Moly EP Synthetic Plus Grease #0 is a multipurpose, extreme pressure wide temperature range grease that is specially formulated for use in all types of heavy duty automotive, construction, mining, farming and industrial equipment and electric motor applications that are being used under the most adverse conditions of excessive pressure, high shock loading, extreme hot and cold temperatures, and moisture.
Compounded from a unique blend of the finest select high viscosity index paraffin base oils and polyalphaolefin (PAO) synthetic base fluids available, Moly EP Synthetic Plus Grease is blended into an aluminum complex base thickener and selected additives. This formulation provides Moly EP Synthetic Plus Grease with the following outstanding performance features:
Excellent Low Temperature pumpability characteristics at temperatures as low ” ” as -50°F. A wide temperature application range of -50°F to 350°F.
Excellent resistance to water washout.
Excellent shear and mechanical stability.
Excellent antiwear and extreme pressure load carrying properties.
Excellent reversibility. This property allows Moly EP Synthetic Plus Grease to have the ability to retain its grease-like consistency and remain in the bearings during periods of heat, high shock loading, extreme pressures, and severe mechanical action.
Excellent rust and oxidation inhibiting characteristics.
Excellent resistance to oxidation.
The moly’s solid lubricant film also helps to reduce friction. This reduction in friction results in reduced wear and a reduction in contact area temperature. This in turn leads to increased equipment life, less downtime and extended lubrication cycles. Moly EP Synthetic Plus Grease also has excellent adhesive properties so Moly EP Synthetic Plus Grease will not wash out, pound out, splatter or squeeze out under the heaviest load or vibrations.
Moly EP Synthetic Plus Grease #00 is pumpable to -40°F
Applications: 274 is designed for heavy duty automotive, construction, mining, farming and industrial equipment and electric motor applications.
