NANOSLICK designs the highest quality lubricants for almost all heavy equipment working in every type of rugged environment where moisture and dirt contamination are common. We understand the demands placed on equipment everyday, which is why we have tailored our lubricants for improved reliability and durability. Lubricants contain NanoSlick Arctic Technology specifically designed for superior performance under extreme cold conditions. Our lubricants have been proven in the field to exceed all expectations for efficiency and outstanding performance.
Bonds at Molecular Level
NanoSlick Lubricants adhere to any substrate surface through a molecular/mechanical interlock and takes on the characteristic of the substrate regardless of whether it is ferrous, non-ferrous, a composite, carbide, or plastic! Standard lubricants on the market are simply not capable of doing this! NanoSlick Lubricants also have a natural affinity for lubricants which results in oil-retention properties even in “wet" applications (It will help keep oil and grease where it should be!).
Polymers prevents washout and water emulsification.
NanoSlick Tungsten Heavy-Duty Grease is highly resistant to rust, water, and humidity in the environment and it offers exceptional mechanical stability under high shear. With an application temperature range of -4°F (-20°C) to 1472°F (800°C). Tungsten Heavy-Duty Grease also has a very high dropping point, which is above 608°F (320°C). Its high dropping point means that this tungsten disulfide grease won’t solidify at higher temperatures. Not only does Tungsten Heavy-Duty Grease have a very high dropping point, it also has the lowest coefficient of friction when compared to any other high temperature greases.
- Patented synthetic NLGI Grade 2, heavy-duty, multi-purpose lubricant with addition of PTFE micro powders
- Lowest coefficient of friction – 0.03%, unmatched by either Graphite, Teflon or Molybdenum Disulfide (MolyB)
- Rust Inhibiting Properties
- Corrosion Inhibitors
- Temperature Resistance from -45ºF to 450ºF
- Load Bearing Capability is Extremely High at 300,000PSI
- Polymers prevents washout and water emulsification