The rated speed of the bearing ring refers to a standard value calculated during the design and manufacturing stage based on the bearing's geometric dimensions, materials, lubrication methods and other factors. It means that at this speed, the bearing ring can run for a long time without premature w... read more
Optimize bearing structure design: Reasonable bearing structural design is crucial to improving rotational speed performance. For example, angular contact ball bearings are more suitable than deep groove ball bearings in high-speed applications because their design can reduce the contact angle, redu... read more
There are many factors that affect the rotation speed of the bearing ring, and they are directly related to the stability, life and performance of the bearing ring during high-speed operation. Lubrication method and lubricant selection: Lubrication is one of the key factors affecting the rotation s... read more
Self-aligning ball bearings, with their unique design and structure, perform well under high-speed rotation conditions. Advantages of spherical roller design Reduce vibration and friction Self-aligning ball bearings use a double-row spherical roller design, which has excellent performance under hig... read more
Self-aligning ball bearings, with their unique design, especially double rows of spherical rollers, have excellent self-aligning capabilities, allowing them to maintain relatively stable operation under axial and radial offset loads. background Self-aligning capability means that the bearing can ad... read more