MIKROFINE® ADC-F1 by HPL Additives is azodicarbonamide. Acts as a blowing agent. It is a free flowing powder providing minimum agglomeration. Offers excellent dispersion. It can be incorporated into... view more

MIKROFINE® OBSH M300 by HPL Additives is 4,4-oxybis(benzenesulfonylhdrazide). Acts as a blowing agent. Offers excellent electrical properties. Alkanolamines and oxidizing agents like peroxides can... view more

Specially formulated multi component system. Acts as an endothermic blowing agent. It is a free flowing powder and causes minimal agglomeration and lumping problems. It is specially designed for... view more

Specially formulated multi component system. Acts as an endothermic blowing agent. It is a free flowing powder. Useful for foaming of thermoplastic resin. It decomposes with increased temperatures... view more

Specially formulated multi component system. Acts as an endothermic blowing agent. It is a free flowing powder and causes minimal agglomeration and lumping problems. It is specially designed for... view more

Azodicarbonamide. Acts as a blowing agent. It offers good dispersion behaviour. Specially designed for EVA compounds. Recommended for sandals and sleepers. Suitable for injection molding and... view more

Azodicarbonamide. Acts as a blowing agent. It offers good dispersion behaviour. Specially designed for EVA compounds. Recommended for sandals and sleepers. Suitable for injection molding and... view more

Azodicarbonamide. Acts as a blowing agent. It offers good dispersion behaviour. Specially designed for EVA compounds. Recommended for sandals and sleepers. Suitable for injection molding and... view more

Azodicarbonamide. Acts as a blowing agent. It does not generate steam on decomposition thereby limiting mold corrosion. It is self-nucleating and produces foams with fine uniform cell structure and... view more

Azodicarbonamide. Acts as a blowing agent. It is a free flowing powder providing minimum agglomeration. Offers excellent dispersion. It can be incorporated into rubber compounds at the end of the... view more