等离子体所原所长、中国工程院院士李建刚出席交流活动。他高度肯定天工国际在先进特种钢和粉末冶金方向的长期投入，认为天工作为国内具备材料全 流程制造能力的民营高科技企业，具备参与国家核聚变重大工程的实力和潜力。他尤其赞赏朱小坤主席作为两届全国人大代表，坚持带领企业服务国家战 略需求的使命担当。交流中，等离子体所专家对天工提供的核聚变材料样品及其自测性能数据给予高度认可，认为其材料体系与粉末冶金技术储备已达到 核聚变材料研发的关键指标要求。相关技术瓶颈实现实质性突破，材料性能能够满足聚变堆使用标准，并在聚变堆关键部件中具备良好的工程化应用前 景。 朱小坤表示，核聚变材料是未来材料科技的"战略高地"，也是天工国际长期布局的重要方向。天工愿与等离子体所围绕核聚变结构材料、中子吸收材料 等关键领域开展联合攻关，积极探索共建联合实验室，加速科研成果向工程化和产业化转化进程。 12月10日，天工国际董事局主席朱小坤率集团技术团队赴中国科学院合肥等离子体物理研究所(以下简称"等离子体所")开展合作交流，围绕核聚变特种材 料研发、工程化路径及联合实验室建设等方向进行了深入探讨。 来源：微信公众号.天工国际 此次交流不仅深化了双方 ...

Group 1 - The field of controllable nuclear fusion is accelerating towards commercialization, with significant advancements reported from China and Germany, marking an intensifying global competition in the "artificial sun" race [1] - In China, the BEST project in Hefei has achieved a key breakthrough with the successful development and delivery of the main component, the Dewar base. The total assembly work for BEST is set to officially start in May 2025, with completion expected in two years, aiming for the first demonstration of fusion energy generation globally [1] - Germany's government has approved an action plan to build the world's first nuclear fusion power plant, with over 2 billion euros allocated for research and infrastructure support by 2029 [1] Group 2 - China Galaxy Securities emphasizes the importance of controllable nuclear fusion as the sole direction for future energy, with around 35 countries engaged in fusion research, led by China, the US, Russia, Europe, and Japan [2] - The nuclear fusion industry chain consists of upstream materials, midstream superconducting magnets, first wall structures, vacuum modules, and downstream power plant operations. Companies are advised to focus on core projects in terms of industry development stages, high value, certainty, elasticity, and AI empowerment [2] - Industrial growth potential is highlighted for Tian Gong International (00826), which is positioned in the scarce core materials sector, particularly in titanium alloys and fusion materials, with significant growth opportunities in humanoid robotics [2]