MAUSER Ultimate VDS Turbo SAE 5W-40

MAUSER Ultimate VDS Turbo SAE 5W-40 crafted from PAO (Polyalphaolefin) for a fully synthetic composition, introduces a low-friction solution enhanced with a unique and verified technology. This lubricant is suitable for a broad spectrum of passenger vehicle engines, spanning petrol and diesel types, including those equipped with turbochargers and direct injection systems.

This advanced formula achieves remarkable viscosity stability, sidestepping  associated with polymeric viscosity enhancers while harnessing their benefits. Such innovation elevates engine protection, amplifies performance, maintains engine cleanliness, and extends the duration between oil changes. The technology embedded within ensures zero shear losses throughout the use interval and exhibits exceptional resistance to oxidation. This pioneering approach accelerates lubrication, significantly reducing friction, thus optimizing engine cleanliness and efficiency.

MAUSER Ultimate VDS Turbo SAE 5W-40 excels in reducing friction, diminishing wear and fuel consumption, all while ensuring superior cold start performance.

Moreover, MAUSER Ultimate VDS Turbo SAE 5W-40 provides assurance of engine operational safety across various driving scenarios, from the challenges of stop-and-go city traffic to the demands of high-speed motorway travel.

Advised for use within extended oil change periods as specified by vehicle manufacturers.

Application Note

MAUSER Ultimate VDS Turbo SAE 5W-40 is engineered for year-round energy-efficient operation in modern vehicles, including passenger cars, vans, small transporters, and the like, with petrol or diesel engines. This oil has been specifically formulated to support vehicles with turbochargers and catalytic systems, offering specialized care and protection for these components.

Characteristics

• High abrasion resistance.
• Fuel saving because of easy running characteristics.
• Excellent detergent and dispersant characteristics.
• Prevention of black sludge creation.
• Long endurance because of high oxidation stability.
• Excellent cold start performance.
• Very good viscosity temperature behaviour.
• Low evaporation.
• Suitable for catalysts.