropic flow behaviour.

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  • BYK-DYNWET 800

    Silicone-free substrate wetting agent for aqueous coating systems, printing inks, adhesives, and paper coatings.

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  • BYK-ES 80

    Conductivity additive for solvent-borne, electrostatically sprayed coatings.

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  • BYKETOL-AQ

    Silicone-free surface additive for aqueous automotive and industrial coatings to prevent the formation of bubbles and boiling marks in baking systems.

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  • BYKETOL-OK

    Silicone-free surface additive for solvent-borne automotive and industrial coatings to prevent surface defects.

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  • BYKETOL-PC

    Additive to reduce drying-out of aqueous pigment concentrates.

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  • BYKETOL-WS

    Silicone-free surface additive for aqueous automotive and industrial coatings to prevent surface defects.

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  • BYK-LP N 23016

    These structured acrylate copolymers and copolymer solutions are 30-100% active and offer excellent dispersing properties for cyan, magenta, yellow and black.

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  • BYK-P 104

    Controlled flocculating wetting and dispersing additive for solvent-borne medium-polar to high-polar industrial and architectural coatings as well as automotive fillers to prevent titanium dioxide flooding/floating in combination with coloured pigments.

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  • BYK-P 104 S

    Controlled flocculating wetting and dispersing additive for solvent-borne medium-polar to high-polar industrial and architectural coatings as well as automotive fillers to prevent titanium dioxide flooding/floating in combination with coloured pigments.

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  • BYK-P 105

    Controlled flocculating wetting and dispersing additive for solvent-borne and solvent-free industrial and architectural coatings to prevent titanium dioxide flooding/floating in combination with coloured pigments.

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  • BYK-R 605

    Liquid rheology additive for plastic applications such as vinylester and epoxy resins, unsaturated polyester resins, and gel coats to reinforce the rheological effectiveness of fumed silica.

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  • BYK-R 607

    Rheology additive for solvent-free and solvent-borne systems to enhance the rheological properties in conjunction with hydrophilic fumed silica and clay additives.

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  • BYK-SILCLEAN 3700

    Silicone surface additive for solvent-borne easy-to-clean coating systems.

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  • BYK-SILCLEAN 3710

    Silicone surface additive for radiation-curable easy-to-clean coating systems.

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  • BYK-SILCLEAN 3720

    Silicone surface additive for aqueous easy-to-clean coating systems.

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  • BYK-SYNERGIST 2100

    Pigment synergist for solvent-borne and solvent-free coating systems.

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  • BYK-SYNERGIST 2105

    Pigment synergist for solvent-borne and solvent-free coating systems.

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  • BYKUMEN

    Wetting and dispersing additive for solvent-borne thick layer systems and primers to prevent fillers and inorganic pigments from settling.

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  • BYK-UV 3500

    Silicone surface additive for radiation-curable coating systems and printing inks with a strong reduction of surface tension. Excellent substrate wetting.

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  • BYK-UV 3505

    Radiation curing is a fast and highly effective method to process coatings. Thus, the systems and the additives used need to react quickly and show specific characteristics such as a high mobility, strong surface orientation and a good compatibility.

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  • BYK-UV 3510

    Silicone surface additive for radiation-curable coating systems and printing inks with a strong reduction of surface tension.

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  • BYK-UV 3530

    Silicone surface additive for aqueous, radiation-curable coating systems and printing inks with a strong reduction of surface tension and excellent substrate wetting.

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  • BYK-UV 3535

    Radiation curing is a fast and highly effective method to process coatings. Thus, the systems and the additives used need to react quickly and show specific characteristics such as a high mobility, strong surface orientation and a good compatibility.

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  • BYK-UV 3570

    Silicone surface additive for radiation-curable coating systems and printing inks with a medium reduction of surface tension and a medium effect on surface slip.

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  • BYK-UV 3575

    Radiation curing is a fast and highly effective method to process coatings. Thus, the systems and the additives used need to react quickly and show specific characteristics such as a high mobility, strong surface orientation and a good compatibility.

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  • BYK-UV 3576

    Radiation curing is a fast and highly effective method to process coatings. Thus, the systems and the additives used need to react quickly and show specific characteristics such as a high mobility, strong surface orientation and a good compatibility.

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  • BYK-W 966

    Wetting and dispersing additive for coating systems, UP resins, and adhesive applications to reduce viscosity in filled spray-up and hand lay-up resins as well as cobalt-accelerated putty compounds. Aromatic-free.

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  • CERACOL 600

    Wax dispersion on the basis of modified hydrocarbon wax for solvent-borne can and coil coatings. Increases scratch-resistance and surface slip.

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  • CERACOL 604

    Wax dispersion based on a carnauba wax for solvent-borne can coatings, to increase the surface slip and improve the scratch resistance.

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  • CERACOL 607

    Wax dispersion on the basis of a PTFE-modified PE for solvent-borne coil coatings.

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  • CERACOL 609 N

    Wax dispersion on the basis of a wax-modified lanolin for solvent-borne can coatings.

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  • CERACOL 79

    Carnauba wax based wax dispersion for solvent-borne can coatings. Increases scratch resistance and surface slip.

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  • CERAFAK 100

    Wax dispersion on the basis of an EVA co-polymer wax for solvent-borne effect coating systems. Improves the orientation of effect pigments and reduces settling in the container.

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  • CERAFAK 103

    Wax dispersion on the basis of an EAA copolymer for solvent-borne effect coating systems, particularly for the automotive industry.

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  • CERAFAK 106

    Wax dispersion on the basis of an EVA copolymer for solvent-borne effect coating systems, particularly for the automotive industry.

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  • CERAFAK 110

    Wax dispersion on the basis of an EVA copolymer for solvent-borne effect coating systems, particularly for the automotive industry.

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  • CERAFAK 111

    Aromatic-free wax dispersion on PE-basis for solvent-borne effect coating systems.

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  • CERAFAK 117

    Wax dispersion to improve the water repellency of solvent-borne coating systems

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  • CERAFAK 127 N

    Wax dispersion on the basis of modified Fischer-Tropsch wax for solvent-borne can coatings and architectural coatings to hydrophobize surfaces and improve surface slip.

