Core Viewpoint - The company is actively involved in the nuclear fusion sector, focusing on the development and supply of materials essential for fusion reactors, particularly the first wall materials that require high resistance to neutron radiation and high temperatures [1] Group 1: Company Developments - The subsidiary, Dingli Technology, provides ultra-high temperature sintering equipment for tungsten alloy, amorphous alloy solder, and process support for the manufacturing of first wall materials [1] - The company has already supplied products to relevant units, indicating progress in its technological applications and product layout in the first wall materials field [1] - The company is committed to advancing its business in the nuclear fusion sector, increasing resource investment, and deepening forward-looking layouts [1]

Core Viewpoint - The company, Dingli Technology, has achieved international recognition for two of its independently developed technologies in advanced materials preparation, marking significant advancements in the fields of natural graphite purification and third-generation semiconductor materials [1][3][4]. Group 1: Natural Graphite High-Temperature Purification Technology - Dingli Technology, in collaboration with several institutions, has developed a continuous high-temperature green purification technology for natural graphite, addressing industry challenges such as severe pollution from traditional methods and high energy consumption from batch processes [3]. - The new technology enables large-scale continuous production of natural graphite with purity levels exceeding 4N5, providing stable supply for synthetic diamonds and next-generation semiconductors [3]. Group 2: TaC Coating Technology for Semiconductors - The company has made significant breakthroughs in the preparation technology of high-uniformity and high-density TaC coatings for graphite components, overcoming challenges related to purity enhancement and coating stability [4]. - This technology supports the national third-generation semiconductor industry chain's security and contributes to the new dual-circulation development pattern by ensuring stable production of high-performance TaC-coated graphite components [4]. Group 3: Future Directions - Dingli Technology plans to continue focusing on advanced materials preparation and deepