XADO is applicable and showed excellent results in the following applications:

New and Used Gas and Diesel Engines (Both Domestic and Industrial)

• Reduces fuel consumption on idle up to 30% and up to 5% under driving conditions
• Increases engine power and torque
• Increases (up to 42.5%) and equalizes compression in the cylinders
• Tenfold decrease in concentration of CO and CH in exhaust fumes
• Decreases oil burn-out loss
• Reconditions and protects the rubbing parts against wear
• Reduces friction coefficient up to 300 times
• Lowers noise and vibration up to 10 times
• Stabilizes operation under any working conditions
• Decreases polluting emissions
• Extends protection in case of emergency oil leakages
• Lowers requirements for oil quality and allows for longer operation time between oil changes.

• Up to 15% fuel savings, especially in all-wheel drive cars.
• Lowers noise and vibration;
• Restores of geometry of gears and bearings;
• Smoothes and fills up cavities

• Backlash reduction
• Increases useful life
• Restores worn-out metal
• Reduces humming and roar.

• Restoration of factory specifications (dimensions and clearances) at about 80% wear
• No seizure of the unit
• Resistance to the aggressive environment
• Eliminated ovality and conicity in reciprocating groups
• Restored worn out surfaces by up to 0.5mm
• Decreased noise and vibration level

• Restored wear out and decreased gaps in the rubbing pairs of bed slides, gearboxes, shafts and spindle units
• Restored accuracy of characteristics of the machine-tool up to the specifications
• Decreased noise and vibration level
• Increased pressure and improved operation of the hydrosystem
• Decreased energy consumption by up to 30%

• Decreased gaps in crank mechanisms
• Eliminated ovality and conicity in reciprocating groups
• Restored worn out surfaces up to 0,5 mm
• Increased oil pressure
• Reduced operating temperature
• Decreased noise and vibration level
• Hydro savings of up to 25%

• Restores worn out parts, bearings and gears
• Decreases gaps and clearances to optimal specifications
• Increases the surface hardness (up to 600 kg/mm2) of friction pairs, gear teeth and bearings
• Decreases working temperature of oil
• Increases oil pressure
• Decreases noise and vibration level
• Restores worn-out surfaces by up to 1.05mm
• Decreases energy consumption by up to 35%

• restored wear out, decreased gaps between shaft and bearing
• decreased noise and vibration level
• restore worn-out surfaces up to 0,05 mm
• save up to 15% of electric energy

• increased pressure and raised efficiency;
• decreased working temperature of the oil and hydraulic fluids;
• restored worn-out surfaces up to 0,1 mm of the parts, bearings and gears;
• decreased gaps and clearances up to the optimal specification
• increased the surface hardness (up to 600 kg/mm2) of the friction pairs, gear teeth and bearings;
• increased pressure of the fluids;
• decreased noise and vibration level, stabilized operation;
• decreased energy consumption (by up to 35%).

• increased pressure and raised efficiency;
• decreased working temperature of the oil and hydraulic fluids;
• restored worn-out surfaces up to 0,2 mm of the parts, bearings and gears;
• decreased gaps and clearances up to the optimal specification
• increased the surface hardness (up to 600 kg/mm2) of the friction pairs, gear teeth and bearings;
• decreased working temperature and increased operating pressure of the fluids;
• stabilized operation of the hydraulic system;
• decreased noise and vibration level;
• decreased energy consumption (by up to 30%).

• Increased pressure and raised efficiency;
• stabilized operation
• decreased working temperature;
• restored worn-out surfaces up to 0,1 mm of the parts, bearings and gears;
• decreased gaps and clearances up to the optimal specification
• increased the surface hardness (up to 600 kg/mm2) of the friction pairs, gear teeth and bearings;
• increased pressure of the fluids;
• decreased noise and vibration level;
• decreased fuel consumption down to 15%.

• restored wear out of parts, bearings and gears;
• decreased gaps and clearances up to the optimal specification
• increased the surface hardness (up to 600 kg/mm2) of the friction pairs, gear teeth and bearings;
• decreased noise and vibration level;
• restored worn-out surfaces (up to 1,5 mm);

• increased the surface hardness (up to 600 kg/mm2) of the friction pairs, gear teeth and bearings;
• decreased noise and vibration level;
• decreased energy consumption;
• elimination of wear of the working surface of formers and probes;
• elimination of micro-damages on the working surfaces of the formers;
• reliable protection of the formers against aggressive medium;
• long-term maintenance of preset accuracy of formers shape and dimensions.