AVIC Anda Invests 1 Billion Yuan to Build an Isothermal Forging Production Line for Specialty Materials
2026-05-28 15:34
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en.Wedoany.com Reported - Within the Aerospace Industrial Park of Zhenjiang Economic and Technological Development Zone, the construction of AVIC Anda's isothermal forging production line project for specialty materials is progressing intensively. With a total investment of 1 billion yuan, this project is a carrier for a major national science and technology initiative. Once completed, it will fill a domestic gap in advanced isothermal forging technology. At the construction site, a 20,000-square-meter production workshop, a 4,000-square-meter R&D building, and related supporting facilities are being advanced simultaneously.

Chen Ming, Deputy General Manager of Anda's Zhenjiang Branch and on-site project leader, explained that the underground construction volume is large with high technical requirements, while the installation of the plant's steel structure has already begun. The project team has established a clear advancement plan: complete overall construction by the end of August this year, achieve standalone equipment commissioning in September; produce test pieces in January next year, deliver official components in March, and complete project acceptance in the second half of the year. The current construction challenge lies in the crossover operations between plant construction and equipment installation, and the team is refining process linkages to ensure seamless integration at every stage.

Upon completion, the project will become an industry-leading isothermal forging production line for specialty materials, enabling fully automated isothermal forging of aero-engine hot-end components throughout the entire process. It will fill a domestic gap in fully enclosed vacuum superplastic isothermal forging technology, helping to enhance China's R&D capabilities, product quality, and batch stability for new materials used in aero-engines, such as powder metallurgy superalloys, titanium-aluminum alloys, and composite materials.

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