Products

Quick Overview: PTFE rod is manufactured by technics of paste extruding and ram extruding method in the diameter from 5 to 300mm with PTFE granular resin. As PTFE has a very low co-efficient of friction, so the surface of extruded teflon PTFE rod has similar friction levels to ice. Extruded teflon PTFE rod can work at -180°C ～+260°C and is the best electrical insulator of all known plastics. PTFE Rod is available in both virgin grades and reprocessed (mechanical) for less demanding applications.

Quick Overview: Molded PTFE Teflon rod is manufactured by technics of extruding and molding method in the diameter from 10 to 500mm with PTFE granular resin. As PTFE has a very low co-efficient of friction, so the surface of molded teflon PTFE rod has similar friction levels to ice. Molded teflon PTFE rod can work at -180°C ～+260°C and is the best electrical insulator of all known plastics. Molded Teflon rod and cylinders for machining in a wide range of sizes. The most common sizes are listed in the table below, but many other combinations of OD and ID are available. Molded rods are preferred for machining because compression molding yields greater material homogeneity for the finished part.

Quick Overview: Molded PTFE Teflon rod is manufactured by technics of extruding and molding method in the diameter from 10 to 500mm with PTFE granular resin. As PTFE has a very low co-efficient of friction, so the surface of molded teflon PTFE rod has similar friction levels to ice. Molded teflon PTFE rod can work at -180°C ～+260°C and is the best electrical insulator of all known plastics. Molded Teflon rod and cylinders for machining in a wide range of sizes. The most common sizes are listed in the table below, but many other combinations of OD and ID are available. Molded rods are preferred for machining because compression molding yields greater material homogeneity for the finished part.

Quick Overview: Molded PTFE Teflon rod is manufactured by technics of extruding and molding method in the diameter from 10 to 500mm with PTFE granular resin. As PTFE has a very low co-efficient of friction, so the surface of molded teflon PTFE rod has similar friction levels to ice. Molded teflon PTFE rod can work at -180°C ～+260°C and is the best electrical insulator of all known plastics. Molded Teflon rod and cylinders for machining in a wide range of sizes. The most common sizes are listed in the table below, but many other combinations of OD and ID are available. Molded rods are preferred for machining because compression molding yields greater material homogeneity for the finished part.

Quick Overview: Filled PTFE Teflon rod is manufactured by technics of molding method in the diameter from 5mmto 500mm with PTFE granular resin. As PTFE has a very low co-efficient of friction, so the surface of filled teflon PTFE rod has similar friction levels to ice. Extrusion teflon PTFE rod can work at -180°C ～+260°C and is the best electrical insulator of all known plastics. Filled PTFE Teflon rod has strong corrosion resistance and friction-resistance,By adding filler such as glass fiber,carbon fiber,copper powder,graphite,asbestos,MOS2,AL2O3,carbon powder,ceramic fiber, metal powder,polyamide,PS,the hardness,compression strength and abrasion resistance of the products is improved ,in addition,it will have good heat conductivity and low heat expansion coefficient.

Quick Overview: Molded PTFE Teflon rod is manufactured by technics of extruding and molding method in the diameter from 10 to 500mm with PTFE granular resin. As PTFE has a very low co-efficient of friction, so the surface of molded teflon PTFE rod has similar friction levels to ice. Molded teflon PTFE rod can work at -180°C ～+260°C and is the best electrical insulator of all known plastics. Molded Teflon rod and cylinders for machining in a wide range of sizes. The most common sizes are listed in the table below, but many other combinations of OD and ID are available. Molded rods are preferred for machining because compression molding yields greater material homogeneity for the finished part.