Rovene® 5550 by Mallard Creek Polymers is a self-crosslinking, carboxylated styrene-butadiene emulsion. It offers soft, resilient hand with outstanding strength properties. It is a binder imparting... view more

Rovene® 6005 by Mallard Creek Polymers is a very soft acrylic, high molecular weight, acrylic latex emulsion. It exhibits excellent performance and compatibility with a wide variety of dispersed... view more

Rovene® 6015 by Mallard Creek Polymers is a self-crosslinking acrylic polymer. It provides medium hand to frothed and saturated substrates. It shows resistance to heat and light aging. It exhibits... view more

Rovene® 6017 by Mallard Creek Polymers is a styrene acrylic emulsion. It provides excellent dry & wet tensile strength and good solvent resistance. Rovene® 6017 is recommended for textile back... view more

Rovene® 6020 by Mallard Creek Polymers is a soft, carboxylated stryene-acrylic copolymer emulsion. It provides films of good strength, water- and discoloration-resistance. Rovene® 6020 has found use... view more

Soft, carboxylated, styrene-acrylic copolymer emulsion. It provides good water resistance and good resistance to discoloration to the typical films. It is anionic in nature. Used in architectural... view more

Rovene® 6023 by Mallard Creek Polymers is an acrylic emulsion. It can be used as a polymer modifier. It improves flexibility, strength and UV and water resistance with Portland cement. Rovene® 6023... view more

Rovene® 6025 by Mallard Creek Polymers is a styrene-acrylic polymer emulsion. It can be used as a binder for dust suppression and soil stabilization. It can be spray applied and coated by... view more

Rovene® 6026 by Mallard Creek Polymers is an APEO-free, styrene-acrylic emulsion polymer. It provides a strong film at room temperature. It allows the formulator to minimize the level of coalescent... view more

Rovene® 6027 by Mallard Creek Polymers is an APEO-free, acrylic latex emulsion. It offers exterior durability and low VOC. Rovene® 6027 is suitable for trade paints and concrete sealers... view more

Rovene® 6031 by Mallard Creek Polymers is an acrylic latex emulsion. It accepts high filler loading and possesses bake-ability. Rovene® 6031 is suitable for liquid applied sound damping which are... view more

Rovene® 6032 by Mallard Creek Polymers is an acrylic latex emulsion. It accepts high filler loading and exhibits bake-ability. Rovene® 6032 is recommended for liquid applied sound damping which are... view more

Rovene® 6033 by Mallard Creek Polymers is an acrylic latex emulsion. It accepts high filler loading and possesses bake-ability. Rovene® 6033 is recommended for liquid applied sound damping which are... view more

Rovene® 6034 by Mallard Creek Polymers is a versatile styrene acrylic emulsion. It can be used as a primer. Rovene® 6034 can be formulated for interior paints, outdoor landscaping coatings and... view more

Rovene® 6035 by Mallard Creek Polymers is an APEO free, pure acrylic emulsion. It offers UV stabilization, minimal whitening and good water resistance. Recommended for a wide array of specialty architectural... view more

Rovene® 6065 by Mallard Creek Polymers is a styrene acrylic emulsion. It is a tough, durable nonwoven binder. It provides improved stiffness and strength. It was specifically designed to perform in... view more

Carboxylated styrene-acrylic copolymer emulsion. Provides outstanding pigment binding strength and moisture resistance properties. Offers functional sites that can be cross-linked with an external... view more

High solids, low VOC styrene-acrylic copolymer emulsion. It provides outstanding wet strength and moisture barrier properties. It delivers functional sites that can be cross-linked with an external... view more

Rovene® 6101 by Mallard Creek Polymers is a styrene acrylic emulsion. It is a non-film forming, high gloss extending vehicle. It exhibits excellent hold out and high gloss. It can be used as a... view more

Rovene® 6102 by Mallard Creek Polymers is a styrene acrylic emulsion. It is a hard, film forming resin with moderately low glass transition temperature and good water resistance. It allows... view more