Unifoam AZ MI-50T by Otsuka Chemical is a blended foaming agent with high decomposition temperature. It provides high degree of whiteness and high magnification & can control foaming temperature... view more

Unifoam AZ MIX-T by Otsuka Chemical is a blended foaming agent for PVC. It provides high degree of whiteness and high magnification. It can control foaming temperature. Unifoam AZ MIX-T is suitable... view more

Unifoam AZ NU-1 I by Otsuka Chemical is a blended foaming agent. It offers high degree of whiteness and high magnification. It can control foaming temperature. Unifoam AZ NU-1 I is recommended for... view more

Unifoam AZ P-2 by Otsuka Chemical is an inorganic foaming agent based on inorganic carbonate and sodium bicarbonate. It provides whiteness which reduces discoloration in foamed material. It offers... view more

Unifoam AZ P-240EF by Otsuka Chemical is an inorganic foaming agent. It provides whiteness which reduces discoloration in foamed material. It offers reduced die contamination, metal corrosion and... view more

Unifoam AZ P-3 by Otsuka Chemical is an inorganic foaming agent based on inorganic carbonate and sodium bicarbonate. It contains organic salt. It provides reduced die contamination, metal corrosion... view more

Unifoam AZ P-4 by Otsuka Chemical is an inorganic foaming agent based on inorganic carbonate and sodium bicarbonate. It provides whiteness which reduces discoloration in foamed material. It offers... view more

Unifoam AZ P-5 by Otsuka Chemical is an inorganic foaming agent based on inorganic carbonate and sodium bicarbonate. It offers whiteness which reduces discoloration in foamed material. It provides... 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 a masterbatch-type foaming agent. Micro-fine foaming agent can easily worsen the working environment as well as making automatic weighing and supply difficult. Molding is... view more

Unifoam AZ T-30 by Otsuka Chemical is a blended foaming agent for PVC. It offers high degree of whiteness and high magnification. It can control foaming temperature. Unifoam AZ T-30 is suitable for... view more

Unifoam AZ Ultra by Otsuka Chemical is aodicarbonamide. It is most widely used foaming agent for plastics and rubbers. Possesses perfect anti-caking qualities, and a low percentage of dust. Is extremely... view more

Unifoam AZ Ultra 1035-I is used as a foaming agent for plastics and rubbers by Otsuka Chemical. It provides very good flexibility, elasticity, thermal heat insulation, energy absorption and sound... view more

Unifoam AZ Ultra 1043-I by Otsuka Chemical is used as a foaming agent for plastics and rubbers. It offers very good flexibility, elasticity, thermal heat insulation, energy absorption and sound... view more

Unifoam AZ Ultra 1050-I by Otsuka Chemical is used as a foaming agent for plastics and rubbers. It provides excellent compatibility & dispersibility, large gas volume, low degradation over time and... view more

Unifoam AZ Ultra 1067-I by Otsuka Chemical is used as a foaming agent for plastics and rubbers. It provides excellent compatibility & dispersibility, large gas volume, low degradation over time and... view more