Fluoropolymer, Payment Terms : TT ( Telegraphic Transfer ) Net Banking Upfront Upon Proforma Invoice Pricing, Total or Minimum order Quantity , Quality and Delivery time get back to us so we can provide all those for you if interested. Regular others also have added advantages, Bulk orders as well. Fluoropolymer ...
Fluoropolymer Increasingly more technical applications in aggressive environments, in terms of temperature, chemical agents and atmospheric conditions, made it possible for fluoropolymers to find more space on the market. These polymers offer extremely high performance, though at elevated costs regarding both raw materials and production. Depending on the bond between carbon and fluorine, and their arrangement in the molecular structure, one can have varying products with different characteristics. Concerning chemical resistance and use at low and high temperatures, the father of all fluoropolymers is PTFE, which demonstrates almost complete inertia towards most known chemical reagents and has work temperatures that range from -260 to +260 'C. After PTFE, these other fluoropolymers can be found, in order of importance: PFA, FEP, and PVDF.
FluonETFE Series Fluon ETFE is a tough fluoropolymer that has chemical resistance and electrical properties comparable to typical fluoropolymers, such as PTFE, PFA and FEP but performs better than ECTFE or PVdF because of its improved mechanical strength and moldability. Fluon ETFE Usage: Wire and cable Tubing Linings and coatings Other Fluon ETFE Grade List: Pellet Grade Melt Flow Rate* Features Molding Methods and Applications C-55AP 5 - 7 General product Extrusion molding C-88AP 10 - 13 General product Extrusion molding C-55AXP 5 - 7 Resistant to stress cracking Extrusion molding, tube molding C-88AXP 10 - 13 Resistant to stress cracking Injection molding, electric wire coatings C-88AXMP 30 - 48 High fluidity Thin electric wires, thin-walled injection
All fluoropolymer filter cartridges are constructed of hydrophilic PTFE membrane and PVDF components, offering high throughputs, high flow rates and long service life. Due to their characteristics of superior chemical compatibility and oxidation resistance, they are ideal for oxidized water filtration application in bottled water industry.
All fluoropolymer filter cartridges are constructed of PTFE membrane and PVDF components, especially developed for filtration in the semiconductor industry, offering high throughputs, high flow rates and long service life. Due to their features of superior chemical compatibility and oxidation resistance, they are ideal for the filtration of chemicals in the semiconductor fabrication processes, which include etching, cleaning, photoresist, developer, etc. and other high temperature, strong corrosive and oxidative solvents. Features and Benefits 1. Hydrophobic or Hydrophilic PTFE membrane, low extractable levels 2. PVDF construction for good resistance to high temperature and oxidation 3. No need to prewetting for hydrophilic PTFE membrane 4. Wide range of removal ratings 5. High flow rates and long service life 6. Excellent chemical compatibility Quality Cartridges produced in a controlled environment Manufactured according to ISO9001 certified Quality Management System
NEOFLON FEP NP-Series NEOFLON FEP is melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. FEP has excellent electrical properties like PTFE because FEP consists of only fluorine atoms and carbon atoms. The chemical resistance capability and mechanical characteristics are the same as ones of PFA, however the heat resistance is lower than PFA.
Teflon fep 100 fluoropolymers Teflonfep 100 is a melt-processible copolymer of tetrafluoroethylene and hexafluoropropylene, without additives, that meets the requirements of astm d 2116 type i. It offers the excellent combination of properties characteristic of teflonfluoroplastic resins: non-aging characteristics, chemical inertness, exceptional dielectric properties, heat resistance, toughness and flexibility, low coefficient of friction, non-stick characteristics, negligible moisture absorption, low flammability, performance at temperature extremes, and excellent weather resistance. Typical applications: Wire and cable insulation, small tubing, and injection molded parts. Packaging: Teflonfep 100 is packaged in 25-kg, single layer, plastic bags. For convenient shipment, orders of 1, 000-kg pallets are recommended. Other chemours teflon fep grade: Teflonfep 100 Teflonfep 106 Teflonfep 9302 Teflonfep cj95 Teflonfep cj99 Teflonfep 9494 Teflonfep 9475 Teflonfep 9819fl Teflonfep 9835 Teflonfep 9898 Teflonfep film properties bulletin Teflonfepd 121 We can give discount according to order quantity.
