Technology for industrial lubricants

Perfluoropolyether (PFPE)-based lubricants.

Perfluoropolyether lubricants, in the form of PFPE oils and PFPE greases or fluorinated fats and oils, are a category of synthetic lubricants that use perfluoropolyether as the oil base.

Introduction

Perfluoropolyethers are synthetic polymers derived from fluoroalkylation of olefins, giving the molecules a long and stable chain of fluorine atoms. These molecules are extremely stable and resistant to high temperatures, oxidation and corrosion, and have low attritivity.

Properties

  • PFPE lubricants are used in applications that require lubrication under extreme conditions, such as in high-pressure environments, high temperatures, and in the presence of aggressive gases or radiation. They are used in a wide range of industries, including aerospace, electronics, chemistry, semiconductor manufacturing, laboratory equipment, compressors, and turbines.
  • In addition, PFPE lubricants are used in environments where chemical purity is critical, such as in semiconductor manufacturing or the use of critical equipment in laboratory environments. They provide excellent lubrication over a wide temperature range, from -70°C to over 300°C, and are also highly inert and can protect equipment in the presence of highly reactive chemicals. They also exhibit excellent compatibility with a variety of plastics and elastomers, are nonflammable, and have low toxicity.

Products

    • It is an anti-noise coating
    • Resistant to aggressive chemicals, moisture and water
    • Prevents noise from creeping and vibration between two surfaces
    • It is compatible with all plastics and elastomers
    • Does not stain or transfer
    • Excellent resistance to temperature extremes, vacuum and excellent dielectric characteristics
    • Stable to aging, oxidation
    • Provides long-lasting or lifetime lubrication and surface protection
    • Non-flammable
    • Non-reactive/inert chemistry
    • Robust thermal stability
    • ISO 15 grade oil
    • Safe for service with chemicals and oxygen
    • Longer lubrication intervals and equipment service life
    • Coating
    • Non-reactive and non-flammable fluorinated synthetic oil
    • Safe in chemical service and with oxygen
    • Long-lasting
    • The polymer chain is fully saturated and contains only carbon, oxygen and fluorine
    • Coating
    • Non-reactive and non-flammable fluorinated synthetic oil
    • Safe in chemical service and with oxygen
    • Long-lasting
    • The polymer chain is fully saturated and contains only carbon, oxygen and fluorine
    • Coating
    • Non-flammable
    • Non-reactive/inert chemistry
    • Robust thermal stability
    • ISO grade 7 oil
    • Safe for service with chemicals and oxygen
    • Extended lubrication intervals and equipment service life
    • Reduction of friction and wear and tear
    • Coating
    • Excellent water resistance
    • Contains UV dye for enhanced quality control
    • Improved surface wetting performance
    • High quality base oil
    • Designed to include zero impurities
    • Non-flammable
    • Inert and unresponsive
    • Recyclable
    • Safe to use in oxygen systems
    • Robust thermal stability
    • Non-flammable
    • Non-reactive/inert chemistry
    • Robust thermal stability
    • ISO 460 grade oil
    • Safe for service with chemicals and oxygen
    • Longer lubrication intervals and equipment service life
    • Coating
    • Non-responsive
    • Non-flammable
    • Does not stain
    • Does not migrate
    • Odorless
    • Long-lasting
    • Ultra-high performance oil
    • Chemically inert
    • Safe with chemicals and oxygen
    • Suitable for very high or very low temperature uses
    • Approved for contact with food and drinking water.
    • Multipurpose lubricants
    • Non-flammable
    • Inert and unresponsive
    • Recyclable
    • Safe to use in oxygen systems
    • Robust thermal stability
    • Non-flammable
    • Inert and unresponsive
    • Recyclable
    • Safe to use in oxygen systems
    • Robust thermal stability
    • Highly engineered
    • Low evaporation rates
    • Extreme thermal stability
    • Long-lasting lubrication performance
    • High performance lubricant
    • Non-flammable
    • Non-responsive for incredibly harsh environments
    • Performance for a wide range of high-temperature special lubrication applications
