Acrylic polymer. Used for interior wall paints and exterior architectural paints. Offers very good abrasive scrub resistance. Provides very good burnish resistance and stain resistance. Exhibits... view more

Pure acrylic (58.5%) emulsion. Exhibits outstanding early wash-out-, scrub- and weathering resistance and helps in lowering labor costs. Recommended for cementitious and non-cementitious basecoats... view more

Acrylic emulsion (100% acrylic binder). It is free from alkylphenol ethoxylate (APEO) surfactants and formaldehyde (containing no added formaldehyde or formaldehyde generators). Formulated with... view more

Acrylic polymer. Used for interior and exterior architectural paints. Offers very good abrasive scrub resistance. Exhibits very good early block and film hardness. Provides very good household stain... view more

Styrene-acrylic emulsion. Used for interior furniture, kitchen cabinet topcoats, interior board primers, interior board topcoats and doorskin primers. Offers very good mar, block, and print... view more

Vinyl-acrylic emulsion. Used in exterior and interior applications, for both wood and masonry. Offers very good versatility and consistency. Exhibits good scrub resistance. Provides very good cold... view more

UCAR Polyphobe™ TR-116 by Dow Chemical is a high solids hydrophobically modified alkali-soluble emulsion (HASE). Used as a high-efficiency rheology modifier for imparting premium rheology in... view more

UCAR Polyphobe™ TR-117 by Dow Chemical is a high solids hydrophobically modified alkali-soluble emulsion (HASE). Used as a premium rheology modifier to provide maximum high-shear viscosity for... view more

Low viscosity, low pH latex emulsion of an alkali-soluble, acrylic thickener. Used in many kinds of aqueous paints. Offers compatibility with most of the common latex polymers, surfactants, and... view more

High solids, self-crosslinking acrylic binder. Used to formulate barrier coatings. Provides very good quick set and a high degree of wet tack. Offers very good adhesion to a variety of substrates... view more

High solids, all-acrylic binder. Used for elastomeric coatings designed to protect structures from water damage. Provides very good adhesion properties, high pigment binding capacity, and very good... view more

General-purpose vinyl acrylic. Used for architectural coatings. Does not require use of conventional coalescing solvents or glycols to obtain very good film formation and application properties... view more

Vinyl acrylic latex. Used for architectural coatings. Suits for low odor, cost effective, environmentally friendly paint systems. Can be formulated over a wide range of pigment volume... view more

Vinyl acrylic emulsion. Used in flats to semigloss interior finishes. Offers broad formulating latitude and block resistance. Provides good scrub resistance, very good gloss capabilities, good... view more

Vinyl acetate copolymer. Used to make stable, one-package intumescent paints. Provides very good versatility. Offers compatibility with multivalent salts and other ingredients typically found in... view more

High molecular weight vinyl-acrylic latex. Used for architectural coatings and in a wide variety of interior and exterior formulations. Provides very good scrub resistance and exterior durability... view more

Self-crosslinking, high-performance, thermosetting, styrene-acrylic latex. Used for industrial wood applications. Offers non-formaldehyde thermal cure... view more

Styrene acrylic polymer. Used in interior and exterior finishes. Provides a very good balance of properties such as outstanding wet adhesion and ambient/elevated temperature block resistance. Offers... view more

Acrylic latex. Used to form tough, durable coatings with outstanding weathering resistance. Suits for maintenance primers and topcoats and marine applications. Offers adhesion to a variety of... view more

Acrylic emulsion. Used for strippable coatings, strippable coil coatings and strippable coatings for plastic substrates. Provides temporary protection to a range of substrates. Offers toughness and... view more