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On September 30, 2019, the people's network reported on the successful signing of the world's largest isothermal forging hydraulic press project in the cooperation between Tsinghua High-end Institute and Triangle Defense.

For details, please see the relevant report of People's Daily Online:
http://tj.people.com.cn/n2/2019/0930/c375366-33404222.html
The original report is as follows:
People's Daily Online, Tianjin, September 30. Recently, the cooperation between Xi'an Aviation Base and Tsinghua University and the signing ceremony of the 300MN (30000 tons) isothermal forging hydraulic press project was held, marking the official settlement of the world's largest isothermal forging equipment project in Xi'an Aviation Base.
At the signing ceremony, Xi'an Aviation Base signed a memorandum of cooperation with the Department of Mechanical Engineering of Tsinghua University, Tianjin High-end equipment Research Institute of Tsinghua University, and School of Aeronautics and Astronautics of Tsinghua University. Xi'an Aviation Base will establish a long-term and stable strategic cooperative relationship with Tsinghua University in the fields of scientific and technological achievements transformation and talent interaction and exchange, and carry out various forms of industry-university-research project promotion, realize the sharing of scientific and technological resources, and promote school-local cooperation to a new level.
The 300MN isothermal forging hydraulic press project signed by Tsinghua University Tianjin High-end Equipment Research Institute and Xi'an Triangle Defense Co., Ltd. will build the world's largest isothermal forging hydraulic press. The hydraulic press adopts the same steel wire prestressed winding structure as the 400MN aviation die forging hydraulic press, with low-speed control, balance control, pressure control and other functions, which can effectively improve the stiffness and fatigue life of the equipment; after completion, it will be mainly used for isothermal forging, hot die forging process development, it is suitable for isothermal forging of high-end forgings such as warm alloy, titanium alloy, powder alloy and other difficult-to-deformation alloy materials, large structural parts with complex shapes, disc parts, aviation blades and so on. The construction of this project is of great significance for my country to realize the independent manufacturing and independent research and development of large-scale die forging structural parts and precision disc and shaft isothermal forgings. It will significantly improve the technical level of my country's aviation equipment manufacturing industry and promote technology in the field of new material processing in my country progress.
(Editor: Tang Xinyi and Wang Hao)