    • Unsurpassed oxidation resistance compared with base oil
    • PFPE does not oxidize or crust with age and use
    • Does not break down with the high temperatures of electric motors
    • Special high-efficiency thickener does not oxidize and break down with cutting
    • Lifetime lubrication potential
    • Adheres to threads and does not tear during assembly/disassembly
    • It is non-reactive, non-toxic, non-flammable, non-corrosive
    • Compatible with most polymers for gaskets, O-rings and valves
    • Contains no VOCs or hydrocarbons
    • Safe for use with oxygen and has no self-ignition temperatures
    • Quick and easy to apply, even while wearing protective gloves
    • Tested without leakage under helium at 400 psi for 7 days
    • Non-flammable
    • Non-reactive/chemically inert
    • High load capacity
    • Made for higher pressure applications
    • Designed for critical applications
    • Chemically inert
    • Non-flammable
    • Silicone-free
    • Contains no VOC materials or chlorine
    • Does not damage plastics or elastomers
    • Does not cause corrosion of metals
    • Long life
    • Non-flammable
    • Safe in chemical and oxygen service
    • Non-responsive
    • Coating
    • A grease for high-performance
    • Extremely high temperature applications
    • Contains no additional additives
    • Completely inert
    • Ideal when there is chemical-lubricant interaction between process steps
    • Enduring performance in extreme environments
    • Unsurpassed oxidation resistance compared with base oil
    • PFPE does not oxidize or crust with age and use
    • Does not break down with the high temperatures of electric motors
    • Special high-efficiency PTFE thickener does not oxidize and break down with cutting
    • Lifetime lubrication potential
    • Used in the automotive and industrial market
    • Lower molecular weight of the basic PFPE oil.
    • Improves functionality at lower temperatures for specific applications
    • Coating
    • Higher viscosity grease of the XHT-BD series
    • Performance at higher temperatures than conventional greases
    • Provides excellent wetting of metal surfaces
    • Low surface tension properties
    • Does not interact with metal surfaces due to its chemical inertness
    • Non-flammable performance
    • Chemically inert/non-reactive
    • Safe for oxygen
    • Significantly prolongs operating life
    • White, buttery fat
    • Enhanced anti-corrosion capacity (sodium nitrite additives)
    • Excellent rust and wear protection
    • Non-flammable performance
    • Chemically inert/non-reactive
    • Safe for oxygen
    • Significantly prolongs operating life
    • White buttery grease
    • Silicone-free
    • Outstanding performance in services with high-pressure reactive gases, including oxygen
    • Completely inert and nonflammable
    • Resistant to high pressure without failure
    • Evaluation of 350 bar at 60°C in the BAM oxygen reactivity test.
    • Provides exceptional protection and lubrication for a wide range of applications
    • Can be used in general lubrications where nonflammable performance is required
    • Safe for food
    • Non-responsive and exceptionally durable
    • Commonly used to reduce NVH in automotive applications
    • Non-flammable performance
    • Chemically inert/non-reactive
    • Safe for oxygen
    • Significantly prolongs operating life
    • Enhanced anti-corrosion capacity (sodium nitrite additives)
    • Excellent rust and wear protection
    • Compatible with all elastomers and plastics
    • They are nonflammable, oxygen compatible and chemically inert
    • Longer lubrication intervals and longer equipment life
    • Suitable for use in bearings
    • Suitable for high temperature corrugators
    • Reducing the risk of bearing failure
    • Use in high temperature corrugated equipment applications
    • Use for the production of packaging
    • Improves performance
    • Protects bearings
    • High-temperature performance
    • High machine stress performance
    • Compatible with most tires and plastics
    • Excellent stability at high temperatures
    • Superior resistance to chemicals and solvents
    • Minimal deterioration due to oxidation
    • Suitable for long-term lubrication
    • Low vapor pressure

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