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  • CERAFAK 140 N

    Dispersion of a carnauba wax for solvent-borne can coatings, to improve the surface slip and the scratch resistance.

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  • CERAFLOUR 1000

    Biodegradable polymer based on renewable resources for aqueous, rad-cure, solvent-free and solvent-borne systems with wax-like properties to improve matting efficiency and haptic (soft-touch).

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  • CERAFLOUR 913

    Micronised wax on PP-basis for solvent-borne and aqueous systems to achieve very fine surface textures on metal, wood, or plastic.

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  • CERAFLOUR 914

    Micronised wax on PP-basis for solvent-borne and aqueous systems to achieve fine surface textures on metal, wood, or plastic.

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  • CERAFLOUR 915

    Micronised wax on PP-basis for solvent-borne and aqueous systems to achieve medium-fine surface textures on metal, wood, or plastic.

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  • CERAFLOUR 916

    Micronised wax on the basis of a modified HDPE wax and a polymer for solvent-borne and aqueous systems to achieve coarse surface textures on metal, wood, or plastic.

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  • CERAFLOUR 917

    Temperature stable wax additive with excellent shear stability for solvent-borne and aqueous coating systems.

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  • CERAFLOUR 920

    Micronised organic polymer for liquid and powder coatings as well as paper coatings.

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  • CERAFLOUR 925

    Finely micronised wax additive for aqueous and solvent-borne systems for increasing slip with simultaneous improvement of scratch resistance.

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  • CERAFLOUR 927

    Micronised, modi?ed polyethylene wax for improving mechanical properties and for matting aqueous systems.

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  • CERAFLOUR 929

    Micronised wax on the basis of a modified PE for aqueous and solvent-borne systems to improve matting, scratch and abrasion resistance.

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  • CERAFLOUR 950

    Micronised wax on the basis of modified HDPE for solvent-borne coating systems and powder coatings to improve scratch-resistance, soft feel effect, and matting.

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  • CERAFLOUR 955

    Micronised PTFE for powder coatings with a good price-performance ratio. Creates fine-textured, scratch-resistant, and matt surfaces.

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  • CERAFLOUR 958

    Micronised PTFE polyethylene wax for powder coatings with a good price-performance ratio. Creates fine-textured, scratch-resistant, and satin-gloss surfaces.

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  • CERAFLOUR 959

    Micronised PTFE polyethylene wax for powder coatings with a good price-performance ratio.

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  • CERAFLOUR 960

    Micronised wax on the basis of modified amide wax for powder coatings to improve outgassing of powder coatings

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  • CERAFLOUR 961

    Micronised wax on the basis of a modified PE for powder coatings to improve outgassing on porous substrates.

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  • CERAFLOUR 962

    Micronised wax on the basis of a modified PE for powder coatings to improve outgassing on porous substrates.

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  • CERAFLOUR 964

    Blooming-free wax additive for improved degassing of all powder coating systems, in particular beta-HAA and low-temperature systems.

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  • CERAFLOUR 965

    Micronised PTFE for powder coatings. Fine texture additive to achieve a high texture density with good matting.

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  • CERAFLOUR 967

    Synthetic polymer for powder coatings to achieve coarse textured surfaces.

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  • CERAFLOUR 968

    Micronised wax on the basis of a PTFE-modified PE for powder coatings.

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  • CERAFLOUR 969

    Micronised wax on the basis of a PTFE-modified PE for powder coatings.

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  • CERAFLOUR 970

    Micronised wax on PP-basis for solvent-borne coating systems, powder coatings, and paper coatings to improve anti-slip properties and matting.

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  • CERAFLOUR 981

    Micronised PTFE for solvent-borne coating systems and powder coatings to improve scratch resistance and surface slip.

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  • CERAFLOUR 988

    Micronised, amide-modified polyethylene wax for solvent-borne and solvent-free coating systems to improve the surface properties.

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  • CERAFLOUR 991

    Micronised wax on PE-basis for solvent-borne coating systems and powder coatings to improve surface properties.

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  • CERAFLOUR 993

    Micronised amide wax for powder coatings to improve degassing (Benzoin-synergist).

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  • CERAFLOUR 994

    Micronised wax on amide-basis for solvent-borne coating systems and powder coatings.

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  • CERAFLOUR 996

    Micronised wax on the basis on a PTFE-modified PE for solvent-borne coating systems and powder coatings to improve surface slip and scratch resistance.

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  • CERAFLOUR 997

    Micronised wax on the basis on a PTFE-modified PE for solvent-borne coating systems and powder coatings to improve surface slip and scratch resistance.

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  • CERAFLOUR 998

    Micronised wax on the basis on a PTFE-modified PE for solvent-borne coating systems and powder coatings to improve surface slip and scratch resistance.

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  • CERAMAT 248

    Wax dispersion based on a polyethylene wax for solvent-borne leather coatings to improve the surface characteristics.

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  • CERAMAT 250

    Aromatic-free wax dispersion based on a polyethylene wax for solvent-borne coatings to improve surface protection. It has a soft-feel effect, matting effect and reduces settling.

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  • CERAMAT 258

    Wax dispersion on the basis of an oxidized HDPE for solvent-borne industrial and wood coatings to improve scratch resistance, matting, and the soft feel effect. Aromatic-free.

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  • CERATIX 8461

    Wax dispersion on the basis of an EVA copolymer for solvent-borne effect coating systems to improve effect pigment orientation.

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  • CERATIX 8463

    Wax dispersion on the basis of an EVA and EAA copolymer mix for solvent-borne effect coating systems to improve effect pigment orientation.

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  • CERATIX 8466

    Aromatic-free wax dispersion based on an EVA co-polymer for solvent-borne effect coating systems to improve the orientation of effect pigments.

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  • CERATIX 8561

    Wax dispersion for solvent-borne effect coating systems based on an EVA co-polymer to improve the orientation of effect pigments.

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  • CERATIX 8563

    Wax dispersion for solvent-borne effect coating systems based on a blend of EVA and EAA copolymer waxes to improve the orientation of effect pigments.

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  • CERATIX 8566

    Aromatic-free wax dispersion for solvent-borne effect coating systems based on an EVA co-polymer to improve the orientation of effect pigments.

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  • CLAYTONE-40

    Organophilic bentonite for aliphatic solvent-borne systems. CLAYTONE-40 is a conventional organoclay requiring a polar activator. 

