Performance:
High-flow molecular bonding technology effectively controls the thickening of engine oil caused by soot accumulation, and maintains superior total base number retention during a longer oil change interval;
Excellent low-temperature fluidity is beneficial for the cold start of the engine at low temperatures, thereby significantly reducing dry friction;
Excellent high-temperature thermal stability and low volatility, maintaining high-temperature lubricity, significantly reducing fuel consumption, and extending the oil change interval;
Excellent detergency and dispersancy properties prevent the formation of carbon deposits, varnish, oil sludge, and other sediment in the engine system, keeping the engine clean;
With good rust resistance, it can protect the engine from corrosion caused by strong acidic combustion by-products;
The low ash formula design effectively controls engine exhaust emissions, which is beneficial to atmospheric protection.