Products

Talc 3504M are additive masterbatch concentrates designed for the nucleation of both commodity and engineering thermoplastic resins. Talc Nucleators typically contain 40 to 60 % by weight of talc in a PE, PP, or PS carrier. Other carriers, and other talc levels, such as 25%, are available upon request. About 80% of the talc particle size used in these products is less than 1 micron, with the remaining particle sizes ranging from 1 to 5 microns. Talc Nucleators are typically used as physical nucleating agents for extruded foam, and are generally used at a 0.4 to 2.0% let-down level, depending upon the application. These products are available in a uniform pellet shape, eliminating the processing concerns associated with dusts or powders.

Poly Chem Alloy PolyFoam 1004CF are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

Poly Chem Alloy PolyFoam 4004CF are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

Talc 5004 are additive masterbatch concentrates designed for the nucleation of both commodity and engineering thermoplastic resins. Talc Nucleators typically contain 40 to 60 % by weight of talc in a PE, PP, or PS carrier. Other carriers, and other talc levels, such as 25%, are available upon request. About 80% of the talc particle size used in these products is less than 1 micron, with the remaining particle sizes ranging from 1 to 5 microns. Talc Nucleators are typically used as physical nucleating agents for extruded foam, and are generally used at a 0.4 to 2.0% let-down level, depending upon the application. These products are available in a uniform pellet shape, eliminating the processing concerns associated with dusts or powders.

Talc 4005 are additive masterbatch concentrates designed for the nucleation of both commodity and engineering thermoplastic resins. Talc Nucleators typically contain 40 to 60 % by weight of talc in a PE, PP, or PS carrier. Other carriers, and other talc levels, such as 25%, are available upon request. About 80% of the talc particle size used in these products is less than 1 micron, with the remaining particle sizes ranging from 1 to 5 microns. Talc Nucleators are typically used as physical nucleating agents for extruded foam, and are generally used at a 0.4 to 2.0% let-down level, depending upon the application. These products are available in a uniform pellet shape, eliminating the processing concerns associated with dusts or powders.

GMS 2004H are additive masterbatch concentrates, available in a uniform pelletized shape, that offer prevention against cell collapse and cell stabilization in PE and LDPE microcellular foam. A major additional feature is protection against static build-up on foam parts during and post extrusion, and especially during the take-off of foamed sheet. GMS is typically offered as GMS-2004, a 20% concentrate of the GMS additive in a LDPE carrier. Other GMS additive levels, such as 10% to 40%, are available upon special request. The usage level of GMS-2004 typically falls within the range of 2 to 10%, depending upon the application.

Poly Chem Alloy PolyFoam 504CFW are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

GMS 2004E are additive masterbatch concentrates, available in a uniform pelletized shape, that offer prevention against cell collapse and cell stabilization in PE and LDPE microcellular foam. A major additional feature is protection against static build-up on foam parts during and post extrusion, and especially during the take-off of foamed sheet. GMS is typically offered as GMS-2004, a 20% concentrate of the GMS additive in a LDPE carrier. Other GMS additive levels, such as 10% to 40%, are available upon special request. The usage level of GMS-2004 typically falls within the range of 2 to 10%, depending upon the application.

Poly Chem Alloy PolyFoam 2004CFP are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

GMS 2005 are additive masterbatch concentrates, available in a uniform pelletized shape, that offer prevention against cell collapse and cell stabilization in PE and LDPE microcellular foam. A major additional feature is protection against static build-up on foam parts during and post extrusion, and especially during the take-off of foamed sheet. GMS is typically offered as GMS-2004, a 20% concentrate of the GMS additive in a LDPE carrier. Other GMS additive levels, such as 10% to 40%, are available upon special request. The usage level of GMS-2004 typically falls within the range of 2 to 10%, depending upon the application.

Poly Chem Alloy PolyFoam 4004K are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

Poly Chem Alloy PolyFoam 1003K are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

Poly Chem Alloy PolyFoam 503K are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

GMS 2004 are additive masterbatch concentrates, available in a uniform pelletized shape, that offer prevention against cell collapse and cell stabilization in PE and LDPE microcellular foam. A major additional feature is protection against static build-up on foam parts during and post extrusion, and especially during the take-off of foamed sheet. GMS is typically offered as GMS-2004, a 20% concentrate of the GMS additive in a LDPE carrier. Other GMS additive levels, such as 10% to 40%, are available upon special request. The usage level of GMS-2004 typically falls within the range of 2 to 10%, depending upon the application.

Poly Chem Alloy PolyFoam DCE5A are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.

Poly Chem Alloy PolyFoam 2004CF are additive masterbatch concentrates containing highly specialized chemical blowing agents. This product was specifically created for the production of microcellular foam structures in a variety of thermoplastic materials. PolyFoam products are available containing endothermic blowing agents, exothermic blowing agents, and as a combination of both.