WS2 – Process SL39干膜润滑
二硫化钨干膜润滑剂。
Originally developed for NASA, WS2’s unique, extensively modified lamellar composition of Tungsten Disulfide outperforms other dry coating lubricants. Our proprietary process, Process SL39, impinges a dry metallic coating without heat, binders or adhesives. The lubricant coating bonds instantly to any metal or resin substrate with a thickness of 0.5 microns (20 millionths).
Benefits & Capabilities
Solves problems such as friction, excessive wear, seizing, galling and fretting
Overcomes or reduces mechanical lubrication problems, improving performance and extending service life.
Eliminates and reduces costly maintenance problems that cause breakdowns and expensive downtime by stopping galling, fretting and friction caused by dissimilar metals and their different hardness factors.
Maintains the dimensional integrity of the substrate to within 0.5 microns with no build-up.
Withstands loads to 100,000 psi (or load capacity equal to a substrate) and operates in the temperature range of -460°F to 1200°F (-273°C to 650°C).
Offers lubricity throughout its texture.
Is inert, inorganic, non-toxic, non-distortive, non-corrosive and resistant to most fuels and solvents. It is compatible with and enhances the performance of all oils and greases.
Resists carbon buildup due to its extremely low coefficient of friction, less than half that of Graphite, Moly (MoS2) and Teflon.
Molecularly bonds to all materials and platings and can only be eliminated by removing the bonded substrate
Appearance | Blue Silver Grey |
Coefficient of Friction | 0.06 to 0.15 |
Substrates | All ferrous or non-ferrous metal Man-made solids & plastics |
Cure Time | No cure time is required when applied at ambient temperature |
Applications | Chucks, Collets and Tools Circuit Breakers and Switches Compressors and Rheostats Cryogenic Pumps Electrical Connectors Engine and Drive Train Parts High Vacuum Applications Machine tools, Pins, Taps Magnetic Heads Pilot Valves, Chain Saws Rubber Gaskets, “O” Ring Seals Seamer Rolls Slide Mechanisms |