Bearings What this product is bearing components designed to enable smooth rotation by reducing friction and supporting radial and axial loads in rotating assemblies. Why you need them Improve efficiency and reduce wear by lowering friction between moving parts. Provide reliable, repeatable performance under a range of speeds and loads. Help extend the life of equipment by protecting moving parts from wear and misalignment. How it solves common problems Smooth operation reduces noise and vibration. Proper load support maintains alignment and reduces shaft deflection. Selections with seals or shields protect internal surfaces from dust, moisture, and contaminants. Key attributes we emphasize Function: support rotating shafts while minimizing friction and wear. Compatibility: available in standard metric and inch bore sizes to fit common shaft diameters and housings. Size: offered in a range of inner diameter, outer diameter, and width to suit different applications. Material: options typically include bearing steel (chrome steel), stainless steel for corrosion resistance, and ceramic for speed or special conditions. Performance: designed for general to speed applications with precision tolerances suitable for reliable operation. Typical materials and variants Chrome bearing steel for durability and good allaround performance. Stainless steel for environments requiring corrosion resistance. Ceramic variants for reduced weight, speed, or extreme conditions. Sealed or shielded designs to retain lubrication and exclude contaminants. Open designs for lubrication and inspection in clean environments. Size and compatibility details Available in a broad range of inner diameters, outer diameters, and widths. Suitable for standard shaft diameters and common housing designs. Can be selected to meet specific speed, load, and environmental requirements. Performance considerations Precision grades and tolerances support smooth, accurate rotation. Load ratings and speed capabilities vary by type; choose based on radial and axial load needs, rotation speed, and service life expectations. Lubrication options include greasefilled, oilfilled, or sealed configurations depending on the use case. Use scenarios or applications (23 examples) 1) Industrial machinery and conveyors: bearings support rollers and rotating components to enable smooth and reliable motion in harsh, continuousoperation environments. 2) Automotive and mechanical assemblies: bearings in wheel hubs, gear drives, or small motors provide dependable rotation and reduce wear over time. 3) DIY projects and hobby machines: bearings enable precise, lowfriction movement in customized tools, robotics, or model machinery. Selection and installation tips Determine the correct bore size, outer diameter, and width to fit your housing and shaft. Choose material based on environment (stainless for moisture, ceramic for speed or low friction needs). Decide between sealed, shielded, or open variants based on contamination exposure and lubrication method. Follow proper installation practices to avoid misalignment and overloading. Care and maintenance guidance Apply appropriate lubrication and lubrication as specified for the bearing type. Inspect seals and shields for wear or damage; if needed. Monitor for unusual noise, vibration, or heat, which may indicate wear or misalignment. Avoid overloaded conditions beyond the rated capabilities of the bearing. Notes on quality and consistency Manufactured to tight tolerances to support reliable, repeatable rotation. Designed for compatibility with common components and assemblies in a wide range of industries. Tested and selected to provide dependable performance in standard operating environments.