HOW IT WORKS

• Nanopolisher works by forming a protective layer of graphene, the 21st-century wonder material, while the engine is running. The heat generated by friction in the engine creates graphene spheres that bind to the surface of metal parts.

• These graphene spheres smooth out the rough surface imperfections of metal parts, polishing them to near atomic-level perfection. This process eliminates 99% of surface roughness (Ra = <4 nm, RMS = <5 nm). Additionally, the spheres trap metal wear particles, preventing further abrasion.

• The result is a more efficient, longer-lasting engine with reduced friction and wear.

Graph of Metal Surface Rugosity (Ra)                                                                  Picture of graphene sphere over metal surface:

As the Nanopolisher cuts through the rough surface, the roughness level (Ra) is reduced, see the test below where initial Ra = 221.6 nm and has been polished to Ra = 3.4

The formed Nanocarbon spheres then remain permanently coating the surfaces of the parts, preventing future metal-to-metal contact. These NanoCarbon sphere are made of the hardest substance known to mankind (Graphene Oxide) and are harder than diamond.

NanoXD technology is a revolution in lubrication that PERMANENTLY REMOVES the source of all friction in engines – the asperities on the surfaces of machined metal parts. As asperities are removed from the surface of the metal parts, huge increases in fuel economy and power/torque are realized, along with drastic reductions (>90% max.) in harmful carbon emissions and increased reliability and longevity of equipment.  With atomic-level perfection of engine parts, no harmful excessive hots spots are created, meaning engines stay perfectly clean (without engine sludge) for hundreds of thousands of miles!

Recent real-world testing of Freightliner Class 8 (OTR) semi truck showed between 21.5% and 22.9% gains in fuel economy. These tests were done over 1,200 mile and 3,700 mile evaluation legs through 14 U.S. states.

The below pictured engine and oil was inspected after 220,000 miles

Image of Oil Pan treated with NanoCarbon:

Other motor oil’s EP/AW additives that attempt to coat surfaces cannot eliminate friction, only providing limited improvements.

NanoXD is fully compatible with all lubricants and current additives (except those containing Molybdenum Disulfide) and its use will not void any manufacturer’s warranty.

For instructions on how to apply, check here

Download Technical PDF Material here

• NanoXD technology has been tested in controlled environment, On-The-Road tested and also it’s already in use in real-world environment, running on engines on different types of vehicles:
  • Automobile running for more the 20,000 miles
  • Stock Car Racing – Used on several vehicles on regulated Stock Car Racing competition.
  • Long-Haul Trucks – Used by trucks such as Freightliner Class 8 (OTR) with interstate routes

As stated by formed Exxon Lubricant Specialist and Car Enthusiast:

“Incredible results “even” if I hadn’t experienced over 10% improvement on my first tank of gas after one treatment in my Acura NSX. This product will revolutionize lube technology. In my 34-year career with Exxon International, I never saw anything even close, and one of my assignments was International Lubricants and Specialties Manager.”   By W. DAVID MCCOY – former Exxon Lubricant Specialist   June 16, 2016

Looking for Right Oil for your vehicle?  Check here your product:

• 4 and 6 Cylinder Vehicles
• 8 and 12 Cylinder Vehicles and Small Trucks
• Class B Truck
• Class A Truck

MARINE ENGINES 

• NanoXD technology has been tested on high speed racing boats with great results on:
  • Increase on Torque
  • Fuel Economy
  • Engine Reliability

• All sealed engines benefit from metal improvements, such as NanoPolishing at molecular level.

AIRCRAFT ENGINES 

• NanoXD technology has been tested on single engine and multi engine aircraft. Results have shown an a promising improvement on aircraft engine reliability:
  • Reduction on Engine Noise, due to  decrease on engine friction
  • Fuel Economy
  • Engine Reliability

• All sealed engines benefit from metal improvements, such as NanoPolishing at molecular level.