Coupsil® 6109 by Evonik acts as a reinforcer/ filler in rubber compounds. It is precipitated silica surface-modified with organosilane. It imparts greater tensile strength, higher moduli and reduced... view more

Coupsil® 8113 by Evonik is a reinforcing filler based on precipitated silica, surface modified with organosilane Si 69®. It reacts with unsaturated polymer during vulcanization under formation of... view more

Coupsil® 8113 GR by Evonik acts as a reinforcing filler in rubber compounds. Offers the advantage of a homogeneous modification with low moisture adsorption during storage and significantly lower... view more

Coupsil® VP 6411 by Evonik acts as a reinforcing filler in rubber compounds. It imparts greater tensile strength, higher moduli, optimized dynamic properties, lower compression set values and better... view more

Coupsil® VP 6508 by Evonik acts as a reinforcing filler. Designed for peroxide-cured rubber compounds where optimum technical properties are required. Imparts greater tensile strength, higher modulus... view more

GETREN® P 3000 by Evonik acts as a sliding agent for window rubber seals. It forms a lubricating film and reduces friction. Compatible with PLEXIGLAS® or polycarbonate plates without causing stress... view more

GETREN® P 3300 is a sliding agent designed by Evonik for window rubber seals. It forms a lubricating film and reduces friction. Suitable for various chemical bases for different customer needs... view more

GETREN® R 4200 by Evonik acts as a silicone oil-free release agent. Provides excellent sliding properties with no negative impact on the physical properties of the rubber. Designed for EPDM, NBR and... view more

GETREN® R 4230 by Evonik acts as a release agent for automotive rubber hoses. Offers easy washability, temperature stability, excellent biodegradability i.e. potential cost savings in waste water... view more

GETREN® R 4280 designed by Evonik is a release agent for automotive rubber hoses. It is a silicone oil-free additive recommended for EPDM and NBR. Also suitable for silicone, FKM and PVC. Offers... view more

GETREN® R 4520 by Evonik is a release agent by Evonik. It is silicone oil-free additive designed for automotive rubber hoses. Provides excellent sliding properties with no negative impact on the... view more

GETREN® R 4550 is a release agent designed by Evonik. It is a silicone oil-free additive recommended for VAMAC, ACM/AEM and automotive rubber hoses. Also suitable for FKM and PVC. It helps to reduce... view more

GETREN® R 4560 by Evonik is a release agent ideal for rust prevention. It helps to reduce static and sliding friction without damaging the inner surface of the hoses in the extrusion process of green... view more

GETREN® R 4580 by Evonik acts as a release agent for VAMAC and ACM/AEM. It is a silicone oil-free additive recommended for automotive rubber hoses. Also suitable for FKM, silicone and PVC. Provides... view more

GETREN® R 4600 by Evonik acts as a release agent for automotive rubber hoses. It doesnot contain silicone oil and is recommended for chlorinated and epichlorohydrin/ chloropolyethylene rubber. Offers... view more

GETREN® R 4700 by Evonik is a release agent designed for automotive rubber hoses. Offers easy washability, temperature stability, excellent biodegradability i.e. potential cost savings in waste... view more

GETREN® R 5030 by Evonik is a release agent for automotive rubber hoses. It is a silicone oil-free additive that helps to reduce static and sliding friction without damaging the inner surface of the... view more

Si 264™ by Evonik is is a bifunctional, sulfur-containing organosilane in combination with white fillers containing silanol groups. It reacts with silanol groups of white fillers during mixing and... view more

Si 266® by Evonik is a bifunctional, sulfur containing organosilane. It reacts with silanol groups of white fillers during mixing and with the polymer during vulcanization under formation of... view more

Si 69® by Evonik is a bifunctional, sulfur containing organosilane. It reacts with silanol groups of white fillers during mixingand with the polymer during vulcanization under formation of covalent... view more