Crilat® 2440 by Vinavil is an APEO-free acrylic copolymer aqueous dispersion with self-adhesive properties. Provides high solid content, good resistance to mechanical shear and good mechanical... view more

Crilat® 2823 by Vinavil is a plasticizer free acrylic water-based dispersion. Provides good mechanical stability. Shows lower blocking than the most existing products used in these applications as... view more

Crilat® 2840 by Vinavil is an APEO-free acrylic copolymer aqueous dispersion. Provides good resistance to mechanical shear and good mechanical stability. Offers good adhesion even at low... view more

Crilat® 2844 by Vinavil is an APEO-free acrylic water-based dispersion. Provides good mechanical stability. Shows good tack, medium adhesion, high cohesion and outstanding PVC plasticizer migration... view more

Crilat® 2847 by Vinavil is an APEO-free acrylic water-based dispersion to be used as compounding base for self-adhesive applications. Provides good mechanical stability, high tack and good cohesion... view more

Crilat® 2859 by Vinavil is a ready-to-use acrylic water dispersion. It is APEO-free with pressure sensitive adhesive properties. This self-adhesive is characterized by low adhesiveness and high... view more

Crilat® 2951 L by Vinavil is an aqueous APEO-free, alkali soluble emulsion acrylic polymer. Provides excellent mechanical stability. Suitable as raw material in the labelling adhesives, DIY stick... view more

Crilat® 2954 L by Vinavil is an APEO-free, alkali soluble emulsion acrylic polymer. Shows a high iced and condensed water resistance when neutralized in ammonia solution. Provides excellent... view more

Crilat® P 2702 by Vinavil is an APEO-free, ready-to-use, acrylic water-borne dispersion. It contains surfactants as emulsifying system. Provides excellent adhesiveness, good mechanical stability and... view more

Crilat® P 2744 by Vinavil is an APEO-free, ready-to-use, acrylic water-borne dispersion specifically designed for the production of self-adhesive stickers. It contains surfactants as emulsifying... view more

Crilat® P 2747 by Vinavil is an APEO-free, ready-to-use, acrylic water-borne dispersion with surfactants as emulsifying system. Shows a high tack and excellent cohesion. Offers superior water... view more

Crilat® P 2759 by Vinavil is a ready-to-use acrylic water dispersion, APEO free, with pressure sensitive adhesive properties. This self-adhesive is characterized by low adhesiveness and high... view more

Crilat® P 2776 by Vinavil is an APEO-free, ready-to-use, acrylic water-borne dispersion. Provides high adhesion even at low temperatures, a medium cohesion and good PVC plasticizer migration... view more

Ravemul® M11 by Vinavil is a modified polyvinyl acetate homopolymer with polyvinyl alcohol emulsifying system. Provides quick initial setting time, excellent mechanical stability and pseudoplastic... view more

Ravemul® M18S by Vinavil is a very high viscosity polyvinyl acetate aqueous dispersion with polyvinyl alcohol dispersing system. Provides excellent mechanical stability and a pseudoplastic... view more

Ravemul® O16 ME by Vinavil is a polyvinyl acetate aqueous dispersion with a polyvinyl alcohol emulsifying system. Provides quick setting time, excellent mechanical stability and a pseudoplastic... view more

Ravemul® P18 by Vinavil is a high viscosity, plasticized polyvinyl acetate homopolymer aqueous dispersion. It contains a polyvinyl alcohol emulsyfing system. Provides excellent mechanical stability... view more

Ravemul® T33 by Vinavil is a water dispersion of a terpolymer of vinyl acetate with versatic acid ester. It contains a protective colloid emulsifying system. Possesses low values of water... view more

Raviflex® BL 1S - A by Vinavil is a colorless, transparent, flavorless solid vinyl-acetate homopolymer. Offers high purity and low molecular weight. It is an ideal gum base component. Suitable for... view more

Vinaflex® CR 25 by Vinavil is a copolymer of vinylacetate and crotonic acid available in beads. It is designed to be used in order to prevent shrinkage during polymerization of composite materials... view more