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- JA042XP0 Thin Section Ball Bearings/Four Contact Bearing 107...
- The outer spherical bearing is a deformation of the deep groove ball bearing (that is the 6000 type), which is designed to better fit the bearing seat.
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- JA040XP0 Thin Section Ball Bearings/Four Contact Bearing 101...
- The outer spherical bearing is a deformation of the deep groove ball bearing (that is the 6000 type), which is designed to better fit the bearing seat.
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- JA035XP0 Thin Section Ball Bearings/Four Contact Bearing 101...
- The outer spherical bearing is a deformation of the deep groove ball bearing (that is the 6000 type), which is designed to better fit the bearing seat.
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- JA030XP0 Thin Section Ball Bearings/Four Contact Bearing 76....
- Inch Size Thin Section Open Bearings range in bore diameters from 1.000 inch to 40.000 inches. The seven series in the product line range from .187 x .187 inch to 1.000 x 1.000 inch in cross section.
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- JA025XP0 Thin Section Ball Bearings/Four Contact Bearing 63....
- Inch Size Thin Section Open Bearings range in bore diameters from 1.000 inch to 40.000 inches. The seven series in the product line range from .187 x .187 inch to 1.000 x 1.000 inch in cross section.
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- JA020XP0 Thin Section Ball Bearings/Four Contact Bearing 50....
- Inch Size Thin Section Open Bearings range in bore diameters from 1.000 inch to 40.000 inches. The seven series in the product line range from .187 x .187 inch to 1.000 x 1.000 inch in cross section.
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- JHA17XL0 Thin Section Sealed Bearings With Size 1.875*1.5*0....
- The unique internal geometry allows radial loads, thrust loads and moment loads in any direction to be applied individually or in any combination.
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- JHA15XL0 Thin Section Sealed Bearings With Size 1.875*1.5*0....
- The unique internal geometry allows radial loads, thrust loads and moment loads in any direction to be applied individually or in any combination.
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- JHA10XL0 Thin Section Sealed Bearings With Size 10*20*10mm
- The unique internal geometry allows radial loads, thrust loads and moment loads in any direction to be applied individually or in any combination.
