STRUKTOL® LZ 67 by Struktol is a filler. This preparation of zinc oxide improves incorporation and dispersion of ZnO. It is suitable for use in low viscosity compounds or low shear mixing... view more

STRUKTOL® NEOZINC by Struktol is a micro-dispersion of zinc oxide in a carrier based on fatty acid derivatives. It ensures fast incorporation and uniform dispersion in rubber compound. This product... view more

STRUKTOL® RP 28 by Struktol is a non-blooming, processing additive and polymer blending aid. It improves the homogeneity of elastomers of different polarity and viscosity for rubbers. It reduces... view more

STRUKTOL® SCA 972 PL by Struktol is a coupling agent. It improves tensile i.e. EPDM, silicone, polyester and acrylic. This product improves the reinforcing capability of fillers with silanol groups... view more

STRUKTOL® SCA 98 PL by Struktol is a coupling agent. It is a bi-functional polysulfidic organosilane for the rubber industry. It improves the reinforcing capability of fillers with silanol groups on... view more

Durez® 19900 by Sumitomo Bakelite is an oil soluble thermoplastic phenolic resin. It acts as a tackifier for synthetic elastomers designed for the manufacturing of tires, belts and hoses. It is compatible... view more

Durez® 28391 by Sumitomo Bakelite is an unmodified, two-step thermoplastic phenolic novolac resin. Acts as a thermal stabilizer designed for rubber industry. It requires addition of hexa as... view more

Durez® 29845 by Sumitomo Bakelite is an amber to brown colored, alkyl phenol-based thermoplastic phenolic resin. Acts as a tackifier designed for rubber industry. It is available in pastilles form... view more

Durez® 30818 by Sumitomo Bakelite is an oil soluble thermoplastic phenolic resin available in pastille form. Acts as a tackifier designed for use in the manufacturing of tires, belts and hoses... view more

Durez® 32336 by Sumitomo Bakelite is a nonyl phenol modified novolac phenolic resin. Acts as a processing aid and reinforcer designed for rubber compounds. Imparts maximum heat resistance and... view more