DA-107 by Dairen Chemical is a non-plasticized copolymer dispersion based on vinyl acetate and ethylene. It contains polyvinyl alcohol and surfactant stabilizing system. It shows good resistance... view more

DA-111 by Dairen Chemical is a non-plasticized aqueous copolymer dispersion based on vinyl acetate and ethylene. It contains polyvinyl alcohol stabilizing system. It shows good resistance against... view more

DA-125 by Dairen Chemical is a non-plasticized aqueous copolymer dispersion based on vinyl acetate and ethylene. It contains polyvinyl alcohol/surfactant as stabilizing system. It shows good... view more

DA-128 by Dairen Chemical is a non-plasticized aqueous copolymer dispersion based on vinyl acetate and ethylene. It is an excellent base emulsion for floor-, wall- or ceiling adhesives. It contains... view more

DA-128H by Dairen Chemical is a non-plasticized aqueous milky white copolymer dispersion based on vinyl acetate and ethylene. It contains polyvinyl alcohol and surfactant as stabilizing system. It... view more

Adcote 61JH64A by Dow is styrene acrylic emulsion. It is designed for use as a lacquer applied on paper that is subsequently vacuum metallized with aluminum. Adcote 61JH64A provides excellent metal... view more

PRIMAL EP-5560F by Dow is an all acrylic emulsion pressure sensitive adhesive particularly suitable for use in formulating tackified paper label adhesives. The product offers an excellent balance... view more

UCAR™ Latex 9189 by Dow is a stable coater-ready, inherently pressure-sensitive acrylic copolymer emulsion. It forms remarkably clear dry film. It possesses good clarity and water whiteness on clear... view more

UCAR™ Latex 9191 by Dow is a stable tackified water-borne pressure-sensitive acrylic copolymer. It possesses very good converting properties, very good flow and leveling and outstanding adhesion to... view more

UCAR™ Latex 9640 by Dow is a pressure-sensitive acrylic copolymer emulsion. It provides controlled peel properties for clean removability from both polar and nonpolar substrates and moderate initial... view more