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  • CLAYTONE-AF

    Organophilic bentonite  for aliphatic solvent-borne systems. CLAYTONE-AF is self-activating and easy to disperse. 

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  • CLAYTONE-APA

    Organophilic bentonite  for aromatic solvent-borne systems. CLAYTONE-APA is self-activating and easy to disperse.

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  • CLAYTONE-HF

    Organophilic bentonite for aliphatic to aromatic solvent-borne systems. CLAYTONE-HT is a conventional organoclay requiring a polar activator.

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  • CLAYTONE-HY

    Organophilic bentonite for aliphatic to aromatic solvent-borne systems. CLAYTONE-HY is self-activating and easy to disperse.

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  • DISPERBYK-102

    Solvent-free wetting and dispersing additive for solvent-borne and aqueous polar to medium-polar coating systems to improve the colour acceptance of universal colourants of inorganic pigments in base coatings.

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  • DISPERBYK-103

    Wetting and dispersing additive for solvent-borne matting agent pastes.

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  • DISPERBYK-106

    Wetting and dispersing additive for solvent-borne and solvent-free systems.

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  • DISPERBYK-107

    Wetting and dispersing additive for solvent-borne architectural coatings and pigment concentrates on the basis of alkyd resins. The additive is suitable for all pigments.

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  • DISPERBYK-108

    Solvent-free wetting and dispersing additive for solvent-borne architectural coatings, printing inks, and pigment concentrates on the basis of alkyd resins.

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  • DISPERBYK-109

    Solvent-free wetting and dispersing additive for solvent-borne, medium-polar to non-polar coating systems to improve colour acceptance of universal pastes in TPA or alkyd resin coatings.

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  • DISPERBYK-110

    Wetting and dispersing additive for solvent-borne coatings and printing inks to stabilise inorganic pigments, particularly titanium dioxide.

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  • DISPERBYK-111

    Solvent-free wetting and dispersing additive for solvent-borne and solvent-free coatings and printing inks to stabilise inorganic pigments, particularly titanium dioxide.

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  • DISPERBYK-115

    Wetting and dispersing additive for solvent-borne architectural coatings and pigment concentrates to stabilise all pigments in medium-polar to non-polar systems.

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  • DISPERBYK-118

    DISPERBYK®-118 can be used with all commercially available titanium dioxides, providing excellent results in terms of colour strength and hiding power, occasionally to the point of allowing a lower TiO2 dosage.

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  • DISPERBYK-140

    Wetting and dispersing additive for solvent-borne industrial, wood, and furniture coatings as well as pigment concentrates.

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  • DISPERBYK-142

    Wetting and dispersing additive for solvent-borne industrial, wood, and furniture coatings as well as pigment concentrates.

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  • DISPERBYK-145

    Solvent-free wetting and dispersing additive for solvent-borne and solvent-free industrial, automotive, and architectural coatings as well as pigment concentrates.

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  • DISPERBYK-161

    Wetting and dispersing additive for solvent-borne automotive and industrial coatings and pigment concentrates.

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  • DISPERBYK-162

    Wetting and dispersing additive for solvent-borne coatings and printing inks as well as pigment concentrates.

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  • DISPERBYK-163

    Wetting and dispersing additive for solvent-borne coatings and printing inks as well as pigment concentrates.

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  • DISPERBYK-164

    Wetting and dispersing additive for solvent-borne coating systems and pigment concentrates.

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  • DISPERBYK-166

    Wetting and dispersing additive for solvent-borne automotive and industrial coatings, pigment concentrates and gel coats.

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  • DISPERBYK-167

    Wetting and dispersing additive for solvent-borne coatings and printing inks as well as pigment concentrates.

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  • DISPERBYK-168

    Wetting and dispersing additive for solvent-borne and solvent-free printing inks.

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  • DISPERBYK-170

    Wetting and dispersing additive for solvent-borne coil coatings and industrial coatings. stabilises pigments of all types.

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  • DISPERBYK-174

    Wetting and dispersing additive for solvent-borne coil coatings, wood and furniture coatings as well as pigment concentrates.

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  • DISPERBYK-180

    Solvent-free wetting and dispersing additive for solvent-borne, solvent-free, and aqueous coating systems, printing inks, and adhesives.

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  • DISPERBYK-181

    Wetting and dispersing additive for aqueous architectural coatings and printing inks. Excellent pigment wetting.

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  • DISPERBYK-182

    Wetting and dispersing additive for aqueous and solvent-borne coating systems and printing inks.

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  • DISPERBYK-184

    Wetting and dispersing additive for aqueous coating systems and printing inks.

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  • DISPERBYK-185

    Solvent-free wetting and dispersing additive for solvent-borne and aqueous industrial coatings as well as architectural coatings. Particularly suitable for glycol-free universal pastes.

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  • DISPERBYK-187

    Wetting and dispersing additive for aqueous architectural coatings and printing inks.

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  • DISPERBYK-190

    VOC-free and solvent-free wetting and dispersing additive for aqueous coating systems, printing inks, and adhesives.

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  • DISPERBYK-191

    VOC-free and solvent-free wetting and dispersing additive for aqueous coating systems and adhesives.

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  • DISPERBYK-192

    VOC-free and solvent-free wetting and dispersing additive for aqueous coating systems, printing inks, adhesives, and thermoplastics.

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  • DISPERBYK-194 N

    Wetting and dispersing additive for aqueous systems and pigment concentrates, especially for use in aqueous two-pack polyurethane and two-pack epoxy systems.

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  • DISPERBYK-199

    Solvent-free wetting and dispersing additive for aqueous coating systems and printing inks for pigment concentrates without resins, particularly for organic pigments and carbon blacks.

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  • DISPERBYK-2000

    Wetting and dispersing additive on CPT-basis for solvent-borne automotive and industrial coatings to stabilise pigments in base coats containing CAB.

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  • DISPERBYK-2001

    Wetting and dispersing additive on CPT-basis for solvent-borne automotive and industrial coatings to stabilise pigments in base coats containing CAB.

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  • DISPERBYK-2008

    Solvent-free wetting and dispersing additive on CPT-basis for solvent-borne and solvent-free wood and furniture coatings to improve matting, particularly in high-solid and solvent-free systems.

