The Teflus® PE Series encompasses a range of specialized perfluoropolyether (PFPE) products, each designed to meet specific performance criteria and application requirements. From thermal conduction fluids to lubricants and polymer processing additives, each product in the series offers unique benefits tailored to different industrial needs.
Overview
Teflus® PE Series Introduction
Overview
Teflus® PE Series represents a premium line of perfluoropolyether (PFPE) products engineered to deliver exceptional performance in demanding environments.
Synthesized by the polymerization of hexafluoropropylene monomer (HFP) and oxygen, these products are known for their excellent chemical inertness, high density, low surface tension, and stability at high temperatures.
Known for their superior chemical resistance and excellent performance over a wide temperature range, Teflus® PE Series products are ideal for applications in highly corrosive environments, high-temperature conditions, and industries requiring chemically stable materials.
Features
Exceptional Temperature Range:
Exhibits excellent resistance to most highly corrosive chemicals, including strong acids and peroxides.
Outstanding Oil and Solvent Resistance:
Remains stable in the range of 270°C-300°C without an effective catalyst, even in the presence of oxygen. Decomposition temperature can reach 350°C-410°C.
Low Surface Tension and Volatility:
Offers excellent wetting properties and minimal evaporation, making it suitable for various industrial applications.
Compatibility:
Shows good compatibility with plastics, rubber, and metals, enhancing its versatility in different applications.
Advantages
Versatility:
Applicable across a wide range of industries, including chemical, semiconductor, nuclear, pharmaceutical, and aerospace sectors.
High Performance in Extreme Conditions:
Ideal for use as heat transfer fluids, vacuum pump oils, lubricants, and polymer processing additives in harsh environments.
Product Variety:
Available in different grades such as Thermal Conduction (Teflus® PET), Vacuum Pumps (Teflus® PEV), Vapor Phase Soldering (Teflus® PES), General Purpose (Teflus® PEG), Lubricant Oil (Teflus® PEL), and Polymer Processing Additive (Teflus® PEA).
Enhanced Material Properties:
When used as a polymer processing additive, it can improve processability, flow ability, and wear resistance of various polymers.
Product Introdution
PET Series (Thermal Conduction)
Used in coolant or heat transfer fluid in chemical, semiconductor, nuclear, pharmaceutical and other industries.
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Product Introduction
PEV Series (Vacuum Pumps)
Used as vacuum pump oil to meet the requirements of vacuum pumps for the highly clean electronics industry Vacuum mechanical pumps for the production of semiconductors using ion etching, LPCVD and plasma culture technologies; Vacuum pumps (rotary vane pumps, molecular pumps, diffusion pumps, etc. ) used in environments where corrosive gases are present.
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Product Introduction
PES Series (Vapor Phase Soldering)
Used as vapor phase soldering fluid in the vapor phase soldering (VPS)process, the latent heat of condensation of perfluoropolyether oil vapor is used to melt the solder.
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Product Introduction
PEG Series (General Purpose)
Low viscosity perfluoropolyether can be used as heat transfer fluid, electronic cleaning fluid, electronic reliability test fluid, vapor phase welding fluid, mainly suitable for cleaning of electronic products, heat transfer, testing and welding of electronic products, and can also be used in other chemical-resistant occasions; High viscosity perfluoropolyether can be used as lubricating oil, used in oxygen, fluorine, chlorine, hydrogen and other gas compressors, transfer pump lubrication, can also be used as vacuum pump oil, to meet the requirements of vacuum pumps for high cleanliness electronics industry. It can be used as a polymer processing aid to improve the fluidity and self-lubrication of polymers,reduce wear and improve scratch resistance.
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Product Introduction
PEL Series (Lubricant oil)
Mainly used in chemical, electronic, machinery, aerospace, nuclear industry and other fields, used in oxygen, fluorine, chlorine, hydrogen and other gas compressors, lubrication of transfer pumps, etc.; It is used for the lubrication of hard disks and other magnetic recording media on computers and other instruments; as a lubricant for high temperature and chemically stable porous metal bearings, conveyor belts, paper and textile machinery; for the lubrication of rocket nozzles; for lubrication of missile launch systems; lubrication for anti-lock braking systems; Used for lubrication in the nuclear industry, etc.
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Product Introduction
PEA Series (Processing Additive)
As a polymer processing aid to improve process ability (e.g.improved flow ability, extrusion rate and mold release, reduced melt viscosity, reduced die build-up) and improved polymer properties (e.g. enhanced self-lubrication, reduced wear, improved scratch resistance). It can be used for acetal, nylon 6, nylon 12, thermoplastic polyurethane (TPU), SEBS, thermoplastic elastomer (TPE),etc.
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Teflus® PE Series TDS Reports
The Teflus® PE Series TDS reports outline the specifications, types, and temperature resistance of Teflus® perfluoroelastomers.
Teflus®PET
The ozone depletion index is zero. Non-corrosive to metal materials. Excellent insulation and dielectric properties. Excellent thermal stability, chemical stability, solvent resistance, radiation resistance, weather resistance. Fully flame retardant, no flash point, no ignition point, no spontaneous ignition point, will not burn in the presence of oxygen. Wide range of operating temperature.
Teflus®PEV
For most highly corrosive chemicals, such as strong acids, peroxides, etc. it has excellent chemical inertness. It has the characteristics of high density, low surface tension, low volatility, non-combustibility, good insulation, good lubricity, etc., and has good compatibility with plastics, rubber and metals. It is often used as a heat transfer fluid for many working conditions and as a lubrication use, suitable for high temperature and harsh working environments. In the absence of an effective catalyst, PFPE remained stable in the range of 270°C-300°C, even in the presence of oxygen. Its decomposition temperature can reach 350°C-410°C.
Teflus®PES
Narrow molecular Weight distribution. Zero ozone depletion. Excellent insulation properties and dielectric properties. Non corrosive to metal material, soldering with no residue. Outstanding radiation stability excellent weather-resistance. Fully flame retardant, no flash point, no ignition point, no spontaneous ignition point, will not burn in the presence of oxygen.
Teflus®PEG
Zero ozone depletion. Good compatibility with various rubbers. Good viscosity index, low pour point: can be used in a wide temperature range. Excellent thermal stability, chemical stability, solvent resistance ( including polar and non-polar solvents), radiation resistance, weather resistance. Non-flammable in any circumstances. No flash point, no ignition point, no spontaneous ignition point, and will not burn in the presence of oxygen.
Teflus®PEL
The ozone depletion index is zero. Excellent low temperature starting torque low evaporation loss. Non-toxic, does not react with metal, plastic,rubber, good compatibility with grease. Completely flame retardant, no flash point, no ignition point, no spontaneous ignition point, will not burn in the presence of oxygen. High viscosity index, good viscosity, low freezing point, suitable for a wide temperature range. Excellent thermal stability, chemical stability, solvent resistance, radiation resistance, weather resistance, insulation and dielectric properties.
Teflus®PEA
Excellent compatibility with various kinds of plastics and rubbers. Enhance polymer self-lubrication, reduce wear and improve scratch resistance. Excellent thermal stability, chemical stability, solvent resistance, radiation resistance, weather resistance. Fully flame retardant, no flash point, no ignition point, no spontaneous ignition point, will not burn in the presence of oxygen. Improve polymer processing performance,improve flow ability, extrusion rate and mold release, reduce melt viscosity, and reduce die build-up.
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