The key features listed highlight the qualities of a high-performance engine oil, designed to deliver reliable and effective lubrication across various conditions. Here’s a detailed explanation of each feature:
High Shear Stability: The oil maintains its viscosity and lubricating properties even under high mechanical stress, such as high speeds or heavy loads. This ensures that the oil continues to provide effective protection and lubrication, preventing breakdown and maintaining engine performance.
Optimum Stability to Aging: The oil is formulated to resist oxidation and degradation over time. This stability ensures that the oil maintains its protective and lubricating properties throughout its service life, reducing the need for frequent oil changes and ensuring consistent engine protection.
Optimum Lubrication Under All Operating Conditions: The oil is designed to perform well across a wide range of temperatures and operating conditions. Whether the engine is running in extreme heat, cold, or varying speeds, the oil provides consistent lubrication, ensuring smooth engine operation and protection.
Tested for Catalytic Converters: The oil has been tested and proven to be compatible with catalytic converters. This means it does not produce harmful deposits or residues that could impair the function or efficiency of the catalytic converter, ensuring compliance with emission standards.
Especially Suitable for Wet Clutches: The oil is formulated to work effectively with wet clutches, providing the right balance of friction and lubrication. This ensures smooth and reliable clutch operation, preventing slippage and wear, which is critical for optimal performance in vehicles with wet clutches.
Guarantees Low Oil Consumption: The oil is designed to minimize evaporation and loss, ensuring that the engine uses less oil over time. This helps maintain proper lubrication levels, reducing the frequency of top-ups and contributing to overall engine efficiency.
Excellent Wear Protection: The oil offers superior protection against wear by forming a durable lubricating film on engine components. This reduces friction and wear, extending the lifespan of engine parts and ensuring reliable engine performance even under demanding conditions.
These features indicate that the engine oil is engineered to deliver high performance and protection, particularly in engines with specific requirements such as wet clutches and catalytic converters. Its ability to maintain stability, provide consistent lubrication, and protect against wear makes it suitable for a wide range of vehicles and operating conditions.