Bearings
Maximize the performance of your bearings with properly impinged Tungsten Disulfide dry film lubricant processed by Applied Tungstenite. An extremely thin impinged coating of Tungsten Disulfide produces exceptional results for your bearings, by reducing friction and expanding wear life.
Impinged Tungsten Disulfide
Provides: Exceptional lubricity in extreme conditions.
-460°F to 1200°F in normal atmosphere and
-360°F to 2400°F in a hard vacuum.
Reduces: Outgassing, micro-welding and galling to
dramatically extend wear life.
Forges: A strong bond to the substrate by high
velocity impingement.
Creates: One uniform thin layer 0.5 microns thick.
There are no binders or extra tolerances to
be considered.
Adds: An extra layer of lubrication to conventional
oils and greases, with a coeffient of friction
as low as 0.035
Certified to go to Mars
Applied Tungstenite's aerospace certification is your assurance that our company processes to the proven technology of AMS 2530 in order to achieve the highest standards of excellence. If the bearings in your high performance engine, endoscope, security camera, or skateboard are coated by Applied Tungstenite they too are certified to go to Mars.
Highest Quality Services At Competitive Prices
WS2 Technical Information
Composition:
A single layer of Tungsten Disulfide at .5 microns thick
Molecular weight of 248.02
Density of 7.4 gms/cc
Hardness of 30 Rockwell C
Non-magnetic
Uniform silver-gray in color
Substrates:
All ferrous and non-ferrous metals and selective manmade solids and plastics.
However, the harder the substrate, the better the bond.
Adhesion:
High velocity impingement applied at ambient air temperature.
No cure time required
No binders or additional adhesives
Temperatures Range:
-460°F to 1200°F (-273°C to 650°C) in normal atmosphere
-360°F to 2400°F (-188°C to 1316°C) in hard vacuum
Load Capacity/Pressure:
Same as substrate to 300,000 psi
Coefficient of Friction:
Dynamic 0.035 Static 0.07
Coefficients lower then .05 are attainable but will vary with humidity
Chemical Stability:
Inert, non-toxic and non-corrosive
Accepts petrochemical oils and greases, synthetic oils, silicone lubricants and hydraulic fluids.
Does not prevent corrosion of substrate
Lox Compatibility:
Insensitive to detonation by or in the presence of oxygen