WHAT MAKES OUR FORMULAS

PERFORM AS THEY DO?

By the joining of our classified MoS2 technology and subsurface lubricant, we accomplish the optimum in both surface and subsurface lubrication between all metal moving parts. Our modified MoS2 provides solid surface lubrication by natural polarity and bonding to the metal surface. Our MoS2 has the unique ability to NOT bond again to itself thereby preventing buildup or caking found with some solid compounds such as PTFE or polytetraflourethylene (trademarked by Dupont as Teflon) and graphite. As soon as the initial 0.3 micron layer of our MoS2 is worn away, another layer is waiting in suspension in the oil to replate the metal. The result is a “wearing away” of MoS2 and NOT the metal itself. As our MoS2 performs, our subsurface lubricant actually penetrates into the metal surface and takes with it the lighter molecules of the base oil with which it is joined. Under the heat of operation, the process is reversed with our penetrating lubricant coming back out of the metal thereby providing the most advanced and effective fluid lubrication known to science. The result of this maximum level of both solid surface and fluid subsurface lubrication, is the total elimination of up to 50% of the wear normally encountered in mechanical equipment. Under spectrographic used oil analysis (before and after basis) it is common to see up to a 50% drop in wear metals by the 4th oil sample taken after initial application of our formulas.

Molybdenum Disulfide has long been placed in the general category of a “Friction Modifier” and as shown in following information, over 40 years of testing has proven it to be the most effective and widely used of any solid lubricating compound. It must be clearly understood that our MoS2 is a solid particle in colloidal suspension and NOT an oil soluble molybdenum compound such as molybdenum dithiophosphate which is unstable to the point of ultimately causing metal corrosion. Our formulas are not synthetics even though they are compatible with all synthetic base oils either synthetic hydrocarbon or ester.


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