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| Motor Racing Bearings |
| All racing programs will benefit from the use of Ceramic Hybrids. Since people race anything from multi-million dollar Formula 1 cars, to John Deere lawn tractors, Some of the programs that will see significant gains are; |
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Endurance racing |
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Land speed attempts |
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Drag racing |
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Indy cars |
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Champ cars |
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Prototype racing |
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Club racing |
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Open wheel |
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Sprint cars |
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Stock cars |
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Snowmobile |
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Water craft |
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Go Karts |
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ATV's |
| Motorcycle Racing Bearings |
| Due to their extreme durability under adverse conditions and increase in performance, most types of Motorcycle applications will benefit form the use of Ceramic Hybrids. |
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Road racing |
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Drag racing |
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Endurance racing, on road and off. |
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Rally |
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Flat track |
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Speedway |
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Supermoto |
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Ice (lower lubrication requirements for ceramics is beneficial in cold climates!) |
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Vintage |
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Extreme off road series. |
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Motocross |
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Dual Sport |
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Street |
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Touring |
| Great advantages are achieved with machine tool applications |
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Grinding |
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Milling |
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Boring |
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Drilling |
| Aircraft accessories/aerospace |
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Generators |
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Gyros |
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Gearboxes |
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APU's |
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Turbine engines |
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Radar |
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Weapon Systems |
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Satellites |
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Robotics |
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Generators |
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Electric Motors* |
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Automated electronic assembly |
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Turbomolecular pumps |
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Diesel fuel injection pumps |
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Textile machines |
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Woodworking machinery |
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Food processing equipment |
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Drilling equipment |
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Automotive |
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Heavy Equipment |
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Dental drills |
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Centrifuges |
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X-ray tubes |
| *25% of all electrical energy produced is used to power some type of electric motor. Imagine the savings in resources if all motors were to run with ceramic hybrid ball bearings! |
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