Process optimization of large wear-resistant alloy steel lining

    
    Introduction
    
    Wear-resistant alloy steel lining is widely used in many industries due to its good wear resistance and long service life. It is mainly composed of wear-resistant alloy steel, aluminum alloy and wearable steel plate as the main raw materials, and it is formed and assembled by a certain process. The wear-resistant alloy steel lining plays an important role in the running efficiency and service life of various production equipment. Therefore, optimizing the wear-resistant alloy steel lining process has become an important issue in the optimization of equipment operation.
    
    Process optimization
    
    1.Optimization of raw materials
    
    The selection of wear-resistant alloy steel is the key to process optimization. The wear-resistant alloy steel can be selected according to the temperature and corrosiveness of the material in the equipment and the requirements of the production process. The wear-resistant alloy steel should have good impact resistance, high strength, good fatigue resistance and wear resistance. The selection of aluminum alloy needs to consider its good process performance, which can effectively reduce the labor intensity and improve the production efficiency. Wearable steel plate should also be selected in accordance with production needs. These material optimization can improve the overall service life of the lining.
    
    2.Optimization of blank processing
    
    In the process of blank processing, the burrs and wrinkles on the surface, inner and outer edges should be eliminated, so that the surface of the blank is smooth, and the circular surface should be ensured in the process of slotting and forming. The product size should also meet the technical requirements. The optimization of blank processing can ensure the product quality and make the assembly easier.
    
    3.Optimization of welding process
    
    Welding process is critical for the success of wear-resistant alloy steel lining. High quality arc welding should be used for welding, and the welding speed should be appropriate. In order to ensure good welding quality, the welding gap should be appropriate. The welding deformation needs to be eliminated after welding.
    
    Conclusion
    
    The optimization of wear-resistant alloy steel lining process can optimize the whole production process, and finally improve the long-term use of wear-resistant alloy steel lining, so as to improve the running efficiency and service life of the equipment.

---