Anti-dripping Agents for Plastic Compounds

Dyneon™ PA 5932 by 3M is perfluorocarbon resin. Used as an anti-drip in flame retardants. Has little or no effect on matrix material under routine processing conditions. Dyneon™ PA 5932 possesses broad chemical resistance and temperature range of use.

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.

Shinepoly® SN3306 by Shine Polymer Technology is an acrylic copolymer encapsulated PTFE granular. Has very good dispersability and easy handling features. Especially applicable to PC, PS, ABS, PBT, PPO and their alloys needs anti-dripping property.

M 85035 by Maskom masterbatch & Compound Technologies is an anti-dripping additive masterbatch containing 50% of the effective substance in carrier resin. Prevents the humidity occurring due to temperature difference inside and outside the greenhouse and allows it to flow towards the bottom side. M 85035 is particularly recommended for greenhouse coverings.

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.