As an important part of electric power system, the development trend of its production technology directly affects the safe and stable operation of electric power system and the development of electric power industry. With the continuous progress of science and technology and the intensification of market competition, the production technology of electric power fittings forgings is also constantly updated and improved. The purpose of this paper is to study the development trend of the production technology of electric power fittings forgings, and to provide reference for the production enterprises of electric power fittings forgings.
At present, the production technology of electric tool forgings mainly includes forging, heat treatment, mechanical processing and other links. In the forging link, the traditional free forging and die forging technology still occupy the dominant position, but with the development of precision forging technology, more and more enterprises begin to use precision forging technology to produce electric tool forgings. In the heat treatment process, conventional quenching, tempering and other processes are still widely used, but with the development of induction heating technology, more and more enterprises have begun to use induction heating technology for heat treatment. In the machining link, CNC machining technology has become the mainstream, but with the development of robotics, more and more enterprises have begun to use robots for machining.
Although the production technology of electric tool forgings is progressing, there are still some problems. For example, the die life of the forging link is short, the energy consumption of the heat treatment link is high, and the automation degree of the mechanical processing link is not enough. These problems limit the development and application of the production technology of electric power fittings forgings, and need to be solved.
The wide application of precision forging technology
With the continuous development of precision forging technology, more and more enterprises begin to use precision forging technology to produce electric tool forgings. Precision forging technology can greatly improve the accuracy and surface quality of products, reduce the margin and time of subsequent machining, and improve material utilization and production efficiency. In the future, precision forging technology will become the mainstream technology in the production of electric tool forgings.
Promotion and application of induction heating technology
Induction heating technology can achieve rapid and uniform heating and cooling of the product, improve the mechanical properties of the material, and improve the strength and toughness of the product. With the continuous development of induction heating technology, more and more enterprises have begun to use induction heating technology for heat treatment. In the future, induction heating technology will become the mainstream technology of heat treatment of electric metal forgings.
The popularization and application of robot technology
Robot technology can realize the automation and intelligence of machining, improve production efficiency and product quality. With the continuous development of robot technology, more and more enterprises have begun to adopt robots for mechanical processing. In the future, the robot technology will become the mainstream technology of the mechanical processing of electric metal forgings.
Application of environmental protection and energy saving technology
With the continuous improvement of environmental awareness and the pressure of energy shortage, the application of environmental protection and energy saving technology in the production of electric power metal forgings is more and more extensive. For example, the use of low-energy heat treatment equipment and materials, the use of environmentally friendly cutting fluids and lubricants. In the future, environmental protection and energy saving technology will become an important development direction of the production of electric tool forgings.
This paper studies the development trend of the production technology of electric power tool forgings, and finds that precision forging technology, induction heating technology, robot technology and environmental protection and energy saving technology will become the mainstream technology of electric power tool forgings production in the future. The application of these technologies will greatly improve the production efficiency and product quality of power fittings forgings, reduce production costs, and enhance the competitiveness of enterprises. However, the application of these technologies also requires adequate technical preparation and personnel training, and there are certain technical risks. Therefore, adequate evaluation and preparation is required before implementing new technologies.
