EMGARD^® Axle

Emgard® FE 75W-90 synthetic gear lubricant is an API GL-5 extreme pressure gear lubricant for improved fuel economy in heavy, mid and light duty applications compared to typical petroleum 80W-90 or synthetic 75W-90 gear lubricants.

It is formulated using synthetic basestocks, which have a high viscosity index and an exceptionally low pour point. This lubricant contains extreme pressure additives, as well as rust, oxidation and corrosion inhibitors to protect gears and bearings operated under a wide variety of load conditions.

Emgard® XFE 75W-85 synthetic gear lubricant is a next generation formulation designed for industry leading fuel economy requirements. This lubricant contains EP additives and synthetic basestocks, specifically designed for hypoid gearing and long interval oil drains.

Emgard® XFE 75W-85 lubricant is recommended for applications requiring a fully synthetic base oil and EP additives. Typical applications include drive axles, transfer cases, and gear boxes where extra fuel economy is desired in commercial vehicles, farm machinery, and automobiles.

Emgard® EP 80W-140 synthetic gear lubricant is a heavy duty, extreme pressure,GL-5 gear lubricant. It is compounded using a synthetic basestock which has a high viscosity index and an exceptionally low pour point.

This lubricant contains extreme pressure additives, as well as rust, oxidation and corrosion inhibitors to protect gears and bearings operated under a wide variety of load conditions. The high and low temperature performance of this product exceeds those of conventional SAE 80W-90, SAE 90, and 85W-140 hypoid gear lubricants.

Emgard® 7169 FE 75W-140 synthetic gear lubricant is the next generation advanced technology formulation designed for industry leading fuel economy requirements.
The lubricant contains EP additives and synthetic base stocks specifically designed for hypoid gearing and long interval oil drains. Emgard® 7169 FE 75W-140 comes with improved oxidation stability to meet latest OEM targets for weight and oil reduction enabling higher efficiencies.