ACCUREL® AF403 by Evonik acts as an anti-fogging agent based on LDPE. Designed for polyethylene food wrap films. It is recommended at a dosage level of 2.0-5.0%... view more

ACCUREL® AF427 by Evonik acts as an anti-fogging agent based on styrene-butadiene block copolymer. It can be incorporated by using normal dosing equipment or by adding it to a dry blend with virgin... view more

ACCUREL® AF431 by Evonik is an anti-fogging agent by Evonik. It is based on polypropylene homopolymer. It is recommended at a dosage level of 1.5-2.0 %. ACCUREL® AF431 is designed for cold or hot food... view more

ACCUREL® AF450 by Evonik is a cold/ hot antifog masterbatch for films and sheets based on styrene-butadiene copolymer. It can be incorporated at a dosage of 3-5 % using gravimetric or volumetric... view more

ACCUREL® AF701 by Evonik acts as a cold and hot anti-fog agent. Applicable for CPP/BOPP films with excellent long-term antistatic properties and anti-block performance. Exhibits high thermal... view more

ACCUREL® AO3002 by Evonik is LLDPE-based antioxidant. Designed for active food packaging films for cereals. ACCUREL® AO3002 is recommended at a dosage level of 0.2-0.4 %... view more

ACCUREL® GA 320 by Evonik acts as an anti-fog agent for polyethylene-based packaging films. It has a high content of glycerol monooleate on a porous LLDPE carrier. Exhibits low volatility and high... view more

ACCUREL® GA300 by Evonik is 60% anti-static masterbatch by Evonik. It is based on PP homopolymer. Also acts as a release agent in molding applications. Recommended for standard packaging films. The... view more

ACCUREL® GA314 by Evonik acts as an anti-fog agent based on a distilled monoglyceride with a high content of glycerol monooleate on a polypropylene random copolymer. Used in food packaging films... view more

ACCUREL® GA332 by Evonik is an anti-fogging agent based on polypropylene copolymer. Used in cold fog food packaging films. Recommended dosage level of ACCUREL® GA332 is 1.5-3.5 %... view more

ACCUREL® GA342 by Evonik acts as an anti-fogging agent based on LDPE. Designed for cold fog food packaging films. Recommended dosage level of ACCUREL® GA342 is 0.7-0.9 %... view more

ACCUREL® GA372 by Evonik is an amine or amide-free anti-static agent. It is based on LLDPE carrier resin. It can be incorporated by using gravimetric dosing equipment or by adding it to a dry blend... view more

ACCUREL® GA396 by Evonik acts as an anti-fogging agent designed for multi layer films. It is based on EVA carrier resin to be used in anti-fog layer as well as core layer. Used in agricultural films... view more

ACCUREL® GA399 by Evonik is LLDPE-based anti-static agent by Evonik. Designed for food packaging films and co-extruded film for lamination. Exhibits good electrical conductivity. ACCUREL® GA399 is... view more

ACCUREL® SF1760 by Evonik acts as a release agent, anti-blocking agent and cell stabilizer. It can be incorporated using normal dosing equipment or by adding it to a dry blend with virgin polymer... view more

ACCUREL® SF179 is a long-term internal anti-static agent. It is based on HDPE carrier resin. It can be incorporated using normal dosing equipment or by adding it to a dry blend with virgin polymer... view more

ACCUREL® SF266 by Evonik acts as an anti-static masterbatch based on polypropylene homopolymer. Recommended for standard packaging films. Shows an excellent thermal stability due to its saturated... view more

ACCUREL® SF271 by Evonik 65% anti-static and slip agent. It is based on PP homopolymer. Designed for print lamination films and biaxial oriented polypropylene (BOPP) films. Recommended dosage rate of... view more

ACCUREL® SF610 by Evonik is 40% slip agent based on polypropylene homopolymer. Designed for standard packaging films. It significantly reduces the coefficient of friction on the surface of PP films... view more

ACCUREL® SF613 by Evonik functions as a slip additive or release agent based on polypropylene copolymer. ACCUREL® SF613 is recommended for standard packaging films at a dosage rate of 0.5-1.0%... view more