Treatment results:
Increases, equalizes and maintains cylinder compression
Normalizes "blow-by"
Restores oil pressure
Reduces fuel consumption
Increases horsepower
Improves acceleration
Decreases noise and vibration
Improves cold starts
Decreases harmful emissions
Reduces unscheduled downtime
Extends miles until overhaul
Typically shows noticeable improvements within 15 minutes (in high-mileage engines) and the process is complete in 1,250 miles
Restores and protects metal-to-metal surfaces against wear
Lasts up to 65,000 miles.
Technical Specs
FriktionTek® is an eco-friendly product. It is non-toxic and non-flammable. FriktionTek® Ceramic Engine oil additive consists of a natural ceramic compound suspended in a synthetic gel. It contains no PTFEs, metals, detergents, or waxes. Unlike some other ceramic treatments, FriktionTek® does not contain harmful additives like chlorines and carbons.
Due to the particle size, FriktionTek® cannot clog oil filters or hoses. It only works on metal surfaces and has no effect on seals or gaskets. FriktionTek® is compatible with all oil types and oil additives.
Instructions
Warm your engine up to its normal running temperature.
Turn off. Add FriktionTek to the crankcase oil. DO NOT ADD TO THE GAS TANK.
Start engine and let idle or drive for at least 15 minutes.
For vehicles with more than 125,000 miles or those experiencing severe problems, a second dose may be necessary to completely optimize the coating.
Dose
Most Passenger vehicles (up to 10 qts of oil): one 18 ML cartridge
Medium duty trucks (11 - 20 qts of oil): 36 ML (two 18 ML cartridges)
Heavy duty trucks (21-30 qts of oil): 54 ML (three 18 ML cartridges)
Most long haul tractors: 90 ML (five 18 ML cartridges)
NOTE: FriktionTek works better on boundry friction than hydrodynamic friction zones. Cylinder walls and piston rings coat within 1,000 miles. Since there is much less friction, bearings may take much longer to see any effects of treatment. Oil may be changed after 1,250 miles even though bearing surfaces are still undergoing the work-hardening process.
