XYC UNIFLOR 8980 PFPE Synthetic Oil Low Torque Lubricant for Precision Instruments 1KG

XYC UNIFLOR 8980 1KG
XYC UNIFLOR 8980 is a high-performance, medium-viscosity synthetic fluorinated oil specifically engineered for precision instruments, delicate sensors, and low-torque mechanisms. It offers exceptional performance across a massive thermal window, from -65°C to +250°C, and exhibits ultra-low torque performance, making it ideal for sensitive, low-friction operations. Furthermore, its extreme chemical inertness and low volatility ensure reliable and stable lubrication even in aggressive chemical environments and under sustained high-heat conditions.
minimum order: 
1 piece
Supply Ability: 
10000piece / Month
Country of Origin: 
China
Stock Time: 
3Day
Quantity:
Contact Now
add to cart

XYC UNIFLOR 8980 PFPE Synthetic Oil Low Torque Lubricant for Precision Instruments 1KG

Basic Information

- Product Profile: XYC UNIFLOR 8980
- Base Chemistry: Completely fluorinated Perfluoropolyether (PFPE) fluid.
- Product Type: Synthetic lubricating oil (medium viscosity).
- Appearance: Clear, transparent liquid.
- Characteristics: PFPE synthetic oil, low torque lubricant, precision instrument oil, high temperature fluorinated lubricant.
- XYC UNIFLOR 8980, a high-performance, medium-viscosity synthetic fluorinated oil. It is designed specifically as a very wide-temperature fluid engineered for precision instruments, delicate sensors, and low-torque mechanisms.

Key Technical Specifications

Application TypeLubricant
Material FormOil
IndustryFor actuators, for bearings where ultra-low temperature and low torque are critical design parameters, for sensors, for potentiometers, for precision instruments
ChemistryFluorinated oil
Viscosity (cPs)Medium, 45 (cSt), 140 (cSt)
ColorClear
High Temperature Resistance (°C)250
Low Temperature Resistance (°C)-65
Evaporation (%)0
Density (g/cm³)1.843

Core Performance Advantages

- Ultra-Low Torque Performance: Maintains minimal resistance at sub-zero levels, making it ideal for moving parts that require sensitive, low-friction operation.
- Massive Thermal Window: Performs reliably from severe cold environments up to extreme continuous heat (+250℃).
- Extreme Chemical Inertness: Completely resistant to aggressive chemicals, solvents, and oxygen-rich environments.
- Low Volatility: Resists evaporation even under sustained high-heat operating periods.

Primary Applications

- Precision Instruments & Sensors: Used where fluid thickening or high drag would skew delicate sensor readings or mechanical feedback.
- Potentiometers & Actuators: Specified for electronic and mechanical control components requiring stable lubrication over long lifespans.
- Aviation & Aerospace Bearings: Deployed in flight components requiring low-torque movement across extreme altitude and temperature shifts.