Lucas Oil High Mileage Oil Stabilizer

Capacity (Volume): 1 Quart
•Excellent at fighting off sludge
•Lubricates all internal parts to minimize wear in any engine
•Raises oil pressure
•Eliminates the noise, emissions and oil consumption associated with worn engine
Lucas High Mileage Oil Stabilizer is a 100% petroleum product - developed in the laboratory and tested in the field for maximum reliability. The product is a specially blended formulation of premium base oils and petroleum extractives for use in a wide range of engine and gear box applications. Lucas High Mileage Oil Stabilizer is meant to be used as an additive to existing engine or transmission oils.

Maximum lubricity is achieved with a mix ratio of 20% Lucas High Mileage Oil Stabilizer to 80% engine / transmission oil. This mixture is much slicker than oil alone, reducing friction and heat to allow optimum mechanical efficiency. Lucas High Mileage Oil Stabilizer creates a coating that clings to metallic surfaces, eliminating dry starts that create the most damage and wear in an older engine. This product is for use in ALL engine-driven vehicles, and HIGHLY RECOMMENDED for recreational vehicles, farm equipment, industrial equipment as well as construction and military vehicles and equipment.

For extremely worn GEAR BOX applications, product ratios from 80 to 100% can be effective in eliminating leaks, overheating and noise - especially for machines that experience extreme conditions and pressures. Badly worn engines can benefit from a product ratio of 60 to 100% to delay or eliminate complete overhaul. Lucas High Mileage Oil Stabilizer helps to control blow-by, dry starts and oil burning - maximizing efficiency, reducing harmful emissions and extending oil life.

Lucas High Mileage Oil Stabilizer can also be used as an IDEAL ASSEMBLY LUBE. It's ability to cling to metal engine parts makes it perfect for new engines, as it reduces the friction and heat of new, tightly-fitting components.

Lucas High Mileage Oil Stabilizer retains its viscosity and shear stability at high temperatures, allowing engines to operate at higher temperatures and more extreme conditions without the danger bearing or component failure.