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  • DISPERBYK-2009

    Wetting and dispersing additive on CPT-basis for solvent-borne and solvent-free wood and furniture coatings to improve matting, particularly in high-solid and solvent-free systems.

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  • DISPERBYK-2010

    Solvent-free wetting and dispersing additive on CPT-basis for aqueous coating systems for particularly cost-effective pigment concentrates without resins.

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  • DISPERBYK-2012

    VOC-free and solvent-free wetting and dispersing additive on CPT-basis for aqueous automotive and industrial coatings.

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  • DISPERBYK-2013

    DISPERBYK®-2013 with its 100 % delivery form is particularly well-suited for UV-curing printing inks and coatings.

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  • DISPERBYK-2015

    VOC-free and solvent-free wetting and dispersing additive on CPT-basis for aqueous architectural and wood coatings for resin-free pigment concentrates.

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  • DISPERBYK-2022

    Wetting and dispersing additives on CPT-basis for solvent-borne industrial coatings and pigment concentrates.

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  • DISPERBYK-2025

    Wetting and dispersing additives on CPT-basis for solvent-borne coil coatings and pigment concentrates.

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  • DISPERBYK-2026

    Wetting and dispersing additive for solvent-borne coil coatings, wood and industrial coatings and pigment concentrates, for stabilising a multitude of organic and inorganic pigments and matting agents. Particularly suitable for acid-catalysed polyester/melamine systems and high baking temperatures.

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  • DISPERBYK-2050

    Wetting and dispersing additive for solvent-borne coating applications and pigment concentrates. Particularly suited to pigment pastes that do not contain binders.

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  • DISPERBYK-2055

    100 % wetting and dispersing additive for solvent-borne, solvent-free, and aqueous cost-sensitive formulations.

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  • DISPERBYK-2060

    Wetting and dispersing additive for aqueous and glycol-containing inorganic pigment concentrates to colour aqueous and solvent-borne architectural coatings. Also particularly suitable for effect pigment slurries.

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  • DISPERBYK-2061

    VOC-free wetting and dispersing additive for aqueous and glycol-containing organic pigment concentrates to colour aqueous and solvent-borne architectural coatings.

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  • DISPERBYK-2070

    Wetting and dispersing additive for solvent-borne and solvent-free pigment concentrates on the basis of epoxy resin.

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  • DISPERBYK-2080

    Wetting and dispersing additive to stabilise titanium dioxide, inorganic pigments and ?llers in aqueous coating systems without negatively impacting the water, corrosion or stain resistance.

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  • DISPERBYK-2096

    VOC-free and solvent-free wetting and dispersing additive for architectural coatings to improve compatibility of universal pigment concentrates in non-polar systems.

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  • DISPERBYK-2117

    Solvent-free wetting and dispersing additive for solvent-borne pigment concentrates and printing inks.

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  • DISPERBYK-2118

    Solvent-free wetting and dispersing additive for solvent-borne pigment concentrates and printing inks.

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  • DISPERBYK-2150

    Wetting and dispersing additive for solvent-borne coating systems and for the production of broadly compatible pigment concentrates.

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  • DISPERBYK-2151

    Wetting and dispersing additive for solvent-borne and solvent-free epoxy and reactive systems to improve storage stability and application viscosity.

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  • DISPERBYK-2152

    Emission-free, hyperbranched wetting and dispersing additive for solvent-free epoxy systems and other reactive systems; conforms to the German AgBB.

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  • DISPERBYK-2155

    VOC-free and solvent-free wetting and dispersing additive for solvent-borne and solvent-free coating systems and for the production of broadly compatible pigment concentrates.

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  • DISPERBYK-2163

    Wetting and dispersing additive for solvent-borne coatings and pigment concentrates. Cost-effective alternative to DISPERBYK-163.

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  • DISPERBYK-2164

    Wetting and dispersing additive for solvent-borne coatings and printing inks as well as pigment concentrates.

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  • DISPERBYK-2158

    Wetting and dispersing additive for solvent-free, UV-curing coating systems to disperse and stabilise untreated and treated silica-based matting agents. Excellent viscosity reduction and improvement in matting properties.

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  • DISPERBYK-2159

    Wetting and dispersing additive for UV-curing solvent-borne and solvent-free coating systems, and conventional solvent-borne coating systems for dispersing and stabilising untreated and treated silica-based matting agents. Excellent viscosity reduction and improvement in matting properties.

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  • DISPERBYK-2200

    Characterized by its highly effective stabilisation, particularly of phthalocyanine pigments and carbon blacks in solvent-borne and solvent-free coating systems.

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  • DISPERBYK-2205

    Wetting and dispersing additive for solvent-borne and solvent-free liquid coatings, printing inks and inkjet inks to stabilise inorganic and organic pigments.

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  • Firebrake ® ZB

    Firebrake ZB is used primarily as a fire retardant synergist in plastics, wire and cable, wall coverings and coated fabrics, conveyor belts, electrical parts, carpeting, coatings, and automobile and aircraft interiors and rubber applications.

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  • FRP 33

    FRP-33 - an alternative synergist to Antimony Trioxide for Brominated systems

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  • GARAMITE-1210

    Powdered rheology additive based on organophilic phyllosilicates for solvent-borne and solvent-free systems to increase the storage stability and sag resistance.

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  • GARAMITE-1958

    Powdered rheology additive based on organophilic phyllosilicates for solvent-borne and solvent-free systems to increase the storage stability and sag resistance.

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  • GARAMITE-2578

    Powdered rheology additive based on organophilic phyllosilicates for solvent-borne and solvent-free paint systems to increase the storage stability and sag resistance.

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  • GARAMITE-7303

    Powdered rheology additive for non-polar to medium-polar solvent-borne and solvent-free systems to increase the storage stability and sag resistance.

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  • GARAMITE-7305

    Powdered rheology additive for polar solvent-borne and solvent-free systems to increase the storage stability and sag resistance.

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  • HORDAMER PE 02

    Primary PE dispersion for aqueous mold release agents used in aluminium die casting.

