Oil-impregnated copper-composite bearing bushing designed for rotating applications Key benefits Reliable self-lubrication: Oil-impregnated copper alloy matrix supplies continuous lubrication at the sliding interface, reducing the need for external grease and routine maintenance. Smooth, low-friction motion: Engineered for high sliding speeds in rotating assemblies, reducing wear on shafts and improving operational consistency. Robust material base: Copper-composite alloy provides durable bearing surfaces suited to repetitive rotational loads. Versatile compatibility: Works well in compact electromechanical devices where self-lubricating bearings are required. What this solves Eliminates frequent relubrication in small, enclosed drives where access is difficult. Reduces shaft wear and heat buildup caused by metal-on-metal contact in continuous-rotation parts. Simplifies maintenance and improves uptime for small motors and tools. Primary functions and attributes Function: Plain bearing/bushing for rotating shafts; provides sliding support and built-in lubrication. Material: Copper-composite base alloy with oil impregnation. Performance: Optimized for sliding speed and continuous rotation; designed to deliver consistent, low-friction operation in self-lubricating applications. Compatibility: Intended for use where rotating movement and self-lubrication are required (micromotors, household appliances, electric tools). Practical use scenarios Replacement bushing in a micromotor for small robotics or precision actuators where regular maintenance is impractical. Bearing for rotating components in household appliances (fans, pumps, small mixers) to extend service life and reduce noise. Bearing support in electric hand tools where high sliding speed and reliable, low-maintenance rotation are needed. Technical note This product is a self-lubricating copper-composite bearing bushing intended for rotating applications; select the correct bushing size and shaft tolerance for optimal performance.