Bearing Key benefits Reduces friction and wear between moving parts to improve efficiency and extend component life. Ensures smooth, consistent rotation under load for quieter, more reliable operation. Improves alignment and load distribution to reduce maintenance frequency and downtime. Function and compatibility Primary function: support rotating shafts and allow controlled motion while minimizing friction. Compatible with standard rotating assemblies including motors, gearboxes, pulleys, rollers, and other shaftmounted components. Select the correct bearing type and size to match shaft diameter, housing, load direction (radial or axial), and operating speed. Important attributes to consider Size: confirm inner bore, outer diameter, and width to ensure a proper fit. Material and construction: designed from durable materials suited to bearing applications; choose materials and seals appropriate for your environment (temperature, contamination, corrosion). Performance: rated by load capacity and maximum rotational speed; proper lubrication and mounting are critical to achieve rated life. Practical use scenarios Industrial conveyors: supports rollers to reduce friction, extend roller life, and maintain consistent throughput. Electric motors and pumps: enables smooth shaft rotation and reduces vibration and noise for better efficiency. Light vehicle or equipment assemblies: used in rotating joints or wheel hubs to support radial and axial loads and improve reliability. How to choose and install Verify shaft diameter and housing dimensions before ordering. Match bearing type to expected load direction (radial, axial, or combined) and operating speed. Follow manufacturer recommendations for lubrication, seal selection, and mounting torque to maximize service life. If you need help selecting the correct bearing, provide shaft and housing measurements, expected loads, and operating conditions for a precise recommendation.