RHOPLEX™ SF-012 Acrylic Copolymer Emulsion by Dow Chemical is an acrylic copolymer emulsion. It has very low odor. It is designed for maximum performance with associative rheology modifiers. Offers... view more

RHOPLEX™ SS#4 by Dow Chemical is a 100% acrylic emulsion with quick-drying tendencies. Paints formulated with RHOPLEX™ SS#4 offers a balance of excellent cost and performance characteristics... view more

RHOPLEX™ VSR-1050 100% Acrylic Emulsion by Dow Chemical is a 100% acrylic emulsion with ambient crosslinking backbone. It provides outstanding performance in flat through semigloss paint... view more

ROSILK™ 2000 by Dow Chemical is a waterborne, non-ionic, silicone emulsion polymer. Imparts a unique, dryer feel to leather and to deliver a balance of good wear properties. Its features include... view more

ROSILK™ 2229 by Dow Chemical is an aqueous, high solids, silicone emulsion. It does not promote fish-eye retraction and has slight defoaming tendency. Promotes the highest wear performance. ROSILK™... view more

ROVACE™ 10 is an APE0-free, low-VOC, durable, general purpose vinyl acrylic emulsion. Exhibits excellent scrub resistance and flexibility. Offers excellent processing capabilities making it easy to... view more

ROVACE™ 9900 Vinyl Acrylic Binder by Dow Chemical is a vinyl acrylic binder. It is APEO-free and demonstrates comparable or even higher scrub resistance than the best of the high scrub PVAs at... view more

TERGITOL™ 15-S-40 by Dow Chemical is a versatile, high performance secondary alcohol ethoxylate (SAE). Acts as a non-ionic surfactant, freeze-thaw controller, dispersing agent, emulsifier. Offers... view more

TERGITOL™ NP-30 by Dow Chemical is a nonylphenol ethoxylate. Acts as a dispersant, wetting agent, emulsifier & stabilizer. It is alkyl phenol ethoxylate-based and is highly water soluble. TERGITOL™... view more

TERGITOL™ NP-9.5 by Dow Chemical is a nonylphenol ethoxylate. Acts as a wetting agent. It is alkyl phenol ethoxylate-based. Provides excellent detergency, outstanding wetting. TERGITOL™ NP-9.5 is... view more

TERGITOL™ XDLW by Dow Chemical is a non-ionic alkyl EO/PO copolymer. Acts as a non-ionic surfactant, freeze-thaw controller, dispersing agent, emulsifier. Provides excellent stabilizer and... view more

Low molecular weight, linear polycaprolactone polyol. Used in coatings. Possesses low viscosity, low VOC, low color, high purity and consistency, high hydroxyl content and long pot life. Provides... view more

Low molecular weight polycaprolactone polyol. Used in weatherable urethane coatings. Possesses low melt viscosity, exact functionality and long pot life. Provides batch-to-batch reproducibility... view more

Linear polycaprolactone polyol. Used in coatings. Possesses low melt viscosity, exact functionality and long pot life. Provides batch-to-batch reproducibility, outstanding low-temperature... view more

Linear polycaprolactone polyol. Used in coatings. Possesses low melt viscosity, low VOC, exact functionality and long pot life. Provides batch-to-batch reproducibility, outstanding low-temperature... view more

Linear polycaprolactone polyol. Possesses low melt viscosity, low color, high purity, exact functionality and long pot life. Provides batch-to-batch reproducibility, outstanding low-temperature... view more

Very low equivalent weight, tri-functional liquid polyol. Used in coatings. Possesses low viscosity, low VOC, exact tri-functionality, high hydroxyl content and long pot life. Provides... view more

Low equivalent weight, tri-functional liquid polyol. Used in coatings. Possesses low viscosity, low VOC, exact tri-functionality, high hydroxyl content and long pot life. Provides batch-to-batch... view more

Low-melting tri-functional liquid polyol. Used in urethane coatings. Possesses low melt viscosity, low VOC, exact tri-functionality and long pot life. Provides batch-to-batch reproducibility... view more

Linear polycaprolactone polyol. Used in coatings. Possesses low melt viscosity, low color, high purity, exact functionality and long pot life. Provides batch-to-batch reproducibility, outstanding... view more