Methyl methacrylate type processing aid. Enhances faster fusion at lower processing temperature. Improves the cohesion of melt and its homogeneity. Also improves the melt strength, extensibility and... view more

PARALOID™ K-175 by Dow is an acrylic polymer. Acts as a external lubricant and processing aid in vinyl. Used for exterior trim, fence/deck/rail, PVC plastics and siding. Offers surface smoothness... view more

Methyl methacrylate type processing aid. Enhances faster fusion at lower processing temperature. Improves the cohesion of melt and its homogeneity. Also improves the melt strength, extensibility and... view more

Methyl methacrylate type processing aid. Enhances faster fusion at lower processing temperature. Improves the cohesion of melt and its homogeneity. Also improves the melt strength, extensibility and... view more

Acrylic polymer. Used as modifier for fence/deck/rail and PVC plastics. Possesses reduced foam density and good cell uniformity. Offers improved surface quality. Exhibits functional impact strength... view more

PARALOID™ KM-334 by Dow is an acrylic polymer-based compound. Acts as an impact modifier for vinyl building products. Offers very good impact strength and good gloss control. It imparts proven... view more

Acrylic polymer-based compound. Used as and impact modifier for siding, window profiles, pipe and fencing. Offers very good impact strength. Provides gloss control and proven weatherability... view more

Acrylic impact modifier. Offers excellent impact strength and proven weatherability. Provides high fusion promotion efficiency and low post-extrusion shrinkage or reversion. Used for PVC used in... view more

Acrylic polymer. Acts as a impact modifier. Provides excellent impact resistance, excellent impact retention, and superb processability. Enables a true wood look in vinyl siding and fencing by... view more

Acrylic polymer. Acts as a impact modifier. Is intended to meet the needs of the vinyl building products extrusion and compounding industry. Offers excellent impact resistance and rheological... view more