Material cutting technology is a modern high-precision processing method that can quickly process large quantities of parts while ensuring quality and stability. For stainless steel forgings, material cutting technology is also very important. This article will make a detailed exploration of the impact of material cutting technology on stainless steel forgings and national policy information.
Firstly, the difference between stainless steel forgings and other steel materials is that some special elements such as nickel and chromium are added to make them have good corrosion resistance and high temperature resistance. Therefore, when performing cutting processing, it is necessary to consider clear processing parameters; otherwise, the quality of finished products may be reduced, increasing production costs. Therefore, in the preparation process of material cutting technology, it is essential to strengthen the analysis of material properties, especially the composition and hardness analysis of stainless steel forgings, to provide scientific basis for subsequent work.
Secondly, national policies also make certain regulations on the material cutting technology of stainless steel forgings. For example, the “Stainless Steel Industry Development Action Plan (2019-2022)” released by the Ministry of Industry and Information Technology in 2019 proposed to continue to promote the “three highs” (high quality, high variety, and high value-added) development strategy in the stainless steel industry, and focus on supporting the development of high-end mechanical parts, building materials and decorative materials industries relying on advanced material cutting technology.
Finally, taking the aerospace industry as an example, the requirements for materials are extremely high, which involves the stability and safety of structures. Some important components used in the aviation field, such as turbine blades, valve seat rings, and engine nozzles, all require the use of cutting processing technology. As these parts’ dimensions, shapes, and surface roughness all have high requirements for their performance, they must use high-efficiency, reliable, and high-precision cutting processing technology. Stainless steel, as one of the important materials in the aviation field, needs to ensure its integrity and stability through scientific material analysis and cutting processing technology.
To sum up, the impact of material cutting technology on stainless steel forgings cannot be ignored and is not only a necessary means to maintain and improve their quality but also an essential way to achieve efficient production, enterprise competitiveness, and industry development. With the support of national policies, cutting processing technology will surely become more perfect and popular.
