XYC GPL 407 Non-Melting Thickener High-Performance Grease 1KG
XYC GPL 407 1KG
XYC GPL 407 is a high-performance, non-melting grease made with synthetic perfluoropolyether. Ideal for extreme temperatures, it offers superior lubrication and chemical stability in aerospace and industrial applications. Enhance machinery life with effective performance from -30°C to 316°C, ensuring compatibility with various materials without corrosion. Perfect for high-load environments.
minimum order:
1 piece
Supply Ability:
10000piece / Month
Country of Origin:
China
Stock Time:
3Day
Quantity:
XYC GPL 407 Non-Melting Thickener High-Performance Grease 1KG
Part number: XYC GPL 407
Color: white
Appearance: cream
Appearance: cream
Size: 1kg
Base stocks: synthetic perfluoropolyether
Type of thickener: silica
Typical Property
- Base oil viscosity at 40 °C (104 °F): 440 cSt
- Base oil viscosity at 100 °C (212 °F): 42 cSt
- Estimated service temperature range ℃ (°F): -30 to 316 (-22 to 600)
- Estimated service temperature range ℃ (°F): -30 to 316 (-22 to 600)
- Additional features: non-melting thickener, ultra-high-temperature grease
- Penetration: NLGI level 2
- Penetration: NLGI level 2
Product Attributes
- Ultra-High-Temperature Performance: Employs non-melting silica as a thickener, replacing traditional polytetrafluoroethylene (PTFE). This significantly enhances the grease's high-temperature resistance, surpassing the temperature limitations of approximately 316°C (600°F) for PTFE-thickened greases.
- Strong Chemical Stability: Made from perfluoropolyether oil, which is free of hydrogen elements, resulting in excellent chemical stability and inertness. It resists oxygen and most chemical substances, is non-flammable, and remains stable in environments containing pure oxygen or oxidizing chemical substances without burning or supporting combustion.
- Good Lubricating Properties: Maintains effective lubrication at high temperatures, forming an efficient lubricating film on friction surfaces to reduce wear between components and extend the lifespan of machinery.
- Excellent Material Compatibility: Exhibits good compatibility with most metals, plastics, elastomers, etc., without causing corrosion, swelling, or damage to the materials it contacts.
- Strong Chemical Stability: Made from perfluoropolyether oil, which is free of hydrogen elements, resulting in excellent chemical stability and inertness. It resists oxygen and most chemical substances, is non-flammable, and remains stable in environments containing pure oxygen or oxidizing chemical substances without burning or supporting combustion.
- Good Lubricating Properties: Maintains effective lubrication at high temperatures, forming an efficient lubricating film on friction surfaces to reduce wear between components and extend the lifespan of machinery.
- Excellent Material Compatibility: Exhibits good compatibility with most metals, plastics, elastomers, etc., without causing corrosion, swelling, or damage to the materials it contacts.
Application Areas
- Aerospace Sector: Suitable for the lubrication of high-temperature parts in aerospace applications, such as bearings, gears, and valves in engines, turbines, and other areas, providing dependable lubrication under extreme temperature and high load conditions.
- Industrial Sector: Frequently used for lubricating high-temperature components in industrial assemblies like high-temperature furnaces, kilns, and ovens, such as support bearings for heating elements, rollers for conveyor belts, and valve seals. It can also be used for the protection and lubrication of high-temperature components in the chemical and pharmaceutical sectors that come into contact with corrosive chemical substances.
- Other Sectors: Can also be applied to the lubrication of components in specialized machinery that needs to run in ultra-high-temperature settings, such as high-temperature processing machinery in the glass manufacturing and ceramics production industries.
- Industrial Sector: Frequently used for lubricating high-temperature components in industrial assemblies like high-temperature furnaces, kilns, and ovens, such as support bearings for heating elements, rollers for conveyor belts, and valve seals. It can also be used for the protection and lubrication of high-temperature components in the chemical and pharmaceutical sectors that come into contact with corrosive chemical substances.
- Other Sectors: Can also be applied to the lubrication of components in specialized machinery that needs to run in ultra-high-temperature settings, such as high-temperature processing machinery in the glass manufacturing and ceramics production industries.
