XYC TORR 5361 PFPE Vacuum Oil with Extreme Vacuum Compatibility for Semiconductor 1KG
XYC TORR 5361 1KG
XYC TORR 5361 is a PFPE-based vacuum oil designed for high-vacuum and semiconductor applications. It features extreme vacuum compatibility with ultra-low outgassing, a wide thermal operating range (-65°C to 250°C), and excellent chemical inertness. The product is ultrafiltered to ensure low particle levels and vacuum stability, making it ideal for contamination-sensitive environments like UHV chambers and cleanrooms while remaining PFOA-compliant.
minimum order:
1 piece
Supply Ability:
10000piece / Month
Country of Origin:
China
Stock Time:
3Day
Quantity:
XYC TORR 5361 PFPE Vacuum Oil with Extreme Vacuum Compatibility for Semiconductor 1KG
Basic Information
- Product Classification: PFPE Oil
- Base Chemistry: PFPE Base Oil
- Base Chemistry: PFPE Base Oil
- Characteristics: PFPE vacuum oil, cleanroom lubricant, low outgassing oil, semiconductor grade lubricant.
- Primary Function: XYC TORR lubricants are recommended for applications operating under high vacuum and high temperature where contamination is a concern. XYC TORR base oils are processed to deliver the lowest outgassing of any XYC lubricant. To ensure low particle and low outgassing levels, each lot is ultrafiltered and tested per ASTM E595 to verify that the products meet vacuum stability requirements.
- Primary Function: XYC TORR lubricants are recommended for applications operating under high vacuum and high temperature where contamination is a concern. XYC TORR base oils are processed to deliver the lowest outgassing of any XYC lubricant. To ensure low particle and low outgassing levels, each lot is ultrafiltered and tested per ASTM E595 to verify that the products meet vacuum stability requirements.
- XYC TORR product line consists of both PFPE and MAC chemistries. Both PFPE and MAC lubricants are recommended for vacuum environments because of their low vapor pressures and low outgassing properties. PFPE lubricants offer better high-temperature performance (up to 250 °C) when compared to MAC lubricants (up to 150 °C). Additionally, PFPE lubricants offer inherent chemical inertness, which translates to unsurpassed resistance to oxidation and hydrolytic degradation, and provides excellent elastomer compatibility. Due to their unique base oil chemistry and additive packages, MAC lubricants provide superior wear protection and bearing life performance. Most MAC and PFPE products are ultrafiltered. XYC TORR products comply with PFOA regulations.
Key Characteristics
- Extreme Vacuum Compatibility: Formulated to maintain ultra-low vapor pressures, preventing rapid evaporation or outgassing in high and ultra-high vacuum (UHV) chambers.
- Thermal Range: Capable of handling wide temperature swings (often from -65℃ to 250℃ depending on the exact grade).
- Chemical Inertness: Inherent oxidation resistance, aggressive reactive gases, and harsh chemicals make them safe for semiconductor processing equipment, aerospace mechanisms, and cleanrooms.
- Thermal Range: Capable of handling wide temperature swings (often from -65℃ to 250℃ depending on the exact grade).
- Chemical Inertness: Inherent oxidation resistance, aggressive reactive gases, and harsh chemicals make them safe for semiconductor processing equipment, aerospace mechanisms, and cleanrooms.
- Acts as a specialized base fluid (such as for XYC Clean formulations) tailored for cleanroom and moderate vacuum environments.
Application Areas
XYC TORR lubricants are chemically stable, non-toxic, low-vapor-pressure, synthetic lubricants designed for cleanroom and in-vacuum applications such as those found in the semiconductor and aerospace industries. These lubricants typically contain a PTFE thickener and a cyclopentane (MAC) or perfluoropolyether (PFPE) base oil, which are well suited for wide temperature applications where exposure to harsh chemicals may be a concern.
These lubricants improve the performance of bearings, linear guides, ball and lead screws, and seals by:
- Protecting against friction & wear
- Preventing corrosion
- Extending component life
- Ensuring component reliability
- Preventing contamination
- Controlling precision motion
These lubricants improve the performance of bearings, linear guides, ball and lead screws, and seals by:
- Protecting against friction & wear
- Preventing corrosion
- Extending component life
- Ensuring component reliability
- Preventing contamination
- Controlling precision motion