AKPEROX A1 is a general purpose MEKP for curing unsaturated polyester (UP) resins at room temperature. Typically used as an accelerator with metal salts

For curing unsaturated polyester resins at high temperatures. Preferably for curing UP resins. Hot compression molding formulations (SMC, DMC, BMC, etc.) in the temperature range of 120 - 170°C.

For curing of unsaturated polyester resins at elevated temperatures. Curing of UP resin based thermo-compression molding formulations (SMC, DMC, BMC, etc.) in the temperature range of 120 - 170°C is preferred.

For curing unsaturated polyester resins at high temperatures. Preferably for curing UP resins. Hot compression molding formulations (SMC, DMC, BMC, etc.) in the temperature range of 120 - 170°C.

For curing unsaturated polyester resins at high temperatures. Preferably for curing UP resins. Hot compression molding formulations (SMC, DMC, BMC, etc.) in the temperature range of 120 - 170°C.

For curing unsaturated polyester resins at high temperatures. Preferably for curing UP resins. Hot compression molding formulations (SMC, DMC, BMC, etc.) in the temperature range of 120 - 170°C.

AKPEROX EHP75W can be used alone or in combination with other peroxides (e.g., 1,1,3,3-tetramethylbutyl peroxyneodecanoate, isopropylphenyl peroxyneodecanoate, or dilauroyl peroxide) to improve reactor efficiency.

AKPEROX EHP 60 is designed for water-based polymerization systems. It is used for suspension polymerization of vinyl chloride with an operating temperature of 40°C - 65°C. AKPEROX EHP 60 can be used in combination with lower activity (e.g., EFOX LP Lauryl Peroxide flakes) and higher activity initiators to optimize the cooling capacity in the reactor through improved kinetics.

AKPEROX EHP 60 is designed for water-based polymerization systems. It is used for suspension polymerization of vinyl chloride with an operating temperature of 40°C - 65°C. AKPEROX EHP 60 can be used in combination with lower activity (e.g., EFOX LP Lauryl Peroxide flakes) and higher activity initiators to optimize the cooling capacity in the reactor through improved kinetics.