High thermal and oxidation stability Favourable rust and corrosion control Prolonged oil lifetime Excellent air release Good filterability Compatible with seals and gaskets Low foaming tendency
Excellent thermal- and oxidation stability Superior dispersancy and detergency Exceptional cold start properties Improved protection against wear, corrosion and foam Outstanding oil film strength High pressure-absorption capability
Exceptional oxidation resistance Extra high thermal stability Superior anti-wear and extreme-pressure properties Robust rust and anti-corrosion performance Longer component life Excellent air and water separability
Superior thermal and oxidation stability Outstanding wear and deposit control Excellent detergent/dispersant properties Instant lubrication after cold start Steadfast oil drain intervals Favorable viscosity range Confident corrosion protection
Exceptional engine cleanliness Outstanding wear resistance Extended engine service life Seamless engine operation Optimal stability against aging Decreases pollutant emissions Immediate lubrication after a cold start Lowered fuel consumption
Excellent oxidation and thermal stability Outstanding anti-wear characteristics Remarkable water-separating properties Exceptional foam resistance Effective protection against rust and corrosion
Exceptional thermal and oxidation stability Superior wear resistance Enhanced corrosion protection Excellent anti-foam properties Ultra clean performance
Reliable engine operation in high temperatures Extended oil life due to antioxidant properties Corrosion and wear prevention Maintains cylinder cleanliness with strong detergent properties Prevents foaming while preserving oil film strength
Superior thermal and oxidation stability Excellent varnish and sludge control High load carrying capability Enhanced resistance to rusting and corrosion Outstanding anti-wear, demulsibility and anti-foam properties Exceptional water separability
Excellent wear resistance Exceptional lubricating properties High resistance to oxidation Stable viscosity at elevated temperatures Prevents foaming Neutral towards seal materials
Exceptional engine cleanliness Outstanding wear resistance Extended engine service life Seamless engine operation Optimal stability against aging Decreases pollutant emissions Immediate lubrication after a cold start Lowered fuel consumption
Exceptional thermal and oxidation stability Superior wear resistance Enhanced corrosion protection Controlled demulsibility Excellent anti-foam properties Neutral to seal materials
Good thermal and oxidation stability Stable lubricating film between friction surfaces Extended oil change intervals and equipment lifetime Rapid air release, coupled with low foaming Effective corrosion protection
Outstanding engine cleanliness Exceptional thermal stability and oxidation resistance Sustained engine component protection Optimized fuel consumption Minimized harmful exhaust emissions
Outstanding wear protection Exceptional sludge and deposit control Low tendency to foam Excellent anti-corrosion properties High pressure-absorption capability Extended equipment life Better compatibility with seal materials
Exceptional thermal and oxidation stability Superior wear resistance Enhanced corrosion protection Excellent anti-foam properties Ultra clean performance
Excellent protection for lubricated components Ensures a robust lubricating film Maximizes efficiency of the water removal system Minimizes the risk of unscheduled maintenance Extends the life of the oil charge, prolonging re-lubrication intervals
Superior fuel efficiency Effortless cold starts at low temperatures. Elevated viscosity index Enhanced engine cleanliness. Remarkable oxidation and thermal stability Exceptional wear protection
Long drain intervals Exceptional film strength and extreme pressure resistance Robust protection against rust and corrosion Extended equipment life Effective water separation and demulsification characteristics Low foaming tendency
Ensures superior performance and extends engine life. Reduces emissions and extends the lifespan of emissions control systems Provides exceptional wear protection Effectively manages soot produced during combustion Ensures reliable oil stability, even under severe operating conditions Optimizes lubrication properties Enables extended drain intervals