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Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved non-stick properties and possesses low coefficient of friction as well as low surface energy. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. It increases mold release and enhances tear resistance at elevated temperature. It improves wear resistance, deformation resistance and abrasion resistance. Used for thermoplastics and elastomers. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved non-stick properties and abrasion resistance. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. Possesses low coefficient of friction as well as low surface energy. It increases mold release and enhances tear resistance at elevated temperature. Used for elastomers. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved non-stick properties and abrasion resistance. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. Possesses low coefficient of friction as well as low surface energy. It increases mold release and enhances tear resistance at elevated temperature. Used for elastomers. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved non-stick properties and abrasion resistance. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. Possesses low coefficient of friction as well as low surface energy. It increases mold release and enhances tear resistance at elevated temperature. Used for elastomers. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved non-stick properties and possesses low coefficient of friction as well as low surface energy. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. It increases mold release and enhances tear resistance at elevated temperature. It improves wear resistance, deformation resistance and abrasion resistance. Used for thermoplastics and elastomers. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved wear resistance, deformation resistance and mold release properties. Possesses low coefficient of friction. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. Used for thermoplastics applications. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved non-stick properties and abrasion resistance. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. Possesses low coefficient of friction as well as low surface energy. It increases mold release and enhances tear resistance at elevated temperature. Used for elastomers. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved wear resistance, deformation resistance and mold release properties. Possesses low coefficient of friction. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. Used for thermoplastics applications. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved wear resistance, deformation resistance and mold release properties. Possesses low coefficient of friction. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. Used for thermoplastics applications. Polytetrafluoroethylene. Acts as a flame retardant or anti-dripping agent. Provides improved non-stick properties and possesses low coefficient of friction as well as low surface energy. It is a white micro-powder PTFE of low molecular weight produced by thermal degradation. It increases mold release and enhances tear resistance at elevated temperature. It improves wear resistance, deformation resistance, and abrasion resistance. Used for thermoplastics and elastomers.
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Polymer additives supplied by Maflon