Neo Synthetics HP800 High Performance Wheel Bearing Grease

• Ideal for use in high temperature lubricated packing boxes, hot and cold rolling mills, slabbing mills, ladle pins, continuous casting wheels, converter bearings, overhead conveyor bearings; also bushings, bearings, and cutter head mechanisms on continuous mining machines
• Unexcelled for high speed, highly loaded couplings and splines found in steel mill operations. NLGI grade 1 1/2 designed for grease lubricated roll neck bearings and automatic grease dispensing systems. Also used for Tripod CV Joints, wheel bearings, and ball joints.
• Can be used on sensitive metallurgy including copper, silver, tin, aluminum, and their alloys
• Low bleed characteristics ensure protection at high temperatures and high radial forces
• Special additive technology and synthetic fluids give high film strength under EP conditions with exceptional oxidative and thermal stability

Waterproof HP 800 Multipurpose grease

NEO HP 800 Heavy Duty EP grease for plain and rolling element bearings, and sliding mechanisms operating in generally difficult conditions. Exceptionally resistant to water wash out including emulsions, NEO HP800 was designed specifically for precision rolling element bearings in high performance racing cars.

This grease is slightly thinner in consistency and has a higher viscosity synthetic fluid incorporated in its design as compared to greases normally used for passenger vehicles and is designed to lubricate to 425 degree C (800 degree F).

NEO HP800 multipurpose grease is designed for the peripheral speeds encountered by wheel bearings in racing which are 3 to 6 times that of passenger cars and prevent channeling of the grease under these conditions which requires a lighter consistency product.

Due to the excessive heat generated by oversized disk brakes, the fluid constituent of the grease is synthetic and of a higher viscosity to provide the proper oil viscosity at operating temperature, thereby preventing thin film rupture and excessive wear.

Special additive technology and synthetic fluids give high film strength under EP conditions with exceptional oxidative and thermal stability. Can be used on sensitive metallurgy including copper, silver, tin, aluminum, and their alloys. Highly specialized mixed base complex soap structure provides high dropping point, mechanical and thermal stability. Low bleed characteristics ensure protection at high temperatures and high radial forces.