This characteristic provides superior lubricant performance by maximizing graphite deposition and makes the product the industry standard for reducing tire and roller wear. The pressure on bearing thrust mechanisms is directly proportional to the coefficient of friction between the tire and the roller. There is always a slight misalignment between a tire and a roller, so the motion of the tire relative to the roller has a horizontal component. This horizontal motion component results in erosion and pressure on the bearing thrust mechanism. Increased graphite deposition, made possible by high porosity, lowers this pressure. Lower pressure on bearing end caps or thrust collars enhances bearing mechanical stability and generates less heat.
These soft, “cut-to-order” graphite blocks include rust and corrosion inhibitors, and anti-oxidants. Anion’s proprietary formulation of these blocks assures outstanding performance in all high-temperature, high-pressure applications.
Find out how Anion Graphite Blocks can solve your stressful bearing thrust mechanism problem once and for all. Contact Anion to discover how our proprietary Graphite Block formulation can increase your bottom line while significantly decreasing your plant maintenance costs.
For faster customer service call:
P.O. Box 487
Oakwood, GA 30566
1-877-264-0131
877-264-0132
Product | ISO Grade | Viscosity @ 40°C/100°C | Viscosity Index | Flash Point °C/°F | Pour Point °C/°F | Specific Gravity |
---|---|---|---|---|---|---|
Anion Omnigear 68 | 68 | 69/9.9 | 128 | 240/464 | =-48<55 | .88 |
Anion Omnigear 100 | 100 | 102/13.2 | 127 | 240/464 | =-45<49 | .87 |
Anion Omnigear 150 | 150 | 151.2/17.8 | 130 | 232/540 | =-45<49 | .86 |
Anion Omnigear 220 | 220 | 237/24.9 | 133 | 232/450 | =-37< 33 | .87 |
Anion Omnigear 320 | 320 | 309.6/28.3 | 123 | 232/450 | =-37<33 | .87 |
Anion Omnigear 460 | 460 | 480/41.0 | 133 | 232/450 | =-30<22 | .87 |
Anion Omnigear 680 | 680 | 609.2/44.5 | 121 | 232/450 | =-20<4 | 0.88 |