XADO 1 Stage is a high-potency revitalizing compound engineered for the comprehensive repair and anti-wear protection of gasoline, LPG, and diesel engines. Featuring an optimal concentration of active nanoparticles, this formula initiates a molecular-level reconstruction of internal components directly during vehicle operation.

As the engine runs, the revitalizant utilizes frictional energy to synthesize a high-strength ceramic-metal (cermet) coating on all working surfaces. This process compensates for accumulated wear, effectively returning engine parts to their original factory dimensions and mechanical characteristics.

Core Performance Advantages

Geometric Restoration: Rebuilds worn friction surfaces to reclaim nominal factory clearances.

Structural Fortification: Forms a resilient metal-ceramic layer that protects against extreme overloads and overheating.

Operational Stability: Improves compression, oil pressure, and fuel efficiency by reducing internal drag.

Universal Compatibility: Safe for use in all modern and classic engine types, regardless of fuel type or turbocharging.

Fluid Integrity: Chemically inert regarding motor oil; it does not alter viscosity or the physical-chemical properties of synthetic or mineral oils.

Technical Characteristics

Active Base: High-density nanoparticle Revitalizant® complex.

Protective Duration: Once the cycle is complete, the restored surface remains protected for up to 62,000 miles (100,000 km).

Cycle Completion: The revitalization process is formally stabilized after a minimum of 620 miles (1,000 km) of regular driving.

Application Protocol (Single-Stage)

The 1 Stage formula is designed for maximum efficiency, requiring only one application to achieve a full restoration cycle.

Pre-Heat: Ensure the engine is at its standard operating temperature (warm).

Introduction: Add the contents of the product directly into the engine's oil filler port.

Activation: Start the engine and allow it to idle for 3–5 minutes to ensure the compound is fully distributed throughout the lubrication system.

Integration: Drive the vehicle as usual. The chemical synthesis of the cermet layer begins immediately as the friction pairs engage under load.

Crucial Maintenance Notes

Oil Change Schedule: To ensure the nanoparticles have sufficient time to bond with the metal surfaces, do not change the motor oil until you have reached the 1,000 km (620 miles) mark following application.

Diagnostic Check: Noticeable improvements—such as smoother idling, reduced noise, and better throttle response—typically begin to manifest within the first 50–100 km of driving.

Made in Ukraine