XYC IR 83-22 PFPE PTFE Grease Low-Torque Lubrication for Automotive Parts 1KG
XYC IR 83-22 1KG
XYC IR 83-22 is a fully synthetic PFPE/PTFE grease designed for long-term lubrication in chemically aggressive and low-temperature environments. Its lightweight, NLGI 1–2 consistency provides low startup and running torque, supports precise thin-film application, and operates from −40 °C to +80 °C. Resistant to oxidation, weathering, and most chemicals, it is also compatible with common plastics and elastomers, making it suitable for automotive cabin mechanisms, electrical connectors, and bearings exposed to corrosive conditions.
minimum order:
1 piece
Supply Ability:
10000piece / Month
Country of Origin:
China
Stock Time:
3Day
Quantity:
XYC IR 83-22 PFPE PTFE Grease Low-Torque Lubrication for Automotive Parts 1KG
Basic Information
- Product Profile: XYC IR 83-22
- Characteristics: PFPE PTFE grease, plastic-safe synthetic grease, low-torque automotive grease, chemical-resistant grease.
- XYC IR 83-22 is a premium, fully synthetic long-term lubricating grease formulated on a high-purity perfluorinated polyether (PFPE) base oil and thickened with polytetrafluoroethylene (PTFE). It has a unique consistency grade nestled precisely between NLGI 1 and NLGI 2, and it is specifically engineered as a dynamically light grease. Because it relies entirely on a fluorinated chemistry matrix (PFPE/PTFE), it features extraordinary chemical inertness, making it non-flammable and completely unreactive when exposed to most aggressive chemical media, concentrated acids, and industrial solvents. It resists thermal aging, oxidation, and weathering, ensuring a"fill-for-life"lubrication barrier.
Technical Specifications
1. Ultra-Low Startup Torque Requirements: The dynamically light, short-fibered formulation yields exceptionally low internal mechanical drag. This minimizes breakaway and running torque in fractional horsepower motors and delicate actuators, ensuring zero lag even in deep-freezing conditions.
2. Ease of Thin-Film Application: Its chemical layout is specifically tailored for manufacturing automation, allowing it to be easily applied as an incredibly thin, highly uniform film via automated dosing systems, brushes, or spatulas.
3. Broad Operating Temperature Window: It handles intense sub-zero thermal zones with an operating range spanning from -40 °C to +80 °C (-40 °F to +176 °F) while maintaining a reliable, low-friction curve.
2. Ease of Thin-Film Application: Its chemical layout is specifically tailored for manufacturing automation, allowing it to be easily applied as an incredibly thin, highly uniform film via automated dosing systems, brushes, or spatulas.
3. Broad Operating Temperature Window: It handles intense sub-zero thermal zones with an operating range spanning from -40 °C to +80 °C (-40 °F to +176 °F) while maintaining a reliable, low-friction curve.
Core Performance Advantages
Extreme Plastic & Elastomer Neutrality: A major engineering advantage of XYC IR 83-22 is its absolute neutrality toward structural materials. Unlike hydrocarbon- or mineral-based greases that cause plastic components or rubber compounds to swell, crack, or dissolve, this fluorinated matrix remains completely neutral with standard commercial plastics and elastomeric seals. It is explicitly designed for smooth plastic-on-plastic and plastic-on-metal sliding contact zones.
Primary Applications
• Automotive Vehicle Cabin Technology: Widely applied across modern automotive assembly lines to lubricate door lock mechanisms, plastic guide rails, sliding sunroof tracks, and small plastic gears/pinions.
• Electrical Contacts and Plug-In Connectors: Used to ease assembly and shield sensitive multi-pin plug-in electrical modules from moisture ingress without interfering with current conductivity.
• Lifetime-Lubricated Components Exposed to Chemicals: Frequently chosen for plain and rolling bearings running in environments heavily contaminated by corrosive gases or low temperatures.
• Electrical Contacts and Plug-In Connectors: Used to ease assembly and shield sensitive multi-pin plug-in electrical modules from moisture ingress without interfering with current conductivity.
• Lifetime-Lubricated Components Exposed to Chemicals: Frequently chosen for plain and rolling bearings running in environments heavily contaminated by corrosive gases or low temperatures.
Recommend Products
