Chemical foaming agent. Characterised by endothermic decompostions. Used for extrusion and injection molding applications where relatively fine cell structure is required... view more

Chemical foaming agent. Characterised by endothermic decompostions. Used for applications where low processing temperatures are used that require relatively fine cell structure with good density... view more

Chemical foaming agent. Characterized by exothermic decomposition. Used for extrusion and molding applications where lower processing temperatures are used. Maximum gas yields are achieved when... view more

Chemical foaming agent. Characterized by endo/ exothermic decomposition beginning @ 145°C. Used for applications that require relatively high gas yields. Maximum gas yields are achieved when... view more

XO- 330 by Bergen International is a chemical foaming agent. Characterized by endothermic decomposition beginning @ 135°C. Used for applications where lower processing temperatures are used that require... view more

Atmer™ 7103 by Cargill is 50% concentrate in polypropylene of vegetable/synthetic origin. Acts as an anti-static agent. It is a combination of anti-static additives dispersed in an adsorbent... view more

Atmer™ 7202 by Cargill is a 50% concentrate in polystyrene of non-vegetable origin. Acts as an anti-static agent. It is a combination of anti-static additives dispersed in an adsorbent polymer... view more

Atmer™ 7300 by Cargill is a non-vegetable-based, effective, migratory anti-static agent. It is a 50% concentrate for use in EPE to improve the cell size distribution, foaming gas and air exchange... view more

Atmer™ 7306 by Cargill is a vegetable-based, effective migratory anti-static agent. It provides beneficial side effects such as process lubrication and mold release. It is a 40% concentrate in a PP... view more

Atmer™ 7381 by Cargill is an amine-free, vegetable-based, migratory, anti-static additive. It is a 40% concentrate in a polypropylene carrier. It gives long term anti-static performance in... view more