I. Low friction coefficient
The steel balls in the steel ball bushing can roll during movement, thereby greatly reducing the friction coefficient. This makes the equipment run more smoothly, reduces energy loss, and improves mechanical efficiency. For example, in automated production lines, the transmission components using steel ball bushings can reduce the load on the motor, lower energy consumption, and also extend the service life of the motor.
II. High load-bearing capacity
Steel ball bushings are usually made of high-strength materials and can withstand large radial and axial loads. This makes it widely used in various heavy machinery and equipment. For example, in large construction machinery such as cranes and excavators, steel ball bushings can withstand huge pressure and impact force to ensure the safe and reliable operation of the equipment.
III. High-precision movement
The rolling characteristics of steel balls enable steel ball bushings to provide high-precision linear or rotational movement. It can ensure the movement accuracy and repeat positioning accuracy of the equipment, and improve the quality and production efficiency of products. In fields such as CNC machine tools and precision instruments, the high-precision characteristics of steel ball bushings are particularly important.
IV. Long service life
Due to the low friction coefficient, high load-bearing capacity, and good wear resistance and corrosion resistance of steel ball bushings, it has a very long service life. This reduces the maintenance and replacement costs of equipment and improves the reliability and stability of the equipment.
V. Convenient installation
Steel ball bushings usually have a simple structure and standardized dimensions, and are easy to install quickly. It can be used in conjunction with various shafts and holes and is suitable for different installation requirements. In addition, steel ball bushings can also be pre-tightened and adjusted to meet different working conditions and precision requirements.
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