Bearings A bearing reduces friction and supports rotational or linear movement between parts. This product provides reliable load support, controlled motion, and longterm performance in a wide range of equipment. Key benefits Reduces friction and wear to extend the service life of shafts, housings, and moving parts. Improves mechanical efficiency and lowers energy consumption by enabling smoother rotation. Controls alignment and motion, reducing vibration and noise for stable operation. Simple to install and , minimizing equipment downtime and maintenance costs. Available in common types and sizes to match application requirements. Core attributes Function: Supports radial and/or axial loads and facilitates rotation or linear travel with low friction. Compatibility: Works with standard shafts, housings, and seals; compatible with common mounting arrangements and drive systems. Size: Offered in a range of diameters and widths to suit light to heavyduty applications. Select the correct bore and outer diameter for fit and clearance. Material: Manufactured from hardened steel, stainless steel, or other engineering alloys depending on corrosion resistance and strength needs; lubricated for longterm performance. Performance: Designed for predictable load ratings, fatigue life, and operating speeds; performance depends on correct selection, lubrication, and installation. Typical applications Electric motors and pumps: Supports rotor shafts, reduces energy losses, and limits vibration for quieter, more efficient operation. Conveyor rollers and industrial machinery: Handles continuous radial loads and frequent starts/stops to maintain throughput and reduce maintenance intervals. Automotive and bicycle hubs: Provides smooth rotation, precise steering or wheel spin, and durability under varied loads and environments. Selection and maintenance notes Match bearing type and size to load direction, magnitude, and operating speed. Use appropriate seals and lubrication to prevent contamination and extend life. Verify shaft and housing tolerances before installation to ensure correct preload and clearance. For results, confirm the required bore, outer diameter, load rating, and material based on your equipment and operating conditions.