ACRILEM AS142 is a water-based acrylic copolymer dispersion by Icap Sira. It is APEO free and contains low VOC. It offers high block resistance and hardness. It also acts as an additive for... view more

ACRILEM IC337AG is an aqueous dispersion of an acrylate self-crosslinking copolymer by Icap Sira. It offers very good anti-blocking properties, high binding attitude and high gloss. It contains low... view more

ACRILEM IC398E is an aqueous dispersion of an acrylate copolymer by Icap Sira. It emits low VOC. It exhibits good anti-blocking properties and low minimum film forming temperature. ACRILEM IC398E... view more

ACRILEM IC97 is a water-based acrylic copolymer by Icap Sira. It is a general purpose, APEO and ammonia free grade with low VOC content. It offers high weather & alkali resistance and low odor. It... view more

Ammonia free, APEO free, low VOC, vinyl-Acetate-vinyl-Versatate copolymer. It is used in interior wall paints, exterior wall paints, masonary & facade paints and textured coatings... view more

Ammonia free, APEO free, high solid, vinyl acetate/acrilate copolymer. It has excellent alkali and scrub resistance. It is used in interior wall paints, masonary & facade paints and textured... view more

APEO free water based styrene acrylic copolymer micro-emulsion. It had well balanced monomer composition and to the ultra-fine particle size. It shows a very high wetting power joined, has excellent... view more

Self-cross-linking water based acrylic copolymer dispersion with low particle size. It shows high block resistance, sandability, block resistance, high hardness and chemical resistance. It is... view more

Self-crosslinking water based acrylic dispersion with high minimum film forming temperature. It has high chemical resistances, sandability, forms a hard, glossy and clear. It is suitable for... view more

Low VOC, APEO, hard thermoplastic aqueous dispersion of an acrylate copolymer. It shows fast hardness development and high block resistance. It is hard but, thanks to its adhesion properties and to... view more

Hard, water based acrylic dispersion with high minimum film forming temperature. It is suitable for wood stains, pigmented coatings for industrial application and wood clear coats for interior... view more

ACRILEM® AS157 is a low VOC, APEO-free, soft, thermoplastic, water-based dispersion of a styrene-acrylic copolymer. Offers superior resistance to flex ration, abrasion and impact together with very... view more

Aqueous dispersion of an acrylate copolymer. It is suitable for of primers for concrete, masonry and gypsum, clear or pigmented stain and bleeding resistant wood primers... view more

Hydroxylated acrylic copolymer for bicomponent systems. It is fast drying, has high MFFT, high hardness, toughness, excellent adhesion and good wood grain brightening. It is suitable for interior... view more

Water based styrene-acrylic dispersion with low particle size. It shows a high weathering, high binding attitudes, high block resistance, good stackability and alkali resistance. It is suitable for... view more

High solid formulation, APEO free, low VOC formulation, low odor formulation water based acrylic copolymer dispersion. It has crosslinking mechanism improves that adhesion on mineral substrates and... view more

APEO free, water based dispersion of a modified acrylic copolymer. It has excellent water and alkali resistance, good anti-blocking properties. It is suitable for wood stains, exterior applications... view more

APEO free, self-crosslinking acrylic copolymer dispersion. It has good water resistance and excellent solvent resistance, excellent anti-blocking properties and good film forming, toughness... view more

APEO free water based acrylic copolymer dispersion with bimodal particle size. It shows a high weathering and alkali resistance. It is suitable for the preparation of water based paints and primers... view more

Aqueous dispersion of an acrylate copolymer. It has superior resistances to flex ration, abrasion and impact together with very good final elasticity, elongation and cohesion properties. The... view more