FEP (Fluorinated ethylene propylene) is a copolymer of hexafluoropropylene and tetrafluoroethylene. Like PTFE, it has a fully fluorinated structure which leads to excellent chemical, thermal, and electrical properties. It differs from the PTFE (polytetrafluoroethylene) resins in that it is melt-processible using conventional injection molding and screw extrusion techniques. FEP is softer than PTFE and melts at 260¡ãC, it is highly transparent and resistant to sunlight. FEP has good melt-flow characteristics which permit melt bonding to itself, to other material, such as PTFE. We could provide several grades of FEP raw material: 1. FEP Extrusion Grade 2. FEP Molding Grade 3. FEP Dispersion 25kg per drum
PTFE (Polytetrafluoroethylene) is a synthetic polymer of a chain of TFE. Our PTFE products are available as molding powders, fine powders and dispersions. These PTFE resins have a low coefficient of friction and excellent thermal, electrical, mechanical and chemical properties making them suitable for a wide variety of demanding applications requiring one or a combination of these exceptional properties. It could be used to produce rod, tube, sheet, seal tape, film, coating etc. Key Features: • Excellent chemical resistance against almost all chemicals • Excellent thermal stability and UV resistance, stable at very high or at very low temperatures • Unsurpassed electrical properties, including low dielectric loss, low dielectric constant and high dielectric strength • Low friction coefficient and self-lubricating properties • Easily machining and moldable • Sensitive to gamma rays • Self-extinguishing We could provide several grades of PTFE raw material: 1. PTFE Molding Powder 2. PTFE Medium-size Particle Resin 3. PTFE Free Flow(Pelletized) Resin 4. PTFE Fine Powder 5. PTFE dispersion 25kg or 20kg per drum
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PTFE rods, sheets, bushes, tubes, gaskets, envelope gaskets, gland packings, mechanical seals, bellows, thin wall tubes, diaphragms, etched sheets, PTFE fabrics, ball valve seat rings, V rings, expanded tapes, lined valves, lined pipes, lined pipe fittings.
Lubrication products, fluoropolymer based.
Fluoropolymer scrap, pet scrap.
FEP (polyperfluorinated ethylene-propylene) is a fluorine plastic that can be processed by melting. FEP can be used in applications where the enhanced characteristics and temperature ratings of PFA are not required. FEP fluoroplastics are processed by conventional melt extrusion techniques as well as injection, compression, transfer and blow molding processes. FEP fluoroplastics are ideal for wire coating and molding a variety of end-use items and components. FEP offers the perfect combination of all fluoroplastic properties; Wide operating temperature range, excellent dielectric and electrical properties, low friction coefficient, low flammability and chemical resistance. FEP has a temperature range of up to 200�°C (392�°F).
