Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Mixture. Acts as a blowing agent. It is a dust-free, low-cost masterbatch in granulate/ micro-granulate form comprising both endothermal and exothermal blowing agents. Releases non-toxic gases by... view more

Carbonate-based compound. Acts as a blowing agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases (carbon dioxide & water vapor) by means of thermally activated decomposition... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

It acts as a blowing and nucleating agent. Moreover, it is a dust-free, low-cost masterbatch in granulate form. Releases non-toxic gases by means of thermally activated decomposition reaction that... view more

Carbonate-based compound. Acts as an endothermal blowing agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases (carbon dioxide & water vapor) by means of thermally activated... view more

Carbonate-based compound. Acts as a blowing agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases (carbon dioxide & water vapor) by means of thermally activated decomposition... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Antimony trioxide (Sb2O3)-free halogenated compound. Acts as a flame retardant. It is developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Antimony trioxide (Sb2O3)-free halogenated compound. Acts as a flame retardant. It is developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in compact form. Releases nitrogen, carbon dioxide or ammonia upon initiation by irradiation... view more

ADCA (Azodicarbonamide)/ OBSH (sulfohydrazide) based compound. Acts as a blowing agent. It is a masterbatch in powder form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more