Zuran® 484 by Chitec Technology is a highly efficient, halogen-free intumescent flame retardant. It is pyrophosphoric acid salt. It provides very good thermal stability, which allows it to tolerate... view more

Zuran® 484-70EMA by Chitec Technology is blend of 70% pyrophosphoric acid salt and 30% EMA. It acts as a highly efficient, halogen-free intumescent flame retardant masterbatch. Zuran® 484-70EMA is used for polymers like... view more

It acts as a mold release agent. Suitable for polyamide, polyethylene, polypropylene, POM and polystyrene. Used in polymer processing applications such as blow molding, injection molding, rotational... view more

Exolit® OP 1240 by Clariant is a highly efficient, halogen-free, organic phosphinate. Acts as a flame retardant designed for consumer or industrial products. Exhibits very good physical and... view more

Licolub® WE 60 flakes by Clariant is a renewable raw material-based lubricant that enables smooth processing (injection molding and extrusion) of engineering plastics like PC, PET, PBT, POM or PMMA... view more

Licomont® NaV 101 by Clariant is sodium salt of long-chain aliphatic carboxylic acid. Acts as a lubricant and nucleating agent. Offers high molecular weight, low volatility, favourable migration... view more

Semi permanent, non-migratory release system chemically bonds to the mold surface to form a microthin film which is stable at temperatures exceeding most molding processes.   Can be used for the... view more

A special blend of solvents designed to dissolve and remove wax from polyester molds without dulling the surface.   Can also be used to clean epoxy and metal mold surfaces as well as for cleaning... view more

Designed to release all fiberglass reinforced and filled polyester composites.   No wiping, polishing or buffing is required.   The resulting polymer film retains the original gloss of the mold and... view more

High gloss finish. Easy application. Fast curing. Multiple releases. Minimal mold build-up. No additional products needed for sealing... view more

Anti-static-PE1001 is an anti-static masterbatch. It can make the product surface resistance value down to 108 ~ 1010. Recommended for PP, PE, and EVA. Used for blowing, film blowing, injection... view more

Anti-static-PE1002 is an anti-static masterbatch. It can make the product surface resistance value down to 108 ~ 1010. Recommended for PP, PE, and EVA. Used for blowing, film blowing, injection... view more

Anti-static-PE1003 is an anti-static masterbatch. It can make the product surface resistance value down to 108 ~ 1010. Recommended for PP, PE, and EVA. Used for blowing, film blowing, injection... view more

Anti-static-PP1005 is an anti-static masterbatch. It can make the product surface resistance value down to 108 ~ 1010. Recommended for PP, PE, and EVA. Used for blowing, film blowing, injection... view more

Anti-static-PP1006 is an anti-static masterbatch. It can make the product surface resistance value down to 108 ~ 1010. Recommended for PP, PE, and EVA. Used for blowing, film blowing, injection... view more

Acrylic polymer. Used as an impact modifier for automotive under-the-hood applications, electric and electronic connectors, body panels for lawn mowers and tractors, and thermoset molding compounds... view more

Paraloid™ EXL-2335 by Dow Corning is an acrylic core-shell impact modifier. Offers good colorability, and thermal stability along with excellent impact performance in a variety of engineering... view more

Polyacetal or polyoxymethylene. Acts as a impact modifier. Is a semi-crystalline thermoplastic produced from formaldehyde. Provides excellent wear resistance, high modulus, good chemical resistance... view more

Polyacetal or polyoxymethylene. Acts as a impact modifier. Is a semi-crystalline thermoplastic produced from formaldehyde. Provides excellent wear resistance, high modulus, good chemical resistance... view more

General purpose MBS core-shell impact modifier providing an excellent balance of impact resistance and modulus retention in a variety of engineering resins. Due to the core-shell structure and well... view more