No matter how well a car is maintained, high heat and friction cause a car’s engine to become worn, scratched, and mis-shaped over time.
XADO’s innovative patented nano-technology is the result of 20 years of research and development. When added to an automobile’s engine oil, Revitalizant rebuilds worn engine metal at the atomic level, reversing wear, restoring engine geometry, and coating engine metal with a layer of ceramic-metal to protect against future wear. Revitalizant is activated by high-heat and friction, so it only repairs metal at high-friction points where metal wear occurs. Revitalizant leaves crank-cases and non-friction metal unaffected. The protective layer of Revitalizant does not cake, flake, or alter oil viscosity. This makes it safe to use in even the most sensitive vehicles. 1 Stage is compatible with all motor oils, from full-synthetic to mineral. XADO’s Revitalizant technology has been independently tested and proven to work.
The word revitalization (latin. vita — life) can be literlly interpreted as "bringing back to life". The discovery of the revitalization phenomenon is based on the unique physical and chemical processes as a result of friction which occurs under specific conditions.
In brief, the essence of the phenomenon is as follows: when a mechanism is operating, stress is formed on the friction surfaces. Under high load excessive thermal energy is released destroying and wearing parts.
However, if a unique building material — revitalizant is introduced to the friction area, it converts the excessive energy to form a new coating. Therefore from friction's destructive energy positive conditions are formed. The energy of destructions turns into the energy of creation!
How does wear of operating surface occur?
The destruction of the surface layer occurs under loads in the friction zone. The metal atoms tear off from the surface and get into the lubricant.
The whole groups of atoms — clusters — can tear off under extreme loads. The catastrophic wear takes place.
Introduction of Revitalizant®. Beginning of the Revitalization proccess
Revitalizant® is introduced into the oil and gets onto the friction metal surfaces with it. In the zone of excessive thermal energy Revitalizant® acts as a catalyst for creation of a new surface. It activates absorption process of carbon by the surface layer which results in formation of metal carbides.
New coating formation
The creation process of a new durable protective coating occurs with the help of carbides and metal particles contained in the lubricant, which were rubbed off from the operating surfaces.
Finishing the surface modification
Due to diffusion of the protective layer into the metal, an extra durable gradient coating with positive pressing stress is formed along the whole depth at the ﬁnal stage.
As a result of revitalization the mechanism is completely protected from any overloads and will serve 2 to 4 times longer. The friction pair gains quasi wear free properties.