C-LUBE DRY FILM CERAMIC LUBRICANT™
Combines the durability of a ceramic resin with the lubricity of a ceramic lubricant.
C-Lube is a thermally cured Dry Film Lubricant designed to provide high pressure lubrication to surfaces subject to sliding, rotating or oscillating motion such as piston skirts and gears. The coating is also designed to aid in the more even transfer of heat, reducing hot spots. C-Lube applies in a thin film that allows the coating to be burnished to a film less than .0003” in thickness, allowing extremely tight clearances to be utilized. It may be pre-burnished prior to installation/assembly of a part or will burnish during operation. C-Lubecontains special lubricating ceramic fillers increasing the wear resistance and lubricity of the coating. The low 350°F cure temperature allows for the coating to be used on a variety of substrates. C-Lube may be used on both wet and non wetted surfaces. C-Lube is a water based material that contains no hazardous solvents.
Main & Rod Bearings Coated with C-Lube Dry Film Lubricant.
• Protective to above 1500°F
o Maintains adhesion at base metal temperatures in excess of 1500°F.
• Highly resistant to thermal shock
o Survives cyclic heating and cooling.
• Durable, semi-rigid
o Creates a hard, semi-rigid, ceramic-like finish that survives impact, as well as expansion and contraction without separating from the base metal.
• High load capability
o Lubricating pigments are capable of carrying loads in excess of 350,000 PSI.
• Corrosion and chemical resistant
o Resistant to most chemicals and acids while inhibiting oxidation.
• Water based, no hazardous fumes, non flammable.
o Unique water based system that fully cures at 350°F for one hour.
o Material cleans up easily before curing with water.
o Non flammable system with no V.O.C.’s (volatile organic compounds) is compatible with today’s emphasis on environmentally friendly products. C-Lube may be used on all metals except magnesium.
Part #CCL available in Quart & Gallon. Available to professional applicators only.