Bearings are precision components used to enable smooth rotation and to support radial and axial loads in rotating assemblies. They reduce friction, improve efficiency, and help extend equipment life. Key benefits Reduces friction and wear between moving parts, improving energy efficiency and uptime. Supports radial and axial loads depending on bearing type, enabling reliable operation in rotating shafts. Maintains alignment and reduces vibration for quieter, smoother performance. Wide compatibility with standard shaft diameters and housings; sizes and configurations vary by model. Material options include steel for strength, stainless steel for corrosion resistance, and ceramic variants for speed or temperature applications; select model based on environment and load requirements. Precision and reliability suited for demanding applications; available in multiple tolerance grades as per model specification. Important attributes Function: enables lowfriction rotation while bearing loads in the shaft assembly. Compatibility: check exact model for bore diameter, outer diameter, width, mounting type, and housing fit; designed for standard interfaces. Size: available in a range of bore and outer diameters; refer to modelspecific dimensions. Material: common options are steel, stainless steel, and ceramic variants; material choice affects corrosion resistance, speed, and temperature performance. Performance: rated for dynamic and static loads and specified speeds; please consult the product datasheet for exact figures. Applications Industrial machinery maintenance: worn bearings in conveyors, pumps, and gearboxes to restore efficiency and reduce downtime. Automotive and vehicle components: bearings used in wheel hubs, alternators, pumps, or other rotating assemblies requiring reliable rotation. Robotics and DIY projects: provide smooth, precise rotation for wheels, actuators, or manual or motorized axes in custom builds.