Vinavil 4550 by Vinavil is a cost effective, water-based VeoVa™ copolymer dispersion. It offers excellent scrub-, alkali- & superior water resistance. It provides better hiding power, pigment... view more

Crilat 4815 by Vinavil is an APEO-, solvent- & formaldehyde-free, odorless pure acrylic water-based dispersion. It is characterized by very small particles size due to this feature it is defined as... view more

Crilat 7829 by Vinavil is an APEO- & formaldehyde-free, self-crosslinking, water-based acrylic dispersion. It exhibits very high blocking-, chemical-, mechanical-, good water- & high weathering... view more

Crilat 4830 by Vinavil is a low VOC, APEO-, formaldehyde-, plasticizers- & coalescent-free, water-based acrylic dispersion. It is developed with core-shell technology & is self-crosslinkable at room... view more

Crilat 4724 by Vinavil is a water-based dispersion of styrene-acrylic copolymer, free from alkylphenol ethoxylate (APEO). It gives transparent, flexible and no tacky film. Provides excellent... view more

Crilat 4736 by Vinavil is an APEO-free, styrene-acrylic copolymer water-based dispersion that gives a transparent, flexible, soft and tacky film. It is used as a base for elasticizing and... view more

Crilat 4750 by Vinavil is a water-based, self-crosslinking, styrene acrylic copolymer dispersion. It is free from alkylphenol ethoxylate, co-solvents, coalescent, plasticizer, formaldehyde and... view more

Crilat 4768 by Vinavil is a self-crosslinkable, water-based, styrene acrylic copolymer dispersion. It is free from alkylphenol ethoxylates (APEO-free), coalescent and plasticizers. It provides a... view more

Crilat 4816 by Vinavil is a low odor, pure acrylic water dispersion. It possesses low glass transition temperature (Tg) and minimum film forming temperature (MFFT), providing good film-forming... view more

Crilat 4818 by Vinavil is a pure acrylic water dispersion, free from alkylphenol ethoxylates (APEO) which gives a continuous transparent, bright and tacky free film. It has good color fastness... view more

Crilat 4821 by Vinavil is a water-based, pure acrylic dispersion. It is free from APEO (alkylphenol ethoxylates), formaldehyde, solvents, coalescing agents and plasticizers. It gives transparent... view more

Crilat D117 AF by Vinavil is a 46% solid content pure acrylic water-based dispersion free from alkylphenol ethoxylates (APEO) and ammonia. It shows excellent binding power to fillers and pigments... view more

Ravemul® C 26 by Vinavil is an APEO-free, vinyl acetate-dibutyl maleate water-based dispersion. It shows good compatibility and excellent binding power to fillers, pigments and additives. Provides... view more

Ravemul® O23 by Vinavil is a plasticizers-free, anionic aqueous dispersion of vinyl acetate-versatic ester. It is compatible with commonly used thickeners like celluloses, polyacrylic acid... view more

Ravemul® PC2 F by Vinavil is an APEO-free, water-based dispersion of 51% vinyl acetate-VEOVA copolymer. It exhibits binding power, rheological behavior, good alkali-, water- and exterior weathering... view more

Ravemul® T33 by Vinavil is an APEO-free water dispersion of a terpolymer of vinyl acetate with versatic acid ester at 55% solid content. It is characterized by a high glass transition temperature... view more

Ravemul® T37 by Vinavil is a water-based dispersion of a terpolymer of vinyl acetate with versatic acid esters. It is APEO-free and is compatible with commonly used fillers, pigments & additives in... view more

Vinavil 03V by Vinavil is an APEO-free vinyl acetate vinyl versatate copolymer water dispersion. It has an excellent combination of different features that affect products performances in the... view more

Vinavil 04V by Vinavil is a water-based, vinyl acetate-VEOVA copolymer dispersion, at 52% of solid content. It is free from alkylphenol ethoxylate, formaldehyde, coalescing agents and plasticizer... view more

Vinavil 4528 by Vinavil is an APEO-free, vinyl versatate copolymer water-based dispersion. It is characterized by an excellent mechanical stability, binding power, rheological behavior and water... view more