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Reduce mechanical wear 90%, friction 40% and fuel usage 5% by adding a chemical catalyst formula to any lubricant.
A new technology is contained in the liquid formula of “Anti Wear 1”. It is added to motor oil or transmission fluid and to any industrial lube oil and grease.
The lubricant carries the catalysts which continually create improved surfaces on internal mechanical parts through “chemical grafting”. This results from a molecular nanotechnology process discovered by a former scientist from Caltech, Eugene Lally, now head of Dynamic Development Co. in El Toro, CA.
Nanotechnology continuously implants anti-wear and anti-friction properties onto metal surfaces of rubbing mechanical parts. New engines, transmissions and industrial equipment will perform better, last several times their design life and use less energy. Wear in high mileage engines, transmissions and industrial equipment will be reversed as surface molecules are reconfigured. Reducing the clearance between mating parts through rearranging surface molecules increases performance and fuel economy.
Cost savings are significant because the need of labor and parts replacement is reduced. This is a completely different approach to automotive and industrial maintenance. Only a small percentage of Anti Wear 1, one part in twenty, need be added to any lubricant in any type of mechanical equipment.
Long-term application tests proved molecular nanotechnology reduces surface wear by 90% and mechanical friction by 40% beyond lubricants alone.
Molecular nanotechnology is the new and easy maintenance technique to make automobiles and industrial mechanical equipment perform better and last longer. Cost savings never before attainable result. Anti Wear 1 is available in various size containers for automotive, industrial, aerospace and research applications.
For additional information contact:
Dynamic Development Co. Email antiwear@dynamicdevelopment.com
PO Box 582
El Toro, CA 92609
File: 0405awnr