PARALOID™ K-175 ER Acrylic Processing Aid by Dow is a lubricating processing aid with excellent hot metal release characteristics and excellent optical qualities. It prevents sticking of the melt to... view more

PARALOID™ K-175 Lubricating Processing Aid by Dow is an external lubricant and a processing aid. It has a strong effect on its thermal stability. This product shows excellent release from metal... view more

PARALOID™ K-175P Acrylic Processing Aid by Dow is methyl methacrylate-based processing aid. It enhances faster fusion at lower processing temperature. This product improves the cohesion of melt and... view more

PARALOID™ K-400 Acrylic Processing Aid by Dow is a high molecular weight acrylic processing aid. It improves the quality and processability of cellular vinyl products. It increases interparticle... view more

PARALOID™ K-400P Acrylic Processing Aid by Dow is methyl methacrylate-based, high molecular weight processing aid. PARALOID™ K-400P Acrylic Processing Aid improves the quality and processability of... view more

PARALOID™ K-415 Processing Aid by Dow is acrylic polymer-based impact modifier. It possesses reduced foam density and good cell uniformity. It offers improved surface quality and exhibits functional... view more

PARALOID™ K-416 High Molecular Weight Process Aid by Dow is a processing aid for foam core pipe applications. It offers improved efficiency for density reduction and foam expansion without... view more

PARALOID™ K-435 by Dow is ultra-high molecular weight acrylic processing aid for high quality foam applications. It possesses high foaming efficiency. It offers gelation rate adapted to latest... view more

PARALOID™ KM-342B by Dow is acrylic polymer-based impact modifier. It offers very good impact strength and good weatherability. It exhibits good gloss control. PARALOID™ KM-342B is suitable for... view more

PARALOID™ KM-355P Impact Modifier by Dow is an impact modifier. It offers excellent impact strength, proven weatherability, high fusion promotion efficiency and low post-extrusion shrinkage or... view more

PARALOID™ KM-361 Impact Modifier by Dow is acrylic impact modifier for window profiles. It offers outstanding natural weathering resistance and high impact strength. This product possesses a core... view more

PARALOID™ KM-370 Impact Modifier by Dow is acrylic impact modifier for packaging and technical films. It has a core shell structure based on a cross-linked butyl acrylate core with a methyl... view more

Surecel™ 445 by Dow is a high efficiency, acrylic foam cell promoter blowing agent. It offers high melt strength, high gas containment limit and high melt expansion. This product possesses excellent... view more

Surecel™ T-50 by Dow is a blowing agent. This acrylic foam cell promoter is designed to enable the extrusion of foam sheet at a density lower than conventional process aid technology. Surecel™ T-50... view more

Surecel™ T-55 by Dow is a blowing agent. This acrylic foam cell promoter is effective in Celuka process applications where greater efficiency and excellent cell structure are required. It employs... view more

TYRIN™ 2500P by Dow is chlorinated polyethylene-based impact modifier. It is used in rigid polyvinyl chloride (PVC) siding formulations... view more

TYRIN™ 3245P by Dow is chlorinated polyethylene-based impact modifier. It offers very good impact modification. TYRIN™ 3245P improves drip resistance. It provides very good processability. It shows... view more

TYRIN™ 3600P by Dow is chlorinated polyethylene-based impact modifier. It is suitable for rigid polyvinyl chloride (PVC) siding and pipe. This product offers high impact strength, high filler... view more

TYRIN™ 3611P by Dow is chlorinated polyethylene-based impact modifier. It offers excellent balance of chemical, heat and flammability resistance in a variety of elastomer applications. It is... view more

TYRIN™ 6000 by Dow is a very high viscosity chlorinated polyethylene-based impact modifier. It provides very good corner weld strength and high surface gloss. It offers high impact efficiency... view more