Polyethylene wax. Used in overprint varnishes, general industrial coatings, can and coil coatings, industrial wood finishing and powder coatings. Offers exceptional rub, abrasion and scratch... view more

Blend of hydrogenated castor oil and kaolin. Imparts shear-thinning rheology with thixotropic viscosity recovery. Offers very good anti-settle properties and good recoatability. Exhibits very good... view more

Micronised kaolin modified castor wax. Used for solvent-free and solvent-based coating systems. Used for coating systems based on aliphatic hydrocarbons, aromatic hydrocarbons and aromatic... view more

100% active, micronised hydrogenated castor oil. Used for aliphatic solvent-based coatings and inks. Offers very good sag resistance. Imparts shear-thinning rheology with thixotropic viscosity... view more

100% active amide modified castor wax. Used for solvent-based and solvent-free coatings. Used for coating systems based on aliphatic hydrocarbons, aromatic hydrocarbons and aromatic... view more

Electrostatic polyamide. It exhibits excellent weatherability and superior adhesion strength with metal surface. Provides chemical-, wear- and impact-resistance. Used for coating of auto parts, hard... view more

Polyamide. It is a colorized fluid-bed coating powder. Exhibits excellent weatherability and superior adhesion strength with metal surfaces. Provides chemical-, wear- and impact-resistance. Used for... view more

Electrostatic polyamide. It exhibits excellent weatherability and superior adhesion strength with metal surface. Provides chemical-, wear- and impact-resistance. Used for coating of auto parts, hard... view more

Polyamide. It is a colorized fluid-bed coating powder. Exhibits excellent weatherability and superior adhesion strength with metal surface. Provides chemical-, wear- and impact-resistance. Used for... view more

Kynar 500® FSF® is a fluorosurfactant-free polyvinyl fluoride by Arkema. Exhibits extreme weatherability, excellent dirt shedding and superb mildew resistance. It has been specifically designed for... view more

Kynar® 741 is a fluorinated thermoplastic homopolymer by Arkema. Exhibits high barrier-, good mechanical and thermomechanical properties. Kynar® 741 is designed for off-shore and painting... view more

Kynar® 761 is a fluorinated thermoplastic homopolymer by Arkema. Exhibits high barrier-, good mechanical and thermomechanical properties. Recommended for off-shore and painting applications. Kynar®... view more

Kynar® 761A by Arkema is a fluorinated thermoplastic homopolymer. Designed for off-shore and painting applications. Exhibits high barrier-, good mechanical and thermomechanical properties. Kynar®... view more

Kynar® ADX 111 by Arkema is a heat stabilized polyvinylidene fluoride (PVDF). Suitable for off-shore, painting, powder- and dip coating in fluidized bed. Exhibits high purity, high barrier-, good... view more

Kynar® ADX FLEX 281 is a grafted, light- and heat stabilized polyvinylidene fluoride (PVDF) by Arkema. Designed for metal coating and provides corrosion resistance... view more

Kynar® ADX FLEX 281 G is a grafted polyvinylidene fluoride (PVDF) by Arkema. It is a light- and heat stabilized grade and is used for metal coating. Offers corrosion resistance benefit... view more

Highly stable organic peroxide. Efficiient for crosslinking and modification of polyolefins, elastomers, curing agents, initiators and synergies for flame retardent polymers. Offers to prepare... view more

Highly stable organic peroxide. Efficiient for crosslinking and modification of polyolefins, elastomers, curing agents, initiators and synergies for flame retardent polymers. Offers to prepare... view more

Highly stable organic peroxide. Efficiient for crosslinking and modification of polyolefins, elastomers, curing agents, initiators and synergies for flame retardent polymers. Offers to prepare... view more

Free-radical initiators. Used in the production of acrylic resins for paint and coatings. Offers low molecular weights, narrow polydispersities and high quality results... view more