EUBO FG203 Fluorosilicone Grease is a high-performance lubricating grease formulated with chemically stable fluorosilicone oil thickened with PTFE (polytetrafluoroethylene) and refined with special anti-corrosion additives. This grease offers a wide operating temperature range, excellent performance, and outstanding resistance to a variety of chemicals, including solvents, acids,
EUBO FG203 Fluorosilicone Grease is a high-performance lubricating grease formulated with chemically stable fluorosilicone oil thickened with PTFE (polytetrafluoroethylene) and refined with special anti-corrosion additives. This grease offers a wide operating temperature range, excellent performance, and outstanding resistance to a variety of chemicals, including solvents, acids, chlorides, and other aggressive substances. It features low vapor pressure and minimal condensation, making it highly suitable for most industrial applications.
It combines the fuel resistance of fluorine with the wide-temperature compatibility of silicone, without the weaknesses of either. This is the grease that sticks at 18,000 RPM, shrugs off jet fuel vapors, and doesn't turn to varnish after a hot week. Consider it the diplomatic solution between conflicting demands. finally, one grease that keeps the peace across your entire high-performance assembly.
Performance:
Bearing tests show that EUBO FG203 Fluorosilicone Grease provides long service life under high temperatures, heavy loads, and high speeds. For example, bearing #204 running at 10,000 rpm at 230°C can operate over 500 hours under 1450 N axial load and over 1000 hours under 23 N axial load.
• Excellent chemical resistance.
• Outstanding lubrication for high-load bearings.
• Suitable for high-speed applications (DN > 75,000) and high-temperature conditions (up to 280°C).
• Wide operating temperature range (-30°C to 280°C).
• Strong oxidation resistance and good shear stability.
• Compatible with most gaskets, seals, and packing materials.
• Excellent friction-reducing properties for bearing lubrication.
• Broad application range in terms of temperature, load, and speed.
Usage Instructions:
• Apply the grease using a brush, spatula, or automated lubrication device, similar to conventional greases.
• Ensure the surface is clean to avoid contamination from oxides, dust, or oil residues that may affect adhesion.
Packaging:
• 1 KG per can (6 KG per carton)
Storage:
• Seal the container immediately after use to prevent contamination.
• Store in a cool, dry place.
• Keep away from oxidizing agents, strong acids, and alkaline substances.
Precautions:
• Stir well before use, apply an appropriate amount, and smooth out to prevent oil separation.
• Ensure proper ventilation during storage and application.
• Regularly replenish and replace the grease as needed.
• Wash hands before eating if contact occurs.
• Maintain cleanliness during use to prevent contamination by mechanical debris, dust, water, or other solvents.
• Do not mix greases of different brands or types.
The information provided here is accurate to the best of our knowledge. However, since we cannot control the conditions and methods of use, this information does not replace customer testing to ensure the product’s safety and suitability for specific applications. Recommendations provided shall not be construed as infringing on any patent rights. MSDS/SDS documents are available upon request.
Applications :
• Lubrication of high-temperature valves and seals.
• Situations where lubricant evaporation must be minimized, such as cleanroom equipment and semiconductor manufacturing devices.
• Fixing films in the fuser assemblies of printers and copiers.
• Lubrication and friction reduction for extremely high-temperature, high-load bearings, gears, guide rails, and cams that conventional greases cannot withstand.
• Especially suitable for bearings in film stretching machines, heat-setting machine conveyor belts, corrugated paper machines, hot-air blowers, hot-oil pumps, and high-temperature motors.
• Lubrication and sealing in other harsh environments, including low/high temperature, corrosive conditions, solvents, liquefied natural gas, and high vacuum.
• Particularly ideal for bearings exposed to highly corrosive chemicals, high speeds, and heavy loads.
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|
Test Item |
Standard Value |
Test Method |
|
Appearance |
White |
Visual Inspection |
|
Consistency/State |
Homogeneous grease |
Visual Inspection |
|
NLGI Grade |
2 |
ISO 6743-99 |
|
Worked Penetration (25℃, 0.1mm) |
265–295 |
ASTM D 217 |
|
Density (25℃, g/cm³) |
1.5 |
ASTM D 1298 |
|
Oil Separation (100℃ × 30h, wt%) |
≤1.2 |
ASTM D 6184 |
|
Evaporation Loss (99℃ × 22h, wt%) |
≤1.0 |
ASTM D 972 |
|
Wear Resistance (Wear Scar Diameter, mm) |
≤0.8 |
ASTM D 2266 |
|
Dropping Point (℃) |
≥280 |
ASTM D 2265 |
|
Recommended Operating Temperature (℃) |
-30~280 |
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|
Environmental Certification |
RoHS, REACH, Halogen-free, 17P, EN71-3, PAHs |
— |
|
Shelf Life (Years) |
6 |
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1. Where is Fluorosilicone Grease most effective compared to standard silicone greases?
Fluorosilicone grease is specifically designed for extreme environments where exposure to fuels, solvents, and reactive chemicals would break down conventional silicone greases.
2. How does Fluorosilicone Grease perform under temperature variations?
It maintains stable lubrication across a wide temperature range, typically from -60°C to +200°C, making it suitable for both cryogenic applications and high-heat industrial processes. Unlike standard greases, it resists hardening at low temperatures and evaporation at high temperatures.
3. What are the maintenance and cost benefits of using Fluorosilicone Grease?
Because of its long-term stability, oxidation resistance, and chemical inertness, Fluorosilicone grease reduces the need for frequent re-lubrication. This leads to lower maintenance costs and maximizes machine uptime.