Rovene® 4049 by Mallard Creek Polymers is a carboxylated styrene-butadiene emulsion. It provides fast drying, good tensile strength with excellent adhesion to a wide variety of substrates. This... view more

Rovene® 4100 by Mallard Creek Polymers is an APEO-free carboxylated styrene-butadiene emulsion polymer. It offers flexibility and water-resistance properties. It is used for packaging adhesives and... view more

Rovene® 4220 by Mallard Creek Polymers is a non-carboxylated styrene-butadiene emulsion. It is stabilized with rosin acid soap emulsion and offers high shear strength. It may be tackified, thickened... view more

Rovene® 4310 by Mallard Creek Polymers is an APEO-free, medium soft carboxylated styrene-butadiene emulsion. It exhibits very good adhesion to various substrates. It offers excellent filler... view more

Rovene® 5044 by Mallard Creek Polymers is a very soft carboxylated styrene-butadiene emulsion. It offers excellent water-resistance and high shear strength. It allows the formulation of permanent... view more

Rovene® 6130 by Mallard Creek Polymers is an APEO-free, very soft carboxylated styrene-butadiene emulsion. It is a self-crosslinking grade with a very high shear strength. It is suitable for use... view more

Rovene® 6592 by Mallard Creek Polymers is an APEO-free, cross-functional, well-balanced acrylic polymer with low Tg. It exhibits outstanding peel/loop tack and shear balance with moderate, but... view more

Rovene® 7001 by Mallard Creek Polymers is a non plasticized, environment friendly vinyl-acetate ethylene emulsion. It offers clear, glossy flexible film with good adhesive properties for broad applications... view more

Rovene® 7002 by Mallard Creek Polymers is a non-plasticized, environment friendly vinyl-acetate ethylene emulsion stabilized with polyvinyl alcohol. It offers clear, glossy flexible film with good adhesive... view more

Rovene® 97982 by Mallard Creek Polymers is very soft acrylic emulsion. It imparts excellent clarity, UV stability, high tack & peel, and medium shear. It offers good adhesion to low surface energy... view more