Research progress of stainless steel forging process and application

With the development of modern industry, stainless steel forgings, as an important metal material, have been widely used in various fields. This paper will focus on the research progress of stainless steel forging process and application, and discuss the innovation of its process technology and the expansion of its application field.

First, stainless steel forging process innovation

1, precision forging technology: The use of precision forging technology can obtain higher dimensional accuracy and surface quality, improve product performance.

2, ultra-fast forging technology: Using ultra-fast forging technology, the forging process can be completed in milliseconds, improving production efficiency and material properties.

3, die forging integration technology: Through the die forging integration technology, the integration of multiple processes in a mold to complete, reduce production costs, improve product quality.

Second, the application of stainless steel forgings expansion

1, aerospace field: Stainless steel forgings in the aerospace field is increasingly widely used, such as aircraft engine parts, spacecraft structural parts, etc., with light weight, high temperature resistance, corrosion resistance and other advantages.

2, energy equipment field: The application of stainless steel forgings in the field of energy equipment such as nuclear power equipment and petrochemical equipment has increased, which can meet the needs of use under high temperature and high pressure conditions.

3, the automotive industry: the application of stainless steel forgings in the automotive industry is also more and more extensive, such as engine blocks, chassis components, etc., to improve the performance and durability of the car.

4, biomedical field: The application of stainless steel forgings in the biomedical field involves medical devices, surgical instruments, etc., while ensuring biocompatibility, it can provide good structural rigidity and corrosion resistance.

Third, future development trend

1, material innovation: The development of new stainless steel materials, improve its corrosion resistance, wear resistance and other characteristics, to meet the demand for materials in different fields.

2, process optimization: Through simulation, process parameter optimization and other means to improve the forming quality of stainless steel forgings and process stability.

3, intelligent manufacturing: the introduction of the Internet of things, artificial intelligence and other technologies to achieve the digital and intelligent production process of stainless steel forgings, improve production efficiency and product quality.

Stainless steel forgings have made great progress in process innovation and application field expansion. In the future, with the continuous development of material science and process technology, stainless steel forgings will play an important role in more fields and provide strong support for the development of various industries.