Chemical and petrochemical processing: PTFE is used for […]
Chemical and petrochemical processing: PTFE is used for expanded PTFE gasket, ship line, pump, washer, ring, seal, gasket, soak pipe and drilling material choice, because it has corrosion resistance and chemical inertness, It is not affected by all the acids and causes and functions of the environment, at 500 degrees Fahrenheit.
Electrical application: PTFE is one of the best known insulation materials. In the thin layer, it will make every mil voltage up to 500 volts. Grade PTFE has higher dielectric strength. It is often used in power lines and cable packages and separates the conductive surfaces of capacitors. Thick wall closed extruded tubing is a selected PTFE shape. In this case, the tolerance of machining or drilling length is impossible. Porous tubing can be extruded. PTFE can be processed into isolated insulators and many different types of high voltage packaging devices for electronic components.
The semiconductor industry: PTFE is inert and its working temperature ranges from minus 350 degrees Fahrenheit to 550 degrees Fahrenheit. When made to ultra-pure standard, it is the selection material for various products used in the manufacture of chips, including the packaging equipment used for quartz heater.
Food, beverage and pharmaceutical industries: virgin PTFE is approved by the food and drug administration of the food, beverage, cosmetic and pharmaceutical industries. Thin films and thin sheets are inert, non-toxic sliding surfaces, and there are no microscopic pits where microorganisms can grow. Configuration components - configuration files, guides and slides - can withstand high temperatures in hot baking, drying ovens and other foods, cosmetics or pharmaceutical production.
Laboratory applications: PTFE pipes, tubing and ships are used in various laboratories because of their chemical resistance and inertia. No contaminants attached to the surface.
PTFE composite material: various fillings can be mixed with PTFE resin to improve certain properties, such as glass fiber, glass beads, carbon, graphite, molybdenum disulphide, bronze, etc.
Polytetrafluoroethylene does not melt; It cannot be shaped into a complex shape, but it must be machined. PTFE USES standard mechanical carpentry and stamping equipment and die easy to process. Most of the shapes are made for simple cutting and processing sizes and slightly larger sizes.