Core Viewpoint - The signing of an agreement by Jiangsu Tiangong Aihe Technology Co., a subsidiary of Tiangong International, to join the "Fusion High-end Metal Materials Research Joint Laboratory" marks a significant breakthrough in the field of nuclear fusion materials and demonstrates the company's commitment to aligning with national strategies and exploring new energy material sectors [1][3]. Group 1: Conference and Laboratory Establishment - The 2026 Nuclear Fusion Energy Technology and Industry Conference held in Hefei focused on the theme "Gathering Nuclear Power, Creating the Future," bringing together various stakeholders to discuss the transition of nuclear fusion technology from scientific exploration to engineering and industrial application [1][4]. - The joint laboratory, led by the Hefei Comprehensive National Science Center Energy Research Institute, aims to systematically address the urgent demand for high-performance materials in fusion devices, conducting comprehensive research from basic studies to engineering validation [1][4]. Group 2: Research and Development Focus - The laboratory has outlined clear research priorities to tackle the extreme operating conditions of fusion reactors, including strong neutron radiation and high thermal loads, with a focus on the large-scale engineering preparation of 304B7 materials and the development of new neutron shielding steel with a boron equivalent exceeding 3.2% [2][4]. - The goal is to create integrated materials that provide both effective neutron attenuation and good mechanical properties to meet the functional and load-bearing requirements of key components in fusion devices [2][4]. Group 3: Collaborative Efforts and Future Outlook - Tiangong International will leverage its full-chain manufacturing advantages in high-alloy tool steel and powder metallurgy to lead critical processes such as material composition design, smelting, powder production, sintering, and subsequent thermal processing and performance evaluation [5]. - The collaboration with the Energy Research Institute will focus on defining material requirements based on actual fusion scenarios and conducting systematic performance and service evaluations, accelerating the pace of material research and application [5]. - As a pioneer in the large-scale production of powder metallurgy tool steel, Tiangong International's deep involvement in the national nuclear fusion materials research system reflects its technological accumulation and manufacturing strength, as well as its strategic practice of integrating into major national scientific projects for long-term development [3][6].