Kenflex® A POWDER 95/5 supplied by FARRL is chemically a dimethyl naphthaline tetramer supplied as a dry-liquid powder with 95% active material absorbed by silica. It acts as a plasticizer in high... view more

It is a concentrated, affordable, zero-odor and environment-friendly additive. Exhibits highest temperature stability as compared to other concentrated additives. Capable of inherent... view more

It is a concentrated, affordable, zero-odor and environment-friendly additive. Exhibits highest temperature stability as compared to other concentrated additives. Capable of inherent... view more

HALLGREEN® R-3020 by Hallstar is a plasticizer and processing aid. It is a partially renewable ester. It improves the impact resistance of bioplastics. It is compatible in many new biopolymers, such as... view more

HALLGREEN® R-4010 by Hallstar is a processing aid and plasticizer. It is plant-derived and biodegradable renewable ester and is compatible to PLA, PVC and starch. It is used in a variety of products, such... view more

Plasthall® BBP by Hallstar is an excellent general-purpose plasticizer. It is butyl benzyl phthalate. It is used in polyvinyl chloride hot-processing operations such as calendaring or extruding, it... view more

CF-238 Conductive Masterbatch by Modern Dispersions is a conductive masterbatch designed for both extrusion and injection molding. It is compatible with a variety of polymer systems including... view more

Dioctyl phthalate. Acts as a plasticizer. It is compatible with most common resins and affords good resin solvation. Is stable to light and heat. Provides the optimum performance at a reasonable... view more

bFI A 3745 by Polytives is a polymeric processing aid. It is a flow improver developed to reduce the melt viscosity of various polymers including PMMA and polymer systems thereby increasing the... view more

bFI A 3745_P by Polytives is a polymeric processing aid in powder form. It is a flow improver dveloped to reduce the melt viscosity of various polymers (PMMA) and polymer systems thereby increasing... view more