XYC Fluorovac 9704 PFPE Vacuum Grease Synthetic Fluorinated Fluid with Low Outgassing 1KG
XYC Fluorovac 9704 1KG
The XYC Fluorovac 9704 PFPE Vacuum Grease is a synthetic fluorinated fluid designed for exceptional lubrication and sealing in extreme vacuum environments. It boasts low outgassing and vapor pressure, ensuring stability in high and ultra-high vacuum conditions without contamination. Its chemical and oxygen inertness, coupled with extreme thermal stability and material compatibility, makes it ideal for sensitive applications in aerospace, cleanrooms, and semiconductor manufacturing.
minimum order:
1 piece
Supply Ability:
10000piece / Month
Country of Origin:
China
Stock Time:
3Day
Quantity:
XYC Fluorovac 9704 PFPE Vacuum Grease Synthetic Fluorinated Fluid with Low Outgassing 1KG
Basic Information
- Product Classification: Synthetic Fluorinated Fluid / High-Vacuum Grease
- Base Chemistry: Typically built on Perfluoropolyether (PFPE) or fluorocarbon fluids thickened with PTFE, ensuring total inertness against aggressive chemicals and oxygen.
- Base Chemistry: Typically built on Perfluoropolyether (PFPE) or fluorocarbon fluids thickened with PTFE, ensuring total inertness against aggressive chemicals and oxygen.
- Characteristics: PFPE vacuum grease, high vacuum lubricant, synthetic fluorinated fluid, perfluoropolyether oil.
- Primary Function: Provides exceptional lubrication and sealing properties in low-pressure or extreme vacuum environments where standard hydrocarbon oils would rapidly outgas or evaporate.
- Primary Function: Provides exceptional lubrication and sealing properties in low-pressure or extreme vacuum environments where standard hydrocarbon oils would rapidly outgas or evaporate.
Product Attributes
- Low Outgassing & Vapor Pressure: Engineered to maintain stability under high and ultra-high vacuum (UHV) conditions without contaminating surrounding chambers or optics.
- Extreme Thermal Stability: Performs reliably across a wide operating temperature range, resisting thermal breakdown or coking.
- Chemical & Oxygen Inertness: Highly resistant to aggressive chemicals, strong acids, bases, and 100% gaseous or liquid oxygen, making it safe for oxygen-handling systems.
- Material Compatibility: Chemically inert toward most plastics, elastomers, and metals, preventing degradation of sensitive components.
- Extreme Thermal Stability: Performs reliably across a wide operating temperature range, resisting thermal breakdown or coking.
- Chemical & Oxygen Inertness: Highly resistant to aggressive chemicals, strong acids, bases, and 100% gaseous or liquid oxygen, making it safe for oxygen-handling systems.
- Material Compatibility: Chemically inert toward most plastics, elastomers, and metals, preventing degradation of sensitive components.
Application Areas
- Vacuum Systems: Sealing and lubricating mechanical vacuum pumps, valves, seals, and chamber gaskets.
- Aerospace & Defense: Instrumentation operating in high-altitude or space environments subject to severe thermal swings and vacuum exposure.
- Cleanrooms & Semiconductor Manufacturing: Equipment where particle generation, contamination, and volatility must be kept to an absolute minimum.
- Aerospace & Defense: Instrumentation operating in high-altitude or space environments subject to severe thermal swings and vacuum exposure.
- Cleanrooms & Semiconductor Manufacturing: Equipment where particle generation, contamination, and volatility must be kept to an absolute minimum.
