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The Chinese Society of Aeronautics and Astronautics recently announced a major achievement, and the large-scale, light-weight, high-strength cylindrical component pressing device and manufacturing process project developed in China won the first prize of China Machinery Industry Science and Technology Award. The success of this project marks a major breakthrough in the aerospace field for China, and the technological level has reached an international leading position.
China has successfully developed a large-scale high-pressure pressing equipment with a diameter of more than two meters, a breakthrough that breaks the monopoly and blockade of the technology in countries such as Japan and Spain. The new high-pressure pressing device controls the wall thickness error of the cylinder within 0.15 mm and the diameter error within 0.4 mm, which provides strong support for the production of new solid rocket engine shells in China. In addition, the technology is capable of significantly increasing the range of ballistic missiles by 15 km. If successfully implemented, it will be possible to reduce the wall thickness of large cylinders, increase the range of medium- and long-range ballistic missiles, and enhance the precision strike capabilities of strategic missiles.
The application of this technology will also be extended to the Long March 11 rocket, further improving its carrying capacity and the accuracy of its entry into orbit. The Long March 11 rocket is a new type of carrier rocket independently developed by China, which has the characteristics of rapid response and flexible deployment, and is widely used in satellite launches, scientific experiments and other fields. Through the introduction of this technology, the Long March 11 rocket will be further improved in terms of carrying capacity and accuracy of entering orbit, injecting strong impetus into the development of China's space industry.
This achievement not only represents China's technological progress in the aerospace field, but also provides more opportunities for international cooperation. This project of the Chinese Society of Aeronautics and Astronautics won the first prize of China Machinery Industry Science and Technology, which also shows the influence and status of China's aerospace field in the world. With the continuous development of China's aerospace technology, China will have more opportunities to carry out technical exchanges and cooperation with other countries to jointly promote the development of the global aerospace industry.
In addition to breakthroughs in the field of cylindrical member pressing devices, China has also made important progress in metal pressing technology and non-metallic composite materials. The application of these technologies can not only improve the performance and safety of aircraft, but also reduce manufacturing costs and reduce environmental impact.
In addition, China's research on thin-walled parts and solid rocket engine shells is also of great significance. The research and development of thin-walled parts can reduce the weight of aircraft and improve its flight efficiency; The development of solid rocket engine shell plays a key role in improving the performance and reliability of rockets.
The success of the large-scale cylindrical component pressing device and manufacturing process project of the Chinese Society of Aeronautics and Astronautics won the first prize of China Machinery Industry Science and Technology Award marks that China has made a major breakthrough in the field of aerospace, and the technical level has reached the international leading position. This achievement not only represents China's progress in aerospace technology, but also provides more opportunities for international cooperation. With the continuous development of China's aerospace industry, it is believed that China will make more breakthroughs and achievements in the future, and make greater contributions to mankind's exploration of the universe and the promotion of scientific and technological progress.
The Chinese Society of Aeronautics and Astronautics recently announced a major achievement, and the large-scale, light-weight, high-strength cylindrical component pressing device and manufacturing process project developed in China won the first prize of China Machinery Industry Science and Technology Award. The success of this project marks a major breakthrough in the aerospace field for China, and the technological level has reached an international leading position.
China has successfully developed a large-scale high-pressure pressing equipment with a diameter of more than two meters, breaking the monopoly and blockade of other countries on this technology. This not only represents China's technological progress in the aerospace field, but also provides more opportunities for international cooperation. With the continuous development of China's aerospace technology, it is believed that China will carry out more technical exchanges and cooperation with other countries to jointly promote the development of the global aerospace industry.
The new high-pressure pressing device can control the wall thickness error of the cylinder within 0.15 mm and the diameter error within 0.4 mm. This provides strong support for the production of new solid rocket engine shells for China, and is capable of significantly increasing the range of ballistic missiles by 15 km. If successfully implemented, it will be possible to reduce the wall thickness of large cylinders, increase the range of medium- and long-range ballistic missiles, and enhance the precision strike capabilities of strategic missiles. The application of this technology will also be extended to the Long March 11 rocket, further improving its carrying capacity and the accuracy of its entry into orbit. This is of great significance to the development of China's space industry.
Finally, in addition to breakthroughs in the field of cylindrical member pressing devices, China has also made important progress in metal pressing technology and non-metallic composite materials. The application of these technologies can not only improve the performance and safety of aircraft, but also reduce manufacturing costs and reduce environmental impact. In addition, China's research on thin-walled components and solid rocket engine housings also plays a key role.
In short, the success of the large-scale cylindrical member pressing device and manufacturing process project of "China Society of Aeronautics and Astronautics won the first prize of China Machinery Industry Science and Technology" marks that China has made a major breakthrough in the aerospace field, and the technical level has reached the international leading position. This achievement not only represents China's progress in aerospace technology, but also provides more opportunities for international cooperation. With the continuous development of China's aerospace industry, it is believed that China will make more breakthroughs and achievements in the future, and make greater contributions to mankind's exploration of the universe and the promotion of scientific and technological progress.