FEP is a copolymer of TFE and HFP. It retains most of the desirable properties of PTFE, but the melt viscosity is low enough for conventional melt processing, and the melting point of FEP is 260 ° C, while the first melting point of PTFE is 340 ° C. The continuous operating temperature of FEP is 205â??, while that of PTFE is 260 FEP resins are available in a variety of grades to meet a variety of processing and end-use requirements. Different grades of FEP differ mainly in terms of molecular weight, but they all have the same use temperature, electrical properties, and chemical resistance. With the increase of molecular weight and melt viscosity, the mechanical properties and pressure cracking resistance also increase. However, these improvements come at the cost of processing difficulty and processing speed. Everflon offers improved grades that provide a better combination of pressure cracking resistance and processing speed
Heat shrink tubing can combine various properties in a unique way Taken together, include: outstanding electrical characteristics, excellent Chemical and solvent resistance, high purity, lubricity and penetration Out of reliability. The double-layer fluoropolymer PTFE/FEP tube consists of a PTFE heat shrinkable outer layer and an FEP inner layer It is widely used and can be used with wires, cables, connectors, connectors, terminals, etc Tightly combined, with the role of moisture-proof. When the covered part is heated, PTFE contracts tightly onto the inlay while FEP melts and flows onto a solid or near-solid package, forming an extremely tight bond that can withstand maximum extension or vibration stress. double layer heat shrink tube has all the electricity of PTFE Gas, chemical and mechanical properties. Operating temperature up to 230 degrees. Our roll shrouds extend the life of the roll, enhance reliability and enhance the quality of the product. A little heat can be applied to the roll to form a layer of high strength, armor like a strong sheath, which protects the roll from chemical solvents, acids, shocks, wear, heat and moisture. It also eliminates the problem of viscous accumulation. During processing, only a convenient heat source, such as a heat gun, can be quickly and easily condensed onto the roll surface, and can be cleaned with solvents or reagents.
If your temperature requirements are up to 260�°C (500�°F), PTFE tubes (polytetrafluoroethylene) are recommended. When terminated, it can be prevented from "melting" by soldering iron. Due to its excellent dielectric properties, it is widely used in electronic and electrical services. Another major advantage of PTFE tubes is their non-stick properties, allowing the material to be transported with minimal fluid resistance. Note, however, that PTFE reacts with fluorine, molten sodium hydroxide, and molten alkali metals. We have a full range of PTFE extrusion tubes for protecting wiring or transporting fluids in critical applications. PTFE tubes are available in a variety of configurations and custom designs. PTFE tubes have inherently excellent chemical resistivity and low coefficient of friction, and their performance is superior to that of glass and graphite, making them ideal materials for fluid transport. PTFE tubes can be used with almost all industrial solvents, chemicals and corrosive materials, and can be used in high-temperature processes. It can be steam sterilized without affecting its physical properties, such as surface hardness, elongation, deflection life or load deformation. PTFE tubes are usually translucent white, however, the whiteness varies depending on batch and wall thickness size. Colored PTFE tubes are also available and are often used to simplify tube wiring during system installation.
ETFE is a fluoropolymer that is chemically and structurally similar to polyolefins (such as polyethylene) and therefore has higher wear resistance, impact resistance and crushing resistance than its perfluorinated (perfluoropolymer) counterparts -PTFE, FEP and PFA. ETFE tubes are commonly used in wire harnesses, outer film applications that require weather resistance, and tank linings that require special chemical and wear resistance. Its high tensile strength at 25 ° C also leads to higher operating pressures at that temperature.
PFA tubes (perfluoroalkoxy) have excellent cracking and stress resistance and can be used when more demanding mechanical properties are required. PFA tubes are the product of choice for applications involving extremely high chemical resistance and exposure to high temperatures. If greater clarity, flexibility and higher continuous use temperatures are required, PFA tubes are preferred. PFA tubes are rigid and have a long bending life (up to 500�ºF) and have all the conventional properties of PTFE. In the semiconductor and pharmaceutical industries, PFA HP (High purity) tubing is used in fluid handling applications that require very low levels of chemically extractable matter.
FEP tubes (polyperfluorinated ethylene propylene) are the preferred material for the production of small diameter tubes of continuous length. FEP sacrifices some heat resistance, but its chemical and dielectric properties are similar to PTFE. Tayak FEP tube is a transparent tube that is an economical choice for applications requiring chemical resistance and resistance to high and low temperature exposure. The excellent clarity of Taiyue FEP tubing makes it ideal for applications such as viewing glasses and flow monitoring. Taiyue FEP tubes have a slightly higher coefficient of friction, lower continuous use temperature, and are more transparent than PTFE. Tai Yue FEP pipes also have better gas and vapor permeability and have excellent UV transmittance ratings. FEP tubes are available in a variety of standard sizes, with custom sizes available on request. FEP tubes are also available in flexible tubes that can be ordered in a variety of size lengths, special sizes and colors to meet your needs.
