Acrylic polymer. Used as a processing aid for clear applications, such as bottles, calendered and extruded film and sheet. Offers very good clarity and surface quality. Provides superior fusion... 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 a processing aid for clear applications, such as bottles, calendered and extruded film and sheet. Offers very good clarity and surface quality. Provides superior fusion... 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

High molecular weight process aid. Offers improved efficiency for density reduction and foam expansion without sacrificing the lubricating properties of PARALOID K-415. It is a bifunctional material... view more

New ultra high molecular weight acrylic processing aid for high quality foam applications. Its high foaming efficiency enables converters to meet the most demanding requirements in foam core pipes... view more

Acrylic polymer. Acts as a high efficiency processing aid. Delivers excellent performance at an optimized loading. Possesses low density, lower use cost. Has improved dosage efficiency compared to... view more

Acrylic impact modifier. It is designed to outperform existing vinyl additives across a range of processing conditions. Provides outstanding impact and rheological performance properties. This... 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 based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more

Acrylic impact modifier. Offers high impact strength, oustanding natural weatherability and control of melt viscoelasticity. Possesses low stress build-up, consistent surface finish, low die swell... view more

Acrylic impact modifier. Has a core shell structure based on a cross-linked butyl acrylate core with a methyl methacrylate shell. The combination of excellent weatherability, high impact, neutral... 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 based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more

Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more

Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more

Acrylic foam cell promoter. It is designed to deliver excellent performance at an optimized loading. Possesses high melt strength, high gas containment limit and high melt expansion. Has excellent... view more

Acrylic foam cell promoter. It is designed to enable the extrusion of foam sheet at a density lower than conventional process aid technology. Provides lower gloss and has the potential to allow the... view more

Acrylic foam cell promoter. It was developed for cellular vinyl applications such as free foam sheet where reduction of part density to 0.55 g/cc is desired. Also, it is effective in Celuka process... view more