What is the development prospect of stainless steel flange stamping technology

With the continuous progress of science and technology and the rapid development of industrial production, the continuous improvement of product performance and quality has made the production of modern industrial products increasingly complicated and diversified. Various industrial departments have put forward higher requirements for the development of stamping technology. The editor below shares what is the development prospect of stainless steel flange stamping technology

(1) In terms of the basic theory of stamping processing, the research on the basic theory of stamping deformation, numerical analysis of deformation process, computer simulation and optimization planning (including expert system, artificial intelligence and computer integration in engineering) should be strengthened to provide more accurate, useful, Convenient calculation method, correctly confirm the primary process parameters and the geometric shapes and dimensions of the stainless steel flange working part, deal with various practical problems in stamping deformation, and advance the quality of stamping parts.

　　(2) Discussing and promoting the use of various new stamping processes aimed at improving productivity and product quality, reducing costs, and expanding the scale of stamping processes are important trends in the development of stamping skills. Now, the advanced stamping processes that have appeared at home and abroad and quickly used for production of stainless steel flanges include fine stamping, burr-free blanking, special deep drawing, flexible die (soft die) forming, superplastic forming, dieless multi-point forming, and composite materials. High-energy forming such as forming, blasting and electromagnetic, as well as virtual forming skills, have further improved the level of stamping skills.

　　(3) In order to get used to the technical requirements of various industrial products, it is necessary to strengthen the research and development of new materials, such as high-strength, high-elongation steel plates, and various composite plates designed to reduce weight and reduce vibration.

　　(4) For stainless steel flanges, in order to get used to the needs of stamping skills development, the following operations should be strengthened in molds: 1) Standardization of mold structure and parts and components. 2) The research and use of simple molds (low melting point alloy molds) produced by single-piece, new types of trial production and multiple types and small batches, and research and use of zinc-based alloy molds and polyurethane rubber molds.