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  • ECO-PHYL

    Eco-Phyl® -is a multi-functional filler for interior and exterior decorative paints. It is ideal for low- and zero-VOC systems. Eco-Phyl® is derived from a unique coalescence of mica, quartz and chlorite, known as leucophyllite. It has a lamellar particle shape which improves the mechanical properti

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  • LAPONITE-EP

    Highly shear thinning layered silicate rheological additive with organic modification for extra performance in difficult-to-thicken water-borne systems. Used in surface coatings, household products and general and industrial applications.

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  • LAPONITE-RD

    Highly shear thinning layered silicate rheological additive for water-borne systems. Used in surface coatings, household products and general and industrial applications. Also used to stabilise emulsions.

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  • LAPONITE-RDS

    Highly shear thinning layered silicate rheological additive for water-borne systems. Used in surface coatings, household products and general and industrial applications.

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  • LAPONITE-S 482

    Highly shear thinning layered silicate rheological additive for water-borne systems. Used in highly filled surface coatings and general applications.

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  • LAPONITE-SL 25

    Ready-for-use concentrated aqueous dispersion of layered silicate rheological additive for water-borne systems. Used in highly filled surface coatings.

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  • EXTRA M 100

    Extra M100 is a coarse, high brightness, macro-lamellar talc. It acts as a matting agent and can be used to reduce pinholes and mud cracking in plasters and paints.

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  • JETFINE 1

    An ultra-fine, micronised talc which significantly increases hiding power. Jetfine® 1A has a top cut of 5µm and a median particle size of 1µm.

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  • LUZENAC 0

    Talc/chlorite with low oil absorption. Recommended for industrial applications such as low VOC coatings, plasters, adhesives and jointing compounds.

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  • LUZENAC 00C

    High brightness talc/chlorite for decorative matt paints. Easy to disperse in water-based paints.

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  • LUZENAC 10M0

    Fine talc/chlorite. Recommended for water- and solvent-borne decorative paints, industrial primers and topcoats, automotive primers.

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  • LUZENAC 10M2

    Fine talc/chlorite. Recommended for water- and solvent-borne industrial primers and topcoats, and automotive primers.

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  • LUZENAC 2

    Luzenac 2 from Imerys is a fine particle size talc designed for building systems and protective coatings. It offers textured finishes and novel optical effects. Luzenac 2 is recommended for intumescent, anti-corrosives, sandable interior plaster and low VOC systems.

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  • LUZENAC 20M0

    Multipurpose fine talc/chlorite. Suitable for water- and solvent-borne Decorative paints and Industrial primers.

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  • LUZENAC 20M2

    Multipurpose fine talc/chlorite. Suitable for water- and solvent-borne industrial primers.

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  • LUZENAC 30/100

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  • LUZENAC C 20

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  • LUZENAC CF 5AG

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  • LUZENAC H100

    Coarse talc/chlorite with low oil absorption. Recommended for high build low VOC coatings and self-levelling floor coatings.

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  • LUZENAC OXO

    This low abrasion filler talc with large platelets has high retention and imparts good mechanical properties to paper. It can be used under acid and neutral conditions. In coloured paper applications, it helps to reduce dye usage.

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  • NANOBYK-3602

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  • NANOBYK-3600

    Inorganic additive on the basis of aluminium oxide nanoparticles (40 nm) for aqueous systems that require high transparency. To improve scratch resistance.

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  • NANOBYK-3601

    Inorganic additive on the basis of aluminium oxide nanoparticles (40 nm) for radiation-curable systems that require high transparency. To improve scratch resistance.

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  • NANOBYK-3603

    VOC-free inorganic additive on the basis of aluminium oxide nanoparticles for aqueous architectural, industrial, wood and furniture coatings and car polishes to improve scratch resistance.

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  • NANOBYK-3605

    Nanoparticle dispersion to improve the scratch and abrasion resistance of solvent-free and solvent-borne radiation curable systems.

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  • NANOBYK-3610

    Inorganic additive on the basis of non-polar surface-modified aluminium oxide nanoparticles (20 nm) for solvent-borne wood, furniture, industrial, plastic, and automotive coatings, which require very high transparency.

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  • NANOBYK-3620

    VOC-free, aqueous dispersion made up of nanohybrid particles to protect glossy, aqueous, pigmented and unpigmented topcoats against scratching and abrasion.

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  • NANOBYK-3630

    The additive provides excellent scratch resistance in solvent-borne and high-solid alkyd coatings.

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  • NANOBYK-3650

    Inorganic additive on the basis of non-polar surface-modified silicon dioxide nanoparticles (20 nm) for solvent-borne wood, furniture, industrial, plastic, and automotive coatings, which require a maximum level of transparency.

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  • NANOBYK-3651

    Inorganic additive on the basis of polar surface-modified silicon dioxide nanoparticles (20 nm) for solvent-borne wood, furniture, industrial, plastic, and automotive coatings, which require a maximum level of transparency.

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  • NANOBYK-3652

    Inorganic additive on the basis of medium-polar surface-modified silicon dioxide nanoparticles (20 nm) for solvent-borne wood, furniture, industrial, plastic, and automotive coatings, which require a maximum level of transparency.

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  • OPTIBENT-1008

    High-quality, powdered rheology additive based on an organically modified phyllosilicate for aqueous, hydraulically hardening pre-mix mortars to increase the anti-sagging properties of systems that are applied thinly.

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  • OPTIBENT-1056

    Powdered rheology additive based on a modified and activated phyllosilicate for aqueous, hydraulically hardening construction systems to improve the processing properties and the anti-sagging properties of thin layer mortars and plasters.

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  • OPTIBENT-1248

    High-quality powdered rheology additive with high degree of whiteness based on an activated phyllosilicate for aqueous, hydraulically hardening binder systems, particularly stucco and textural coatings. Extends the open time, especially in systems based on white cement.

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  • OPTIBENT-6018

    High-quality, untreated natural phyllosilicate with high degree of whiteness, high specific surface and a high degree of fineness for aqueous construction systems.

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  • OPTIBENT-602

    Powdered rheology additive based on a modified phyllosilicate for aqueous, hydraulically hardening construction systems to increase the anti-sagging properties with good processing properties and improved open time.

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  • OPTIBENT-6027

    Powdered rheology additive based on an untreated, natural phyllosilicate for aqueous, mineral-based construction systems to optimise the processing properties and the anti-sagging properties.

