PTFE Polymer
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The difference and advantages of PTFE molded rod and extruded rod
PTFE rods are divided into molded rods and extruded rods, the difference is mainly manifested in the difference in the production process. Teflon molded rod is made of polytetrafluoroethylene resin by molding method at room temperature and then sintered. The PTFE extruded rod is made of polytetra...Read more -
ptfe Solid round bar
PTFE Solid round bar is generally used as machining stock for all kinds of chemical, electrical and mechanical components where the outstanding performance characteristics of PTFE are required. Various fillers are available to modify the properties of PTFE to meet application requirements. ...Read more -
Reasons for the excellent anti-electric function of PTFE tube
There are two types of PTFE tube: extrusion tube and molded tubing. In the known plastics, PTFE has good chemical resistance and dielectric functions, and can be used at temperatures of -180°C to +260°C, and With a very low coefficient of friction, it is mainly suitable for some long products and...Read more -
The Process of Making PTFE Rod
The PTFE rod itself has good corrosion resistance, non-aging, durable, and reliable sealing performance; after special treatment, it has good creep resistance and cold flow resistance. PTFE rod can be in a wide temperature range Use, long-term safety, soft and easy to cut, through mechanical...Read more -
Introduction to the production process of PTFE Tube
The production process of PTFE pipe is: PTFE, extrusion aid → mixing → pressing → drying → sintering → cooling → product The molding process of PTFE pipes includes push method, extrusion method, hydraulic method, welding method, winding method, etc., among which push method is the main method. Ge...Read more -
PTFE Square Rod
PTFE is a low friction fluoropolymer with outstanding chemical and weathering resistance. The working temp range is -20°F – 500°F. It has the lowest coefficient of any solid. It has no slip-stick characteristics; static and dynamic coefficients are equal. Nothing sticks with any strength to...Read more