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Friction Less™ Products Contains:
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| Superior lubrication is achieved electrochemically using advanced Oil Additives (ASOA). The additives found in our Advanced Synthetic Oils bind to all moving metal parts creating a smooth operating surface which reduces friction, this in turns reduces heat and thermal breakdown. |
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Our anti-wear technology has been scientifically developed to protect moving metal parts from the negative effects of extreme pressure and operating conditions. This technology is based upon advanced methods of Tribology that improve lubricity and load carrying capacity. As a result the surface characteristics of all moving metal parts are improved resulting in diminished drag and greater efficiency. Friction Less™ accomplishes this through the utilization of long-chained halogenated hydrocarbons and other proprietary additives which form a chemical film on the contacting metal surfaces to which it is added. Friction Less™ is non-corrosive and environmentally friendly. |
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| Friction Less™ characteristics are "electro-negative", when exposed to increased thermal conditions, Friction Less™ reacts chemically bonding to contacting metal surfaces and creating a sustained film of protection across those surfaces. During this process, surface smoothing is accomplished; this improves the spread characteristics of the surfaces themselves. The final state of the opposing metal surfaces increases the fluid film strength even more, resulting in greatly reduced wear. The result is a virtual elimination of frictional wear and significant cooling of the entire lubricated area yielding higher energy savings and reduced metallic debris and acids in the oil. This is extensively proven through elemental oil analysis and Ferrography of the used oil, before and after the use of Friction Less™. |
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- Tribology (the science and technology of interacting surfaces in relative Motion (physics)" motion. It includes the study and application of the principles of friction, lubrication and wear.)
- Ferrography (a technique for analyzing the particles present in fluids that indicate mechanical wear.)
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