Products in Data Communication Cables: Foaming Agent

AGC Chemicals Americas, Inc. Fluon+™ FP-F-FMX1 Concentrate is a nucleating agent designed for use in the gas injection extrusion process. It contains a well-dispersed nucleating agent that acts as a site for foaming during the gas injection extrusion process. The concentrate is based on Chemours Teflon® FEP (Fluorinated ethylene propylene) and is supplied in cylindrical pellet form, approximately 0.125 inches long by 0.080 inches in diameter.

AGC Chemicals Americas, Inc. Fluon+™ High Flow FXM1-9494 Concentrate is a nucleating agent designed for use in the gas injection extrusion process. It contains a well-dispersed nucleating agent that acts as a site for foaming during the gas injection extrusion process. The concentrate is based on Chemours Teflon® FEP (Fluorinated ethylene propylene) and is supplied in cylindrical pellet form, approximately 0.125 inches long by 0.080 inches in diameter.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

Micro Fine Cell foaming agents were developed specifically to produce a Micro Fine Cellular structure with the uniform distribution the cells on a consistent basis throughout the production cycle. Micro Fine Cell foaming agents are available as Endothermic or Exothermic foaming agents pelletized in the iDPel carrier compound.

BTec™ BSI-8150-FL is an exothermic CFA’s generate heat during the decomposition process, yield more volume of gas and higher gas pressure.

BTec™ BSI-9135-FP is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.

BTec™ BSI-9135-VFP is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.

BTec™ BSI-7070-FL is an endothermic and exothermic CFA Blends deliver a collaboration effect that provides attributes that each cannot supply by independently- the best of both chemistries.

BTec™ BSI-9170-FP is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.

BTec™ BSI-9100-AL is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.

BTec™ BSI-9170-VFP is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.

BTec™ BSI-7100-VFL is an endothermic and exothermic CFA Blends deliver a collaboration effect that provides attributes that each cannot supply by independently- the best of both chemistries.

BTec™ BSI-9100-AP is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.

BTec™ BSI-8100-VP is an exothermic CFA’s generate heat during the decomposition process, yield more volume of gas and higher gas pressure.

BTec™ BSI-9170-HFP is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.

BTec™ BSI-8150-FP is an exothermic CFA’s generate heat during the decomposition process, yield more volume of gas and higher gas pressure.

BTec™ BSI-7070-FP is an endothermic and exothermic CFA Blends deliver a collaboration effect that provides attributes that each cannot supply by independently- the best of both chemistries.

BTec™ BSI-7100-VFP is an endothermic and exothermic CFA Blends deliver a collaboration effect that provides attributes that each cannot supply by independently- the best of both chemistries.

BTec™ BSI-8100-FP is an exothermic CFA’s generate heat during the decomposition process, yield more volume of gas and higher gas pressure.

BTec™ BSI-8100-VL is an exothermic CFA’s generate heat during the decomposition process, yield more volume of gas and higher gas pressure.

BTec™ BSI-8080-FP is an exothermic CFA’s generate heat during the decomposition process, yield more volume of gas and higher gas pressure.

BTec™ BSI-9170-VFL is an endothermic CFA’s chemicals that take heat out and typically produce much smaller cell structure creating improved processing, better physical properties and improved appearance.