In the manufacturing of stainless steel forgings, there are some advanced technologies that can improve the quality and performance of products. The following are several commonly used advanced technologies: precision forging technology: Through the optimization of the mold and process parameters, to achieve accurate control of the forging process and effectively prevent the annealing of the material, so that the size and shape accuracy of stainless steel forgings can be improved. Precision forming technology: The use of CNC equipment, photoelectric measurement and other advanced technological means to achieve precision control of the forming process of stainless steel forging, in order to reduce the waste of materials and the number of processing, improve production efficiency and product quality. Plastic processing technology: including axial roll forging, laser hammering and other technologies, through the plastic deformation of the material, so that it can obtain better mechanical properties and surface quality in the processing process. Low temperature forging technology: by reducing the forging temperature, reduce the grain growth, texture evolution and precipitated phase formation, so as to improve the cold hardness, wear resistance and toughness of stainless steel forgings. High temperature forging technology: Using the high plasticity of stainless steel at high temperatures, by controlling the deformation temperature and speed, to achieve the control of material hardness and strength to meet specific engineering requirements. The application of these advanced technologies can improve the manufacturing accuracy of stainless steel forgings, optimize the performance of materials, and improve production efficiency and product quality.
