High protection against wear, rust and corrosion ensuring maximum equipment lifetime.

Superior oxidation and thermal stability avoiding sludge formation even at high temperatures.

High viscosity index and shear stability for a wide range of operating temperatures.

Rapid air release properties to avoid equipment damage related to cavitation.

Good filtration, water separation and excellent hydrolytic stability to ensure a clean hydraulic circuit and avoiding filter blockage.

Long drain intervals compared to standard ashless technology.