Hemofluid MULTIHIPO 75W-90 SINT
ISO 6743-6 API GL-5 / API GL-4 MB 235.8 MAN 33435 Scania STO 1:0 Mack GO-J API MT-1 ZF TE-ML 02B, 05B, 12L, 12N, 16F, 17B, 19C, 21B
Multihipo 75W-90 Sint is a multigrade fully synthetic gear oil formulated for the transmissions, differentials, and reducers of modern vehicles and machinery operating under high-pressure and heavy-load conditions. Its advanced synthetic base oils provide superior performance compared to conventional mineral gear oils, delivering extended service life and enhanced protection across the full range of operating conditions.
The fully synthetic formulation gives Multihipo 75W-90 Sint a high viscosity index, meaning it maintains consistent lubricating performance across a very wide temperature range. At low temperatures, the oil flows readily for easy shifting and immediate gear protection during cold startups. At elevated operating temperatures, it maintains a robust protective film that shields heavily loaded gear teeth, bearings, and synchronizers from wear, scuffing, and micropitting.
Key performance characteristics include excellent anti-wear properties that ensure efficient lubrication of heavily loaded assemblies, outstanding thermal stability and oxidation resistance that preserve oil quality over extended drain intervals, excellent anti-corrosion properties that protect internal metal surfaces, and superior fluidity at low temperatures for smooth gear engagement in cold conditions.
The oil provides effective protection for machine assemblies operating under direct metal-to-metal contact conditions, handling both constant and impact loads with ease. Multihipo 75W-90 Sint is suitable for heavily loaded manual transmissions, differentials, and reducers in passenger cars, light delivery vehicles, heavy commercial trucks, and off-highway equipment including road, construction, agricultural, and mining machinery. It is a premium synthetic solution for operators seeking maximum drivetrain protection, extended service intervals, and improved fuel efficiency through reduced friction losses.