Major Benefits

for

Industrial Uses

New Chemical Grafting technology discovery

• Chemically grafts: anti-wear, anti-friction and reconstructive properties onto surfaces of working metal parts

• Chemical grafting occurs through the interaction of chemicals, pressure between the parts and temperature of the part's rubbing surfaces

• Modifies surface metallurgy and improves any lubricating oil, grease or fluid

• Reduces metal part's wear by 90%, compared to 5% of previous technologies

• Performs in all types of industrial machinery, auto engines and transmissions

• Virtually eliminates WEAR

• Machinery lifetime will be extended many fold

• New chemical formula contains no: Teflon, graphite, chlorine, moly, lead, zinc, copper, paraffin or other particulate compounds and no inexpensive fillers such as petroleum distillates

• A pure liquid with no solid particles to collect and clog oil passage ways.

• Cannot sinter in engines from combustion heat and become abrasive causing surface scoring as Teflon, graphite, moly etc. can

• Tested and proven by long term industrial users, research labs and NASA

• Provides a continually renewing mechanical barrier against WEAR and FRICTION never before attainable

• Reverses the wearing out process in all machinery

• Reconstructs worn metal part's surfaces in older machinery

• Reduces internal FRICTION

• Reduces repair costs dramatically

• Reduces down time

• Reduces energy consumption up to 5%

• Reduces operating temperatures

• Increases machinery performance

• Extends time interval between lubricant changes

• Saves lubricant change out labor and replacement cost

• Reduces environmental pollution from contaminated used oil

• Reduces used lubricant hazardous material disposal costs

• Improves wear resistance of best selling lubricating oils by 38 times

• Benefits quickly proven in industrial equipment with oil analysis tests

• Benefits quickly proven in auto engines with Before and After cylinder compression tests

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