Copper bearings play a crucial role in the operation system of numerous mechanical equipment.

Firstly, copper bearing shells play a supporting and load-bearing role. When the shaft rotates at high speed in the equipment, the copper bearing can stably support the shaft, withstand various loads such as gravity from the shaft and radial forces generated during operation, just like a solid arm, ensuring that the shaft can always be in the correct position and rotate stably, avoiding adverse situations such as displacement and shaking caused by uneven force on the shaft. Secondly, copper bearing shells have good anti friction function. It forms relative motion with the shaft, and copper material itself has a low coefficient of friction. Coupled with appropriate lubrication conditions, it can greatly reduce the friction between the two, reduce the degree of wear, enable the shaft to rotate smoothly, reduce energy loss, improve the operating efficiency of the entire mechanical equipment, and extend the service life of various components of the equipment.

Furthermore, copper bearing shells can also play a certain role in heat dissipation. During operation, friction generates heat, and copper's excellent thermal conductivity can help quickly dissipate heat, preventing damage to equipment caused by local high temperatures and ensuring that mechanical equipment can operate safely and reliably for a long time.