Crayvallac® A-72-A2-60 by Arkema is a polyacrylate resin. Acts as a high performance surface tension modifier and flow & levelling agent. It is a thermoplastic, contains no silicone ingredients and... view more

Micronized hydrogenated castor oil. Imparts shear thinning rheology with thixotropic viscosity recovery. Offers very good sag resistance. Provides very good anti-settle properties and good... view more

CRAYVALLAC® EF-30P by Arkema is a matting agent for pure epoxy and epoxy/polyester powder coating formulations. Provides excellent results in combination with REAFREE® 6489. CRAYVALLAC® EF-30P by... view more

Crayvallac® Flow-200 by Arkema is a 100% active, silicone-free, polyester-based flow and levelling agent. Designed for solvent-based coil coatings, can coatings, general industry and automotive OEM... view more

Modified urea dissolved in N-methylpyrrolidone. Used in solvent based coatings. Provides very good recoatability. Exhibits very good anti-settle and anti-sag propertiesImparts shear-thinning... view more

Modified urea. Imparts shear thinning rheology with thixotropic viscosity recovery. Offers good anti-sag properties. Possesses good recoatability... view more

Micronised amide modified hydrogenated castor oil. Used for solvent-based and solvent-free coatings. Imparts shear-thinning rheology with thixotropic viscosity recovery. Provides very good... view more

HAPs free pre-activated amide wax dispersed in mixture of butyl acetate and alcohols. Suitable for post-addition to solvent-based industrial coatings. Provides very good sag resistance. Easy to... view more

Pre-activated amide wax dispersed in a mixture of mineral spirit (D60) and alcohols. Acts as a rheology modifier in paste form for post addition to solvent-based coatings with low polarity systems... view more

Micronised hydrogenated castor oil derivative. Used for powder coatings based on PRIMID, hybrid and TGIC technologies. Provides enhanced flow and levelling. Offers very good degassing... view more

Amide-modified hydrogenated castor oil. Used as rheology modifier. Imparts shear thinning rheology with thixotropic viscosity recovery. Possesses tolerance to high temperatures and strong solvents... view more

Crayvallac® SUPER by Arkema is a high performance, micronised amide wax. Used for a wide range of solvent-based, high-solids and solvent-free applications. Imparts shear-thinning rheology with... view more

Crayvallac® ULTRA by Arkema is a high performance micronised amide wax. Used as rheology modifier. Offers very good recoatability. Imparts shear-thinning rheology with thixotropic viscosity... view more

Micronised PTFE wax. Acts as a surface and rheology modifier. Provides improved slip and enhanced scratch, mar, and abrasion resistance. Imparts good rub resistance. Offers good anti-blocking and... view more

Micronised PTFE modified polyethylene wax. Acts as a scratch/mar resistant. Provides very good slip and lubricity. Improves anti-blocking. Offers good surface hardness and toughness, and improved... view more

Micronised PTFE modified polyethylene wax. Acts as a scratch/mar resistant. Provides very good slip and heat resistance. Improves anti-blocking and abrasion resistance. Controls the frictional... view more

Micronised PTFE modified polyethylene wax. Acts as a scratch/mar resistant. Provides very good slip and heat resistance. Prevents metal marking. Enhanced heat resistance. Improves anti-blocking and... view more

Micronised modified polypropylene wax. Acts as a slip control-, abrasion- and rub resistance agent. Imparts a smooth, silky feel, appearance and improved transparency in thin layers. Mainly useful... view more

Crayvallac® WN-1135 by Arkema is a micronized modified polypropylene wax. Acts as a scratch/mar resistance agent. Also acts as a matting agent for variety of applications. Imparts smooth, silky feel... view more

CRAYVALLAC® WN-1150 by Arkema is a modified PE wax. Acts as a matting agent. Used to control gloss for hybrid, TGIC and PRIMID® systems. CRAYVALLAC® WN-1150 has no effects on weatherability or... view more