Rovene® 4002 by Mallard Creek Polymers is an APEO-free, medium-firm, carboxylated styrene-butadiene emulsion. It is designed to have good freeze-thaw stability and low odor characteristics. It... view more

Rovene® 4009 by Mallard Creek Polymers is an APEO-free, carboxylated styrene-butadiene latex emulsion. It has medium hand with good strength properties. It can be crosslinked with external... view more

Rovene® 4011 by Mallard Creek Polymers is an APEO-free, carboxylated styrene-butadiene polymer. It offers excellent strength properties, flexibility, superior water resistance and excellent adhesion... view more

Rovene® 4019 by Mallard Creek Polymers is a carboxylated styrene-butadiene emulsion polymer. It offers high degree of grease, oil and water resistance and excellent water vapor transmission... view more

Rovene® 4021 by Mallard Creek Polymers is an APEO-free, hydrophobic, self-crosslinking, carboxylated styrene-butadiene emulsion. It has a firm hand with outstanding strength properties. It is an... view more

Rovene® 403 by Mallard Creek Polymers is an acrylic emulsion. It can be used as a polymer modifier. It improves water resistance, increases flexural strength & adhesion to most substrates and... view more

Rovene® 4040 by Mallard Creek Polymers is a non-carboxylated styrene-butadiene emulsion. It is designed to be used as a latex concrete modifier. It is used as a tile grout mastic modifier where it... view more

Carboxylated styrene-butadiene emulsion. It should be protected from freezing. Ideal storage temperature is 22°C (72°F). It is anionic in nature. Used in architectural, automotive, industrial and... view more

Rovene® 4049 by Mallard Creek Polymers is a carboxylated styrene-butadiene emulsion. It has a medium hand with good strength properties. It provides high water & grease resistance films with low... view more

Rovene® 4076 by Mallard Creek Polymers is an APEO-free, medium-firm, carboxylated styrene-butadiene emulsion. It exhibits tight and continuous films. It provides moisture vapor barrier properties... view more

Rovene® 4100 by Mallard Creek Polymers is a carboxylated styrene-butadiene emulsion polymer. It recommended for use for boxboard & paper coating, digital inks and coatings. Rovene® 4100 can be used... view more

Rovene® 4106 by Mallard Creek Polymers is a carboxylated, styrene-butadiene emulsion. It increases strength and reduce tack as it has a very stiff or 'boardy' hand. It improves stiffness, enhances... view more

Rovene® 4111 by Mallard Creek Polymers is a carboxylated styrene-butadiene emulsion. It exhibits high glass transition temperature. It is designed to improve spacing between titanium dioxide... view more

Rovene® 4119 by Mallard Creek Polymers is a carboxylated, styrene-butadiene emulsion. It imparts good wet & dry tensile strength and has good adhesion to a wide variety of surfaces. It offers... view more

Rovene® 4125 by Mallard Creek Polymers is a carboxylated styrene-butadiene emulsion polymer. It is used as a primer-sealer. It provides adhesion between asphalt and other various surface treatments... view more

Rovene® 4150 by Mallard Creek Polymers is a medium-firm, versatile, self-crosslinking, carboxylated styrene-butadiene emulsion. It offers finished properties of high tensile strength and good water... view more

Carboxylated styrene-butadiene emulsion. It has a soft, resilient hand with above average strength properties. It may be compounded with a wide variety of fillers and additives for specific... view more

Rovene® 4176 by Mallard Creek Polymers is a self-crosslinking, hydrophobic, carboxylated styrene-butadiene emulsion. It is binder with medium- firm hand and outstanding strength properties. It... view more

Rovene® 4176 by Mallard Creek Polymers is a medium soft, carboxylated styrene-butadiene emulsion. The dry film exhibits excellent toughness and water resistance. Rovene® 4176 is recommended for... view more

Rovene® 4180 by Mallard Creek Polymers is an APEO-free, low VOC, carboxylated styrene-butadiene emulsion polymer. It provides the ability to compound at high solids and in multiple application... view more