NanoEnergizer uses Nano Technology which is technology at the nanometer scale. NanoEnergizer is made from 20nm (1nm=0.001micron) platinum coated ceramic nano powder and is developed by Korea Institute of Nanotechnology.

NanoEnergizer creates a long lasting protective and effective engine restoration. These results in 5-20% fuel consumption saving and 3-9 times reduced carbon emissions with more benefits such has significantly enhanced engine performance and up to 5 times lowered noise levels.

What sets NanoEnergizer apart from other engine based lubricants is that we are the only ones using platinum coated nano ceramic compared to the regular oil based lubricants. The ceramic based element gives it an edge compared to regular Metallisation products. The platinum in the compound promotes combustion and the ceramic is able to withstand high temperatures (up to 2750 Celsius).

It is 20 times stronger than steel and has a higher heat resistance thus giving it a longer life span of up to 30,000 per use. The NanoEnergizer comes in packs of 30ml, which is simply poured into the engine block, allowing science to take its course in enhancing and restoring engines. Due to the constant abrasive motion between the piston and the cylinder walls, the engine block suffers from wear and deterioration. NanoEnergizer is able to protect and restore the engine block to peak condition.

In short, by applying Nano Energizer you are giving the engine a ceramic platinum coating. With this coating the efficiency of an Internal Combustion Engine can be increased. Higher efficiency of the engine is reflected in improved performance such as:

1. Reduced fuel consumption
2. Increased power output
3. Reduced noise and vibration
4. Reduced oil burning
5. Reduced air pollution

The ceramic material used for the engine coating needs to have a low thermal conductivity and a high temperature stability, matched with thermal expansion which then bonds with the metal of the engine.

Nano Energizer forms a durable bond with engine's metal adding a high wear resistance and also corrosion resistance.