Rubber

MIKROFINE® HP 7812 MB50

Endothermic blowing agent masterbatch.Benefits:Suitable for food contact applications

MIKROFINE® HP 870

Modified auxiliary chemical blowing and foaming agent for production of sponge rubber. Designed for use with silicone gums in press-molded and extruded profiles and tube applications. Suitable for use in low-temperature polymer systems including acrylics, epoxies, and automotive sound-deadening and space-filler.Benefits:Composed of azodicarbonamideProvides fast rate of gas release

MIKROFINE® HP MB ADC 30E

Blowing agent in a polymeric binder, EVA. It is suitable for use in foot wears midsoles & insoles as well as automotive components. It can be used for masterbatch.Benefits: Offers superior dispersion and self-nucleation propertiesProvides smooth surface with improved cell structure

MIKROFINE® HP MB ADC 60E

Blowing agent in a polymeric binder, EVA. It is suitable for use in foot wears midsoles & insoles as well as automotive components. It can be used for masterbatch.Benefits:Offers superior dispersion and self-nucleation

MIKROFINE® HP MB ADC 80E

Chemical blowing agent for footwear midsoles and insoles and automotive components.Benefits:Masterbatch composed of 80% azodicarbonamide in polymeric binder EVAShows superior dispersion properties and self-nucleation

MIKROFINE® HP MB ENDO 70L

Blowing agent in a polymeric binder, LDPE. It can be used for masterbatch.Benefits:Dust-free & environment friendlyOffers superior dispersion Provides smooth surface with improved cell structure

MIKROFINE® MB ADC 80

Chemical blowing agent in polymeric binder, EPDM, for various rubbers such as CR, EPDM, NBR and SBR. It is in masterbatch form.Benefits:Composed of azodicarbonamideDisplays excellent dispersion properties and self-nucleationTack-free and shows wider compatibility with other elastomers

MIKROFINE® MB OBSH 75

MIKROFINE® MB OBSH 75 is a technical-grade additive designed to improve formulation consistency and end-product performance across industrial applications. It provides reliable integration into various systems while supporting process efficiency and material durability.