Accelerator OBTS by Akrochem is a primary accelerator for natural- and synthetic rubber. It offers more processing safety than MBT, MBTS, BBTS or CBTS. It is a masterbatch and can be used in combination... view more

Akrosorb™ 9675 by Akrochem is an efficient di-functional peroxide co-agent for the curing of most elastomeric systems. It is a 75% active dispersion of trimethylolpropane trimethacrylate on calcium... view more

Akrowax™ PE-100 by Akrochem is a low molecular weight polyethylene wax used as a processing aid in natural and synthetic rubbers. It offers release from hot metal surfaces and improves flow for... view more

Akrowax™ PE-LM by Akrochem is a low molecular weight polyethylene wax used as a processing aid in natural and synthetic rubbers. It offers release from hot metal surfaces and improves flow for... view more

Iscowax A by Akrochem is a low molecular weight polyethylene wax. It is also used as a processing aid in natural- and synthetic rubber. It offers a lower drop or softening point than standard PE... view more

Novor 950 by Akrochem is a vulcanizing agent designed for rubber. It offers exceptional reversion and high temperature aging resistance combined with very good initial physical properties. It... view more

Proaid® AC-100 by Akrochem is a blend of fatty acid and selected waxes designed to acts as a processing aid for polymers. It enhances dispersion of fillers during mixing and flow characteristics in... view more

Proaid® AC-711 by Akrochem is a processing aid for polymers, both polar and non-polar. It is a blend of high molecular weight fatty acid esters and amides. It enhances the dispersion of fillers... view more

Proaid® AC-712 by Akrochem is a processing aid for natural- and synthetic rubber compounds. It is a blend of high molecular weight aliphatic fatty acid esters bound to chemically inert fillers. It... view more

Proaid® Plus by Akrochem is a blend of fatty acid esters and selected waxes designed to acts as a processing aid for polymers. It enhances the dispersion of fillers during mixing and flow... view more