Everflon®PTFE (polytetrafluoroethylene) granular fluoroplastics are ideal for compression molding a wide variety of components and shapes; such as rods, tubes and sheets. Products fabricated from genuine Everflon® PTFE are unaffected by most chemicals and feature superior electrical, low friction and mechanical properties.
Products manufactured with genuine Everflon® PTFE are rated for continuous service at 260°C (500°F).
PTFE is also used to make gaskets because of its strength and heat resistance. It is also used as a thread seal tape for plumbing. PTFE also has good electric insulation properties and thus it is used to insulate cables and connector assemblies For price , specification and other details please approach us with end Buyers LOI and company profile
Polytetrafluoroethylene (PTFE) commonly known as the "king of plastic". With excellent chemical stability, corrosion resistance, sealing, lubrication but no high viscosity, electrical insulation and good anti-aging endurance ,it can work under +250 to -180 temperature for a long time, PTFE products has played important role in the chemical industry, machinery, electronics, electrical appliances, military, aerospace, environmental protection and bridges and other areas of the national economy. PTFE advantages: high temperature resistance -- working temperature up to 250 . Low temperature resistance -- with good mechanical toughness; even if the temperature dropped to -196 , it also can maintain 5% elongation. Corrosion resistance showed inert to most chemicals and solvents ,it can resist acid alkali, water and organic solvent. Weather resistant best aging life in plastics. High lubrication has the lowest friction coefficient in solid materials. No adhesion with minimal surface tension in solid materials, no adhesion to any material. No poison -- has physiological inertia, it caused no adverse reaction when implanted in body as artificial blood vessels and organs for a long time.
Everflon Fluoropolymer PTFE Micropowder Everflon PTFE (polytetrafluoroethylene) fluoroadditives are finely divided white powders of (PTFE) resin. They are typically added in small quantities to other solid or liquid materials to improve abrasion resistance and lubricity. They are a separate and distinctive product line, very different from standard Everflon PTFE molding and extrusion resins. The differences include a lower molecular weight, smaller particle sizes (2 to 20 m) and different particle shapes. Everflon fluoroadditive powders are designed primarily for use as minority components in mixtures with other solid or liquid materials. Even in small quantities, they can impart some of the high performance properties of PTFE to various host materials.
Everflon is a registered trademark of the C&F Group for its fluoropolymer resins.Everflon PTFE fluoropolymer resins are part of the C&F family of fluorine-based products that also includes Everflon FEPEverflon ETFE and verflontm PFA fluoropolymer resins and Everflontm PVDF fluoropolymers.These materials can be used to make a variety of articles having a combination of mechanical, electrical, chemical, temperature, and friction-resisting properties unmatched by articles made of any other material. Commercial use of these and other valuable properties combined in one material has established Everflontn resins as outstanding engineering materials for use in many industrial and military applications Everflon resins may also be compounded with fillers or reinforcing agents to modify their performance in use. The design and engineering data presented in this handbook are intended to assist the design engineer in determining where and how Everflontn resins may best beused. lt is recommended that the design engineer work closely with an experienced fabrica tor because the method of fabrication may markedly affect not only production costs, but also the properties of the finished article.
In most situations, PTFE is an ideal choice for a wide range of applications. There are occasions, however, when additional fillers such as graphite, carbon, glass, bronze, and other materials are added to enhance PTFE products for use in a specific application. Generally speaking, these Filled PTFEs maintain their original chemical and thermal resistance characteristics, while also exhibiting improved strength, stability, and/or durability.
Everflon® PTFE (polytetrafluoroethylene) is available as a white powder, often called fine powder. Everflon® PTFE fine powders are generally converted into usable articles (shapes, wire insulation and tapes, etc) via paste extrusion, followed by post extrusion heating to remove residual hydrocarbon solvents and to increase material density. Products manufactured with genuine Everflon® PTFE fine powder are rated for continuous service temperatures up to 260°C (500°F).
Part of the Everflon family of fluoropolymers, Everflon PTFE micropowder is a white, free-flowing polytetrafluoroethylene (PTFE) resin used as an additive in other materials and systems.
Everflon Fluoropolymer PFA Resin Everflon PFA is a perfluoroalkoxy copolymer resin available in pellet or powder. Everflon PFA combines the processing ease of conventional thermoplastic resins with the excellent properties of Everflon polytetrafluoroethylene (PTFE). Products manufactured from Everflon PFA can offer continuous service temperatures up to 260°C (500°F). What's more, Everflon PFA provides superior creep resistance at high temperatures, excellent low-temperature toughness, and exceptional flame resistance. Application Wire insulation, fittings, tubing, filtration housings, wafer carriers, pump housings, valve bodies, heat exchangers and other end use components requiring a high performance fluoroplastic material. Processing Everflon PFA can be processed by conventional melt extrusion, and by injection, compression, transfer, and blow molding processes. High melt strength and heat stability permit the use of relatively large die openings and high temperature draw-down techniques that increase production rates. Reciprocating screw injection molding machines are preferred. Corrosion-resistant metals should be used in contact with molten fluoroplastic resin. Extruder barrel should be long, relative to diameter, to provide residence time for heating the resin to approximately 390 °C (730 °F). For more detailed processing information, including recommend
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