Full synthetic motor oil additive. It significantly reduces wear. High-pressure wear protection additives create a very thin layer on the engine friction points that is moldable and low-friction under wear conditions. Its effectiveness lasts for at least 50,000 km. That produces these benefits: • Significant wear reduction • Extended engine service life • Fuel and emissions reduction through smooth-run effect • Optimal engine power, quiet running.
The MoS2 low-viscosity engine oil creates a heavy-duty lubricant film on all frictioning and sliding metal surfaces. It reduces friction, guaranteeing the aggregates run more smoothly. That produces these benefits: Significant fuel and oil saving, scientifically proven wear reduction, high reliability, antifriction properties.
Regenerates rubber and plastic engine seals such as shaft seals and valve stem seals and prevents oil stains under the vehicle. Counteracts oil dilution. Reduces engine noise and oil consumption through piston rings and valve guides.
Oil Smoke Stop reduces the oil consumption of gasoline and diesel engines via the piston rings and valve guides. It prevents blue smoke and oil mist and acts against the loss in viscosity in motor oils. Oil Smoke Stop increases the compression ratio and reduces engine noise. Provides extra protection in engines with high levels of wear. Extends the service life of catalytic converters.
Highly effective cleaning fluid for clearing the engine interior of troublesome deposits. Dissolves sludge and lacquer formers quickly and reliably. All types of oil-soluble and oil-insoluble residues are brought into suspension and removed during the next oil change. An engine which has been cleaned of deposits and contamination and which is then filled with fresh oil not contaminated with old impurities can develop its full performance characteristics. Wear in the engine is thus reduced and the service life is extended.
Cera Tec is a high-tech ceramic wear protection and can be mixed with all commercially available oils. Cera Tec reduces friction and wear by using chemically and thermally extremely high-resilient ceramic compounds. Prevents direct metal/metal contact, increasing the service life of the aggregate. The smooth-running effect reduces fuel consumption in gasoline and diesel engines.