CANROYAL GASOLINE ENGINE OIL SAE 20W50 API SL

DESCRIPTION:

Canroyal Maxpower Gasoline Engine Oil Classic Grade SAE 20W-50 API SL (5000 KM) is a high-viscosity, premium-quality motor oil formulated from 100% virgin base oil and advanced additive systems. Specially engineered to offer reliable protection for high-mileage, classic, and heavily loaded passenger cars, it provides strong oil film thickness to protect engine components under severe heat and stress. Its durable formula helps prevent oil breakdown, controls sludge buildup, and delivers dependable lubrication for up to 5,000 kilometers under standard operating conditions.

APPLICATIONS:

Recommended for older and modern gasoline-powered engines requiring SAE 20W-50 viscosity grade and API SL performance standards. Ideal for passenger cars, light commercial vehicles, SUVs, and high-mileage engines operating in warm ambient climates or under heavy driving loads. Suitable for vehicles meeting or exceeding OEM requirements such as ACEA A3/B3, Ford, GM, PSA, BMW, VW, Lexus, Nissan, Audi, and Mercedes-Benz specification guidelines

PROPERTIES:

• Formulated from 100% virgin base oil for consistent quality and dependable engine protection.
• Heavy-duty SAE 20W-50 viscosity grade maintains superior film strength in high-temperature environments.
• Engineered to provide reliable performance and protection up to 5,000 kilometers.
• High thermal stability guards against oil oxidation, degradation, and thickening.
• Outstanding protection against mechanical wear on critical components such as cams, lifters, and bearings.
• Active detergency controls engine sludge, varnish, and harmful deposit formation.
• Helps seal clearances in older or high-mileage engines to reduce oil consumption and exhaust emissions.
• Excellent rust and corrosion inhibition protects internal metal surfaces.
• Meets or exceeds ACEA A3/B3 and major European, American, and Asian vehicle manufacturer requirements.
• Promotes reliable, smooth engine operation under demanding stop-and-go and high-temperature conditions.