DaTo ACTIVE 500 (15W-40) Heavy Duty Diesel Engine Oil

Description

High-Performance Heavy-Duty Diesel Engine Oil (HDEO)

Product Description
DaTo ACTIVE 500 is a premium heavy-duty diesel engine oil engineered for high-performance and reliability in demanding conditions. Formulated with a powerful blend of advanced additives and highly refined base oils, it delivers exceptional engine protection, cleanliness, and durability.

Designed to handle the rigors of modern diesel engines, DaTo ACTIVE 500 effectively controls soot formation and removes harmful combustion particles. This helps maintain engine efficiency, reduce wear, and extend service life, even under heavy loads and prolonged operation.

Its advanced formulation ensures superior thermal stability, oxidation resistance, and long-lasting performance, making it an ideal choice for commercial vehicles and heavy-duty applications.

Key Features & Benefits

• Advanced Additive Technology
  Enhances engine protection and overall performance
• Premium Base Oil Composition
  Ensures excellent lubrication and thermal stability
• Effective Soot Control
  Minimizes deposit formation and engine wear
• Superior Engine Cleanliness
  Keeps critical components clean and efficient
• Heavy-Duty Diesel Performance
  Tailored for modern diesel engines under tough conditions
• Wear Protection
  Reduces friction and extends engine life
• Extended Oil Drain Capability
  Maintains performance over longer service intervals
• Oxidation & Corrosion Resistance
  Protects against sludge, rust, and oil degradation
• Fuel Efficiency Support
  Helps maintain optimal engine efficiency
• Reliable Under High Loads
  Performs consistently in demanding environments

Product Performance Highlights

DaTo ACTIVE 500 is engineered for long-lasting protection and stable engine performance. Its advanced formulation ensures:

• Strong lubrication film under extreme pressure
• Reduced sludge formation and piston deposits
• Improved engine cleanliness over long service intervals
• Reliable cold start protection in low temperatures
• Consistent viscosity stability under heat stress