Split bearings have many advantages, such as reducing machine size and weight, increasing load-bearing capacity, improving adaptability and flexibility, reducing costs and increasing service life. Since split bearings can be composed of multiple parts, they can be processed and assembled at different times and locations, reducing manufacturing difficulty and cycle. In addition, split bearings adopt standardized design, which is convenient for maintenance and replacement, further reducing the cost of use. Split bearings are widely used in mechanical manufacturing.

Reduce the volume and weight of the machine
Split bearings can reduce the volume and weight of the machine. Traditional integral bearings have a large volume and weight, require overall processing and heat treatment, and are costly. Split bearings can be composed of two or more parts, which can be processed and heat treated at different times and locations, and then assembled together. This can greatly reduce the volume and weight of the machine, making it convenient to transport and use.

Improve the bearing capacity
The bearing capacity can be improved. Since the split bearing can be divided into multiple parts, it can be designed and processed for strength as needed, thereby improving the bearing capacity. In addition, friction can be generated between the multiple parts of the split bearing, increasing the friction damping of the bearing, further improving the bearing capacity and stability.

Improve the adaptability and flexibility of bearings
Split bearings have the advantage of improving the adaptability and flexibility of bearings. Split bearings can be divided into multiple parts, so they can be designed and processed according to different application scenarios and needs, so as to adapt to different working conditions and requirements. At the same time, split bearings can also be adjusted and replaced during operation, which increases the flexibility and maintainability of bearings.

Reduce costs
The manufacturing of split bearings requires multiple processing and heat treatment steps, so the cost is relatively high. However, multiple parts of split bearings can be processed and heat treated at different times and locations, which can greatly reduce the difficulty and cycle of manufacturing, thereby reducing costs. In addition, split bearings can adopt standardized designs, which facilitates maintenance and replacement, and further reduces the cost of use.

Improve the service life of bearings
Friction can be generated between multiple parts of split bearings, increasing the friction damping of bearings, thereby reducing the vibration and deformation of bearings and improving the service life of bearings. The design of split bearings can be optimized and improved as needed, and made of high-performance materials such as polymer materials or ceramics to further improve the service life and performance of bearings.

Split bearings have many advantages, such as reducing the size and weight of the machine, increasing the bearing’s load-bearing capacity, improving the adaptability and flexibility of bearings, reducing costs, and increasing the service life of bearings. These advantages make split bearings widely used in mechanical manufacturing. If you need to know more about split bearings and suggestions, please contact keller customer service