WTNano is powered by Nanol technology which uses organometallic chemistry to produce tribofilms on metal surfaces. The WTNano additive consists of copper oleate particles in stable molecules which ensures the additive is truly oil soluble. The copper nano-particles are formed in-situ using a three-phase chemical process. Because of this unique system, WTNano does not affect the functioning of other oil additives or react with other oil components.

The WTNano additive acts as a transport system to move copper nano-particles to worn metal surfaces. The deposited nano-particles immediately reduce internal friction, especially in newer engines, which reduces fuel consumption and increases engine power.

Copper ions form a protective copper layer on the friction surface through a chemical reaction. This reduces engine wear and the copper layer reduces gaps in the engine mechanism. A tighter engine works more efficiently and reduces fuel and oil consumption, as well as the emissions.

The WTNano additive can reabsorb the copper particles that become dislodged, which enables ReNano to self-heal and ensure sustained robust performance. Using the additive after every oil change is beneficial because this way the protective anti-wear coating created by the additive will remain active, which guarantees optimal protection of the engine.