Industrial Lubricants and Greases
OEMs continue to evolve equipment designs and operating conditions are becoming more severe. These changes increase stress on plain bearings, roller bearings, gears and couplings. One brand has evolved right alongside today’s equipment – MAG 1®. Only the most advanced greases meet the difficult challenges of effectively balancing performance, strength and durability.
MAG 1® Greases are specially designed to provide all-around balanced performance even in extreme operating conditions. They cushion the grind of heavy loads and protect surfaces for extended equipment life.
Available in a broad range of NLGI grades and fluid viscosities to support a broad range of applications, MAG 1 Greases provide the following benefits:
• Improved equipment life and reliability.
• Protect at a wide range of operating temperatures, pressures and speeds.
• Reduce friction at start up and running speed.
• Protect from water and particle contamination.
Powerful Anti-Friction, Anti-Wear Chemistry
MAG 1® provides outstanding control of friction and wear. Advanced molecules bond together to create a wear-resistant shield that works to build barriers that reduce friction and wear.
Withstands the Most Extreme Conditions
MAG 1® Industrial Lubricants provide unsurpassed protection even in the harshest conditions of hot and cold climates, pressure, power density, micropitting or oxidation, shrinking sump sizes or separation of air and water.
MAG 1 Greases are specially engineered and formulated to provide:
Extra protection for equipment life and reliability.
Outstanding wear, pitting and corrosion protection.
Long life even frequent start up and high speeds.
Optimize maintenance cost and uptime.
|Viscosity Grade||Lithium Grease||Lithium Grease w/ Moly||High Temp / WB Grease||Lithium Marine Grease|
|Dropping Point, °C (°F), Min.||ASTM D 2265||177°C (350°F)||177°C (350°F)||260°C (500°F)||260°C (500°F)|
|Operating Temp Range||-20 to -250°F||-25 to 250°F||-40 to 325°F||-|
|Oxidation Stability, PSI loss||ASTM D942||5||5||5||5|
|Roll Stability, % Change||ASTM D1831||>10||10||-||-|
|Thickener Type||Lithium 12-Hydroxy Stearate||Lithium||Lithium Complex||Lithium Complex|
|Water Washout % Loss||ASTM 1264||>15||10||5||5|
|Worked Penetration @ 77°F||ASTM D217||265-295||265-295||265-295||265-295|
|Four Ball EP Weld Point, Min||ASTM D2596||-||250||250||315|
|Four Ball Load Wear Index, Kgf||ASTM D2596||-||40||45||45|
|Four Ball Wear, mm Scar Dia||ASTM D2266||-||0.6||0.55||0.6|
|Oil Separation, % Loss Max.||ASTM D1742||-||10||2.5||3.5|
|Rust Prevention||ASTM D1743||-||Pass||Pass||Pass|
|Timken OK Load, LB||ASTM D2509||-||45||50||50|
|Copper Corrosion||ASTM D4048||-||-||1b||1b|
|Wheel Bearing Leakage||ASTM D4290||-||-||6.0||6.0|
Information accurate as of August 8, 2021