Supreme 9000™ Full Synthetic Engine Oil 5W-20
Supreme 9000™ Full Synthetic 5W-20 is a full synthetic gasoline engine oil engineered to increase engine efficiency, extend engine life, and improve fuel economy. It's recommended for gasoline-fueled automobile and light duty truck engines, including turbocharged and supercharged engines, and provides extra protection during stop-and-go driving conditions.
Supreme 9000™ Full Synthetic 5W-20 meets and exceeds API Service Classification SP, Resource Conserving, and ILSAC GF-5 standards. It is also GM dexos1 Gen 2 compliant, making it suitable for a wide range of modern gasoline engines that require these industry-recognized specifications.
Supreme 9000™ Full Synthetic 5W-20 is a multi-grade gasoline oil engineered with premium synthetic base oils, an advanced performance additive package, and a viscosity index improver. This combination creates a longer-lasting oil that withstands a higher heat range than conventional oil.
Using proprietary friction modifiers, Micron Moly® and Penetro®, Supreme 9000™ Full Synthetic 5W-20 quickly plates to metal surfaces, forming a slippery, tenacious shield that prevents metal-to-metal contact. By reducing friction and wear, this process protects critical engine parts while increasing engine efficiency, engine life, and fuel economy.
Supreme 9000™ Full Synthetic 5W-20 also keeps engines exceptionally clean and free from oil residue and sludge, allowing the oil to flow freely and lubricate properly. For drivers in cold climates, the 5W-20 formulation offers superior cold cranking and oil pumpability at low temperatures, helping the engine start smoothly even in winter conditions.
What Are the Performance Benefits of Supreme 9000™ Full Synthetic 5W-20?
Supreme 9000™ Full Synthetic 5W-20 delivers a range of performance benefits for gasoline and light duty truck engines:
- Reduced timing chain and valve train wear
- Mitigates against low-speed pre-ignition (LSPI)
- Improves engine durability without sacrificing fuel economy
- Exceptional oxidative and thermal stability, especially at high temperatures
- Rapid circulation and pumpability in lower temperatures to minimize wear during start-up
- Reduced oil consumption
- Extended oil drain capability and intervals
- High viscosity index