Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Inorganic carbonate. Acts as a foaming/blowing agent. Provides very good safety and non-toxicity. Is odorless for humans. Doesn't give off any odor or leave any color residue on the product and... view more

Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Inorganic carbonic acid salt. Acts as a foaming/blowing agent. Provides very good safety and non-toxicity. Is odorless for humans. Doesn't give off any odor or leave any color residue on the product... view more

Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Inorganic Carbonic Acid Salt. Acts as a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult... view more

Azodicarbonamide. Acts as a functional, organic temperature decomposition-type blowing/foaming agent for plastics and rubbers. Enables the foaming cell structure in plastics and rubbers to weigh... view more

Unifoam AZ 3NP by Otsuka Chemical is a blended foaming agent. It can control foaming temperature. It provides high degree of whiteness and high magnification. Unifoam AZ 3NP is designed for PE... view more

Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more

Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more

Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more

Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more

Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more

Azodicarbonamide. Acts as an ultra low temperature decomposition type foaming agent. Energy saving, improvement of manufacturing efficiency, cost reduction is possible by low-temperature foaming... view more

Azodicarbonamide. Acts as an ultra low temperature decomposition type foaming agent. Energy saving, improvement of manufacturing efficiency, cost reduction is possible by low-temperature foaming... view more

Azodicarbonamide. Acts as an ultra low temperature decomposition type foaming agent. Energy saving, improvement of manufacturing efficiency, cost reduction is possible by low-temperature foaming... view more