Royal Purple Ultra-Performance™ Grease

Royal Purple Ultra-Performance™ Grease (UPG) is a high-performance synthetic multipurpose grease designed to satisfy a wide range of industrial lubrication requirements.

It is recommended for bearings, gears, sliding surfaces, and general-purpose industrial applications. UPG combines synthetic base oils, an aluminum-complex thickener, and proprietary Synslide™ additive technology to deliver strong film strength, excellent wear protection, and reliable performance across a wide range of operating conditions.

UPG is compatible with and noncorrosive to ferrous alloys and yellow metals commonly used in gears, bearings, and rotating-equipment components. It is also suitable for case-hardened gears that may be susceptible to pitting when conventional sulfur-phosphorus extreme-pressure oils are used.

The product significantly increases bearing life and equipment reliability while helping bearings operate smoother, cooler, quieter, longer, and more efficiently.

PERFORMANCE ADVANTAGES
• Superior high-temperature performance
• High dropping point and thermal stability
• Outstanding wear protection
• Strong lubricating-film strength
• Protection against metal-to-metal contact
• Excellent protection under heavy and shock loads
• Exceptional resistance to water wash-off and washout
• Reduced bearing vibration
• Micro-mending action on contacting bearing surfaces
• Greater rust and corrosion protection
• Compatible with ferrous alloys and yellow metals
• Improved bearing life and equipment reliability

PROPRIETARY SYNSLIDE™ TECHNOLOGY
Synslide™ is a noncorrosive extreme-pressure additive technology that provides superior protection under boundary-lubrication conditions and centrifugal forces typically caused by heavy loads, shock loads, and slow operating speeds.

This technology creates a tough lubricating film that cushions loads and maintains separation between contacting surfaces. Its micro-mending action helps smooth bearing surfaces, reduce vibration, and promote smoother equipment operation.