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  • OPTIBENT-6042

    Powdered rheology additive based on an organically modified phyllosilicate for aqueous, hydraulically hardening construction systems.

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  • OPTIBENT-616

    Rheology additive based on a modified phyllosilicate for hydraulically hardening construction systems to improve pumpability and the amount of entrained air in the system.

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  • OPTIBENT-987

    Powdered rheology additive based on an activated, natural phyllosilicate for aqueous, mineral-based dry mix mortars and paste-like binder systems.

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  • OPTIBENT-MF

    Powdered rheology additive based on an untreated, natural phyllosilicate for aqueous, mineral-based construction systems. Particularly suitable for stabilising free-flowing systems.

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  • OPTIBENT-NT 10

    High-quality, powdered rheology additive based on an activated phyllosilicate for aqueous, hydraulically hardening binder systems. Improves processability and can achieve a slightly hydrophobic effect

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  • OPTIGEL-CG

    Rheology additive based on an activated phyllosilicate for aqueous coatings systems to generate thixotropic flow behaviour.

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  • Rheobyk-H 3300 VF (formerly OPTIFLO-H 3300 VF)

    VOC-free associative thickener (HEUR) for aqueous systems to generate a slightly pseudoplastic flow behaviour.

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  • Rheobyk-H 370 VF (formerly OPTIFLO-H 370 VF)

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  • Rheobyk-H 600 VF (formerly OPTIFLO-H 600 VF)

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  • Rheobyk-H 6500 VF (formerly OPTIFLO-H 6500 VF)

    VOC-free associative thickener (HEUR) for aqueous systems to generate a highly pseudoplastic flow behaviour.

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  • Rheobyk-H 7500 VF (formerly OPTIFLO-H 7500 VF)

    VOC-free associative thickener (HEUR) for aqueous systems, especially for spray applications, to generate a highly pseudoplastic flow behaviour.

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  • Rheobyk-H 7625 VF (formerly OPTIFLO-H 7625 VF)

    VOC-, APEO- and tin-free associative thickener (HEUR) for aqueous systems to generate highly pseudoplastic flow behaviour.

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  • Rheobyk-HV 80 (formerly OPTIFLO-HV 80)

    VOC-free associative thickener (HASE) for aqueous systems to generate a highly pseudoplastic flow behaviour.

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  • Rheobyk-L 1400 VF (formerly OPTIFLO-L 1400)

    VOC-free associative thickener (HEUR) for aqueous systems to generate Newtonian flow behaviour.

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  • Rheobyk-L 150 (formerly OPTIFLO-L 150)

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  • Rheobyk-M 2600 VF (formerly OPTIFLO-M 2600 VF)

    VOC-free associative thickener (HEUR) for aqueous systems to generate a balanced flow behaviour.

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  • Rheobyk-T 1000 VF (formerly OPTIFLO-T 1000)

    VOC-free associative thickener (HEUR) for aqueous systems to generate a Newtonian flow behaviour.

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  • Rheobyk-TVS VF (formerly OPTIFLO-T VS VF)

    VOC-free associative thickener (HEAT) for aqueous systems to generate a highly pseudoplastic flow behaviour.

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  • OPTIGEL-CK

    Rheology additive based on an activated phyllosilicate for aqueous systems to generate thixotropic flow behaviour.

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  • OPTIGEL-CK XR

    Natural mineral based rheology modifier based on a specially selected and activated smectite products for aqueous systems. It has a universal application profile, from foundry washes, architectural and industrial coatings to household products, and provides a marked thixotropic thickening effect.

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  • OPTIGEL-CMO

    Rheology additive based on an activated phyllosilicate for aqueous coatings systems to generate thixotropic flow behaviour.

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  • OPTIGEL-LX

    Rheology additive based on an activated phyllosilicate for aqueous coatings systems to generate thixotropic flow behaviour.

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  • OPTIGEL-W 724

    Rheology additive based on an activated phyllosilicate for aqueous systems to generate thixotropic flow behaviour.

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  • OPTIGEL-WA

    Rheology additive based on an activated phyllosilicate for aqueous coating systems and dispersion-based construction applications to generate thixotropic flow behaviour.

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  • OPTIGEL-WH

    Natural mineral-based rheology modifier produced from natural, colloidal aluminium silicate for highly economic aqueous coatings formulations.

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  • OPTIGEL-WM

    Rheology additive based on an activated phyllosilicate for aqueous systems to generate thixotropic flow behaviour.

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  • OPTIGEL-WX

    Rheology additive based on an activated phyllosilicate for aqueous systems and mineral pre-mix mortars to generate thixotropic flow behaviour.

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  • OPTIGEL-WX XR

    Natural mineral-based rheology modifier based on a specially selected and activated smectite for aqueous architectural and industrial coatings, ceramic glazes, inks, and consumer care products to produce storage stable systems with excellent application performance.

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  • P- EPOX - 2800 X 65

    Modifier for standard and 2K epoxy-hybrid systems.

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  • P- EPOX - 7513

    Modifier for epoxy coatings for storage and transportation of potable water.

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  • PAL- 6103 X 60

    Modifier for fast air drying interior/exterior coatings. Can be crosslinked with MF resin or blocked isocyanates in one pack coating systems.

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  • PAL- 6108 X 60

    Modifier for fast air drying interior/exterior coatings. Can be crosslinked with MF resin or blocked isocyanates in one pack coating systems.

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  • LUZENAC ST30

    Luzenac ST30 is a fine particle size talc designed for speciality coatings. Luzenac ST30 offers textured finishes and novel optical effects. Recommended for intumescent, protective and wood coatings and other special applications such as anti-corrosives and primers.

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  • LUZENAC ST60

    Standard talc/chlorite grade with low oil absorption for low VOC industrial primers providing good corrosion resistance.

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  • LUZENAC ST60

    Luzenac ST60 is a standard talc/chlorite grade with low oil absorption for low VOC industrial primers providing good corrosion resistance. Allows high filling in polyester putties with good sandability.

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  • PPA- 7040

    Excellent rapid cure at low temperatures. Solvent free & high solids coatings.

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  • PPA- 7041

    Rapid cure at low temperatures. Excellent curing under humid and damp conditions.

