Acrylic latex binders provide unparalleled performance for exterior architectural and industrial coatings, non-woven binders, pressure sensitive adhesives, concrete admixtures, exterior insulation and finish systems (EIFS), roof coatings and sealants. Acrylic polymers inherently provide excellent exterior durability and hydrolytic stability that make these products preferred binders for a broad range of high performance demands.
All acrylic latex; brings a high degree of flexibility and exterior durability to coatings and sealants.
High solids, pressure sensitive acrylic copolymer designed for tape and label applications.
High solids, pressure sensitive adhesive designed for adhesion to treated polyolefins for laminated films.
Alkali swellable latex. Viscosity modifier for any waterborne system.
Small particle size acrylic for coatings applications requiring high hardness, scratch resistance and block resistance. Also enhances water resistance and weatherability.
Carboxylated copolymer offering excellent pigment dispersion and UV resistance. Crosslinkable.
100% acrylic copolymer emulsion designed for manufacturing inks.
Exterior binder with good wet adhesion, dirt pick up resistance and gloss retention.
General purpose all acrylic binder with good substrate penetration, good wet adhesion. APEO and formaldehyde free.
Durable exterior coating binder providing good wet adhesion and resistance to dirt pick up.
Hydrophobic, self crosslinking Veocryl binder for durable architectural and industrial coatings.
An acrylic polymer emulsion specifically designed as a cement mortar modifier to impart outstanding flexural, adhesive and impact strength.
High solids binder for exterior/interior coatings. Excellent low temperature film formation.
For exterior paints. Provides wet adhesion and excellent adhesion to chalky, weathered surfaces.
Caulks and Sealants with high flexibility, clarity, water resistance and abrasion resistance.
Mortar additive that imparts improved strength and flexibility.
High Tg self crosslinking latex; provides chemical resistance and exceptional adhesion to multiple substrates