ENEOS X SP/CF 10W-30: High-Performance Engine Oil for Superior Protection
ENEOS is renowned for producing high-quality motor oils tailored to the needs of modern engines. As an OEM supplier for leading Japanese car brands, ENEOS brings decades of expertise to New Zealand's engine oil industry.
Choosing the right engine oil is crucial when maintaining your vehicle's engine. ENEOS X SP/CF 10w 30 engine oil is the perfect choice for performance and enhanced protection as a high-performance engine oil designed to meet the demands of both Japanese and European vehicles.
Why Choose ENEOS X SP/CF 10W-30?
Advanced Formulation
ENEOS X SP/CF 10W-30 combines refined mineral-based oils with optimised additives. This advanced formulation ensures:
- Exceptional high-temperature oxidation stability
- Superior cold-start performance
- A robust lubrication film for engine protection
Versatility Across Vehicles
Whether you drive a Japanese or European vehicle, this oil delivers consistent performance and can adapt to various driving conditions.
Engine Longevity
ENEOS X SP/CF 10W-30 can extend your engine's life by maintaining a stable viscosity under extreme temperatures, adequately lubricating components, and reducing wear and tear.
Benefits of Using ENEOS X SP/CF 10W-30
The right oil is crucial for optimising engine performance and reducing maintenance costs. ENEOS X SP/CF 10W-30 has many benefits:
- High-temperature stability prevents oil breakdown under extreme heat, ensuring your engine operates smoothly.
- Improved Cold-Start Performance ensures quick lubrication during cold starts, reducing engine stress.
- Fuel Efficiency helps maximise fuel economy by reducing friction within the engine.
- Cleaner Engine keeps the engine clean by minimising sludge and deposits.
Why 10W-30 Engine Oil
The viscosity grade of an engine oil is critical in determining its performance. ENEOS X SP/CF 10W-30 provides an excellent balance, making it suitable for various climates. The "10W" ensures smooth oil flow during cold starts, while the "30" maintains consistent viscosity at higher temperatures.