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  • PPA- 7041 LV

    Rapid cure at low temperatures. Excellent curing under humid and damp conditions.

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  • PPA- 7062

    Low viscosity epoxy hardener. Workable pot life at lower temperatures

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  • PPA- 7115

    Rapid cure with workable pot life. Adhesion to damp surfaces.

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  • PPA- 7125

    Light colour. Epoxy solvent free, high solids coating and top coats

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  • PPA- 7558

    Specially developed for concrete primers and potable water contact. VOC complaint.

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  • PPA- 7566

    Low viscosity. Solvent free. Epoxy systems which are VOC compliant.

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  • PURE THIX-1442

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  • Q-Cel lightweight range

    Q-Cel® lightweight hollow microspheres offer latitude in manufacturing low-density products. As fill, the primary function is to reduce density.

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  • Q-Cel® High Strength range

    The Q-Cel® high strength products allow the formulator to choose the minimum density product that will survive mixing, pumping and moderate shear.

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  • Q-Cel® Reduced Alkalinity

    Q-Cel® Reduced Alkalinity products are intended for use in alkaline sensitive thermoset resins.

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  • Rheobyk-7590 (formerly RHEOCIN)

    Castor derived thixotrope  for solvent-based aromatic systems and powder coatings.

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  • Rheobyk-100 (formerly RHEOTIX-240)

    Castor derived thixotrope for solvent-based aromatic systems.

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  • Spheriglass range

    A range of solid glass spheres of varying sizes which provide a viable replacement for resins.

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  • MISTROFIL HS20

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  • MISTROFIL HS40

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  • MISTROGARD 15

    Mistrogard™15 is a lamellar talc/magnesite mineral extender that is proposed for automotive refinishing sandable primers and general industrial coatings.

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  • Ti-Pure R101

    High strength and brightness. Resistant to high temperature lacing in polyolefins.

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  • Ti-Pure R102

    Blue undertone, high strength and brightness. Used in flexible PVC applications.

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  • Ti-Pure R103

    Very blue undertone and high tinting strength.

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  • Ti-Pure R104

    Blue undertone grade for high pigment content masterbatches.

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  • Ti-Pure R105

    Neutral undertone grade with optimum exterior durability.

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  • Ti-Pure R350

    High strength, blue undertone, superior dispersion, excellent processability in thermoplastics.

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  • Ti-Pure R706

    Blue undertone grade for use in thermosets and cold cure where superior exterior durability is required

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  • Ti-Pure R-706

    Ti-Pure® R-706 is a universal pigment that offers exceptional performance in interior, exterior, and industrial applications and possesses a unique combination of performance properties that may allow for inventory reduction.

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  • Ti-Pure R-900

    Ti-Pure® R-931 provides maximum hiding power in high-quality, high-pigment volume concentration (PVC) architectural coatings.

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  • Ti-Pure R-900

    Ti-Pure® R-900 is a general-purpose pigment used in alkyd and latex paints for interior gloss and semi-gloss applications.

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  • Ti-Pure R-902+

    Ti-Pure® R-902+ is a multi-purpose grade pigment recommended for use when a single pigment is required to perform well in interior and exterior gloss and semi-gloss systems.

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  • Ti-Pure R-931

    Ti-Pure® R-931 provides maximum hiding power in high-quality, high-pigment volume concentration (PVC) architectural coatings.

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  • Ti-Pure TS 6300

    Ti-Pure™ Select TS-6300 Titanium Dioxide provides maximum hiding power in flat and low sheen interior and exterior architectural coatings.

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  • Ti-Pure TS 6200

    TS-6200 is a super-durable pigment that has excellent dispersion properties, high initial gloss and exceptional gloss retention. TS-6200 is suitable for most exterior applications, including automotive, powder, coil and general industrial.

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  • Ti-Pure R960

    Neutral undertone grade with optimum exterior durability.

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  • Ti-Pure R-960

    Ti-Pure® R-960 is the most durable Ti-Pure® pigment available and is recommended for use in applications requiring exceptional exterior durability.

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  • TIXOGEL-EZ 100

    Rheology additive in powder form based on an organophilic phyllosilicate for non-polar to medium-polarity systems to generate thixotropic flow behaviour.

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  • TIXOGEL-MP

    Rheology additive in powder form based on an organophilic phyllosilicate for non-polar to medium-polarity systems to generate thixotropic flow behaviour.

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  • TIXOGEL-MP 100

    Rheology additive in powder form based on an organophilic phyllosilicate for non-polar to medium-polarity systems to generate thixotropic flow behaviour.

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  • TIXOGEL-MP 250

    Rheology additive in powder form based on an organophilic phyllosilicate for polar to medium-polarity systems to generate thixotropic flow behaviour.

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  • TIXOGEL-MPZ

    Rheology additive in powder form based on an organophilic phyllosilicate for polar to medium-polarity systems to generate thixotropic flow behaviour.

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  • TIXOGEL-VP

    Rheology additive in powder form based on an organophilic phyllosilicate for non-polar to medium-polarity systems to generate thixotropic flow behaviour.

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  • TIXOGEL-VZ

    Rheology additive in powder form based on an organophilic phyllosilicate for polar to medium-polarity systems to generate thixotropic flow behaviour.

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  • eConduct

    Eckart’s eConduct range offers pigments with high electrical conductivity at a moderate price, stable performance and reproducible quality.

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  • Edelstein

    A range of chromatic, synthetic, pearlescent pigments.

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  • Hydro Pellet

    Innovative water-free silver pigment range which is VOC-free and contains no formaldehyde or biocides.

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  • Hydroshine

    Hydroshine is a highly brilliant effect pigment dispersion for waterborne coatings.

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  • IReflex

    IReflex offers multiple advantages for improving the energy efficiency of buildings with a simple wall paint.

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  • Jetfluid

    Jetfluid UV are the world’s first UV-curing digital metallic inks.

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  • Luxan

    The sparkling pearlescent Luxan pigments are based on synthetic borosilicate glass.

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  • Luxan CFX

    Luxan CFX offers a captivating, three-dimensional sparkle effect combined with outstanding weather resistance.

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  • Metalure

    Metalure® is an ultra-brilliant aluminium pigment dispersion creating the highest level of reflectance in solvent-based paints, inks and coatings.

