Single row angular contact ball bearings

‌‌The characteristics of single-row angular contact ball bearings mainly include strong load-bearing capacity, good high-speed performance, good bearing rigidity, easy installation, multiple configuration forms, and high precision.

‌Strong load-bearing capacity‌:

Single-row angular contact ball bearings can bear radial and axial loads at the same time, and are particularly suitable for use in equipment that needs to bear large axial loads. This feature makes it widely used in engineering machinery equipment, machine tool spindles, industrial robots, and other fields.

‌Good high-speed performance‌:

Since the contact angle is designed inside the single-row angular contact ball bearing, the rolling contact surface is small and the friction coefficient is low, the bearing is allowed to run smoothly at a higher speed. This high-speed performance makes it suitable for occasions that require high-speed rotation.

‌Good bearing rigidity‌:

The special structural design makes the contact angle between the ball and the raceway of the single-row angular contact ball bearing relatively large. The system rigidity can be further improved by adjusting the bearing preload to meet the use requirements of various heavy equipment.

‌Easy to install‌:

Single-row angular contact ball bearings are designed with installation convenience in mind, allowing for precise adjustments during installation, thereby ensuring better precision control during the operation of the bearings and improving the stability of workpiece processing‌.

‌Various configurations‌:

Single-row angular contact ball bearings can be used alone or in pairs according to equipment performance requirements, such as back-to-back configuration, face-to-face configuration, tandem configuration, etc., to meet the needs of different applications‌.

‌High precision‌:

Due to the continuous optimization of manufacturing processes and materials, the precision of single-row angular contact ball bearings is also constantly improving, which makes it perform better in mechanical equipment that requires high-precision operation‌.