0
Bakı şəhəri
Menu
Specifications
SAE 85W-140
Recommendation
API GL-5 LS (Limited Slip)
MIL L 2105 D
A universal, all-season, high-viscosity mineral-based gear oil designed for safe and reliable operation of self-locking differentials (limited slip – LS), main gears with hypoid pinions, and other manual transmission components featuring bevel, worm, and cylindrical gears that operate under extreme (including impact) loads and high temperatures.
The unique high-viscosity mineral base oil of the highest quality retains optimal viscosity at high operating temperatures and pressures. In combination with a latest-generation additive package in elevated concentration, it ensures excellent antifriction performance, contributing to significant fuel economy;
The high EP-additive content and optimized composition provide excellent antiwear and superior anti-scuffing protection, significantly extending the service life of mechanical components even under the most extreme conditions and temperature ranges. The oil film exhibits very high resistance to extreme pressures and temperatures, prevents differential locking and reduces piston wear;
Maintains proper low-temperature performance, ensuring easy starting and reliable lubrication at ambient temperatures as low as –20°C, under any operating conditions;
Exhibits increased thermal-oxidative stability, resistance to thermal degradation and aging, keeping mechanisms exceptionally clean, extending oil drain intervals, and reducing maintenance costs;
Reduces noise during operation;
Does not corrode non-ferrous metals;
Fully compatible with sealing materials, preventing swelling, hardening, or shrinking — reducing spare parts and repair costs.
Applications:
Recommended for use in manual transmissions of passenger cars, heavy-duty transmissions of highway vehicles (freight trucks, buses, etc.), off-road machinery (construction, mining, agricultural), and special-purpose equipment from European, American, and Asian manufacturers requiring lubricants with GL-5 LS service performance.