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  • NDF

    NDF (non-degrading flake) pigments are very stable in circulation lines and provide excellent shear stability.

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  • Powdersafe

    Powdersafe are pelletised leafing gold bronze and aluminium pigment preparations developed for direct extrusion in powder coatings.

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  • Shinedecor

    Shinedecor offers innumerable possibilities, whether you want a refined, smooth appearance or an intensive glitter effect.

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  • Silvershine

    Silvershine’s fine and homogeneous quality and narrow particle size distribution provide an extremely bright, metallic appearance.

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  • Standart

    Standart® aluminium and gold bronze pigment powders represent the industry standard for metallic inks.

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  • Standart Resist

    Resist gold bronze pigments offer unique metallic brilliance; excellent resistance to fading in light; good opacity and high colour intensity; excellent heat resistance.

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  • Standart Zinc Flake

    Standart zinc flakes provide very good surface protection and good cathodic corrosion protection even at low levels of pigmentation.

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  • Stapa

    Coatings containing non-leafing aluminium pigments lose much less metal to abrasion under mechanical stress, and are far more resistant to corrosive chemicals.

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  • Stapa Aloxal

    The champagne basic colour shade Aloxal® enables the creation of deep and warm metallic colour shades.

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  • Stapa Hydrolan

    Stapa Hydrolan aluminium pigment pastes are very shear-stable and provide outstanding gassing stability. 

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  • Stapa Hydrolux

    Stapa Hydrolux aluminium pigment pastes have been specially developed for systems that place high demands concerning condensation resistance and adhesion or intercoat adhesion.

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  • Stapa Hydromic

    The Stapa Hydromic range for water-based coatings systems are free of APEO and offer significantly improved intercoat adhesion.

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  • Stapa Hydroxal

    The Stapa Hydroxal range are APEO-free stabilised aluminium pigments.

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  • Stapa Metallic

    Stapa Metallic pigments offer broad particle size distribution, good opacity and intensive colour.

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  • Stapa Metallux

    Stapa Metallux, with its wide variety of product series, offers the ideal solution for any application.

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  • Stapa Mobilux

    Stapa Mobilux pigments have narrow particle size distribution and high colour purity for clear colour shades.

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  • Stay/Steel

    Stay/Steel® stainless steel flake pigments provide a coating with very long service life and outstanding appearance.

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  • Symic

    Symic pearlescent pigments feature high colour purity and colour depth. They are especially suited for full colour shades.

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  • Symic OEM

    Symic OEM synthetic pearlescent pigments stand out thanks to their superlative colour purity and depth. These pigments are ideally suited for intensive solid colours. 

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  • MISTROGARD 45

    Mistrogard™ 45 is a lamellar talc/magnesite extender that provides barrier properties and improves corrosion resistance.

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  • MISTROGARD 75

    Mistrogard 75™ is a talc/magnesite with a platy structure. It is a cost-effective, functional mineral extender with high loading properties for auto body compounds, caulks, putties, sealants and high build coatings.

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  • MISTRON 230

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  • MISTRON 325

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  • MISTRON 75 6 A

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  • MISTRON 754 G

    Talc with low oil absorption for usage in low VOC coatings, adhesives and wood filler.

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  • MISTRON CF 5AG

    Mistron® CF5A-G is high-purity engineered talc which has very low viscosity-build, allowing it to be formulated at high loading in low VOC industrial coatings while maintaining excellent anti-settling properties and superior corrosion resistance.

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  • MISTRON MONOMIX G

    Fine high brightness talc used for pigment extension, gloss adjustment, rheology control, sandability, barrier effect, corrosion resistance and stain-blocking.

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  • MISTRON R20 G

    High brightness talc suitable for decorative and industrial applications

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  • PLASTORIT 0

    Low oil absorption mica/quartz/chlorite filler for epoxy flooring, building putties, plasters and traffic paints.

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  • PLASTORIT 0.25

    Coarse mica/quartz/chlorite for exterior textured matt wall paints.

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  • PLASTORIT 0.5

    Plastorit® 0.5 is a mica/quartz/chlorite filler and extender pigment.

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  • PLASTORIT 00

    Low oil absorption mica/quartz/chlorite for improving the durability and UV resistance of exterior wall paints.

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  • PLASTORIT 000

    Plastorit® 000 is a mica/quartz/chlorite filler and extender pigment.

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  • PLASTORIT 0000

    Low oil absorption mica/quartz/chlorite for high performance low VOC marine, protective coatings and industrial primers.

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  • PLASTORIT MICRO

    Fine low oil absorption mica/quartz/chlorite for industrial primers and anti-corrosion coatings.

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  • PLASTORIT SUPER

    Fine low oil absorption mica/quartz/chlorite for industrial primers.

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  • STEABRIGHT

    High brightness talc/chlorite for decorative paints.

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  • STEAMAS

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  • STEAMAT

    Talc/chlorite developed for matting of interior and exterior wall paints and masonry paints.

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  • STEASHIELD 10

    Steashield™ 10 is an ultra lamellar talc imparting significant barrier properties for high added value paint and coating applications such as stain-blocking paints and anti-corrosive coatings.

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  • STEOPAC

    Fine high brightness talc/chlorite for prime pigment extension in decorative coatings.

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  • REFLAMAL S2

    White free-flowing fine ground aluminium trihydrate

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  • REFLAMAL S3

    White free-flowing fine ground aluminium trihydrate

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  • Novares Pure

    The NOVARES pure series of water-white resins provide a range of polymer compatibilities and can fulfil the requirements of a broad spectrum of applications.

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  • NOVARES T-series

    Aromatic hydrocarbon resins based on petrochemical feedstock

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  • Novares L-series

    A range of liquid hydrocarbon resins.

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  • Novares H-series

    NOVARES H and HA products are tar oil- and pitch-free formulations based on hydrocarbon resins.

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  • Novares C-series

    Carbon-based indene-cumarone resins

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  • Rheobyk-7502

    Rheobyk-7502 provides strong sag resistance and stable processes with zero emissions in epoxy, alkyd and polyurethane systems.

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  • Rheobyk-7503

    Rheobyk-7503 provides strong sag resistance and stable processes with zero emissions in epoxy, alkyd and polyurethane systems.

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