USDO Advance 10W-40 E9

Description

RIVALEX USDO Advance 10W-40 CK-4/E9 is an ultra synthetic diesel engine oil formulated for next-generation diesel engines operating under high loads. With superior thermal stability and oxidation resistance, it ensures reduced engine wear, longer oil life, and increased cleanliness. Specifically engineered for long-drain service in heavy-duty trucks, buses, and off-road vehicles. Compatible with the latest emission systems and advanced EGR/DPF technologies.

Available Packs

API

Features

  • Ultra synthetic oil for superior engine protection
  • 10W-40 grade ideal for high-load diesel applications
  • Meets API CK-4 and ACEA E9 international standards
  • Designed for long drain intervals and high performance
  • Excellent soot handling, wear resistance & oxidation control
  • Suitable for trucks, buses, and off-road diesel engines

Performance

  • Provides superior wear protection under high-load and severe-duty operating conditions
  • Ultra synthetic formulation ensures excellent thermal stability and oxidation resistance
  • Delivers extended oil-drain intervals, reducing downtime and operating costs
  • Enhanced soot-handling capability to maintain viscosity and protect against sludge formation
  • Supports clean engine operation through advanced detergency and deposit control
  • Engineered for high-temperature stability and reduced viscosity breakdown
  • Fully compatible with EGR, DPF, SCR and modern emission-control systems

Applications

  • Designed for heavy-duty diesel engines in trucks, buses, long-haul fleets, and commercial vehicles
  • Suitable for off-road machinery, including construction, mining, and agricultural equipment
  • Ideal for next-generation engines requiring low-emission, high-performance lubricants
  • Well-suited for long-drain service in high-load, high-temperature environments
  • Perfect for vehicles equipped with advanced EGR/DPF/SCR after-treatment systems
  • Recommended for mixed fleets operating in harsh, dusty, or extreme-temperature conditions

Specification

  • High oxidation and thermal stability
  • Excellent wear, soot, and deposit control
  • Low volatility for reduced oil consumption
  • Emission-system safe (EGR, DPF, SCR compatible)