Influence of casting technology on mechanical bearing pedestal performance

In order to study the influence of casting process on the performance of mechanical bearing pedestal in detail, ZG35CrMo steel bearing pedestal is selected as the research object. The casting test of ZG35CrMo steel bearing pedestal is carried out by controlling the pouring temperature and pouring time, Combined with the scientific casting process and conditions, the impact properties and wear properties of the samples are tested and analyzed gradually.

After a large number of experiments, combined with the previous review research, it can be clearly found that the performance of mechanical bearing pedestal will increase first and then decrease due to the increase of pouring temperature and pouring time, so as to promote the improvement of its service performance.

To sum up, in order to effectively promote the development and progress of China’s industrialization level, the performance improvement of corresponding mechanical equipment also needs to be well controlled and optimized. In the process of using many mechanical bearing blocks of different sizes, the performance of the component itself will be affected and its service life will be affected due to the long service time.

Therefore, the research on the improvement of the performance of the mechanical bearing pedestal focuses on the improvement of its casting process. Finally, it can be clearly found that the performance of the mechanical bearing pedestal will be affected by factors such as pouring time and pouring temperature, so as to help the staff of relevant industries in China to formulate certain optimization measures and reform and innovation for the improvement of the performance of the mechanical bearing pedestal.

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