Bearing forgings are commonly used structural parts in industrial production, and their main role is to support and rotate the rotating part of the machine equipment to reduce motion friction and transfer load. In the manufacture of bearing forgings, forging technology is usually used to hammer and extrude metal materials on the forging machine, so that the grain structure of the material is reshaped and its mechanical properties and wear resistance are improved. Common bearing forgings are as follows:
Rolling bearing forgings: Rolling bearing forgings are bearing forgings with rollers, needle rollers or rolling balls. They are suitable for machines and equipment that need to bear large loads and high-speed rotation, such as automobile engines, motorcycles, aircraft, etc.
Flat bearing forgings: Flat bearing forgings are parts that use smooth surfaces to support and turn machine equipment. They are suitable for machines with slower speed and smaller load, such as power tools and machine tools.
Elastic components: Elastic components refer to bearing forgings with complex shapes that can bend or deform. They can play a role in damping, buffering and vibration isolation when the machine and equipment are moving, thus extending the service life of the machine and equipment.
Special bearing forgings: Special bearing forgings refer to the design and manufacture of bearing forgings of different shapes, sizes and materials required by specific machines and equipment. For example, large centrifugal compressors require the use of large rotor bearing forgings to support and transmit rotational power.
In short, bearing forgings play an important role in industrial production. By using different forging techniques, the structural properties of different materials can be obtained, so that they have better bearing capacity, wear resistance and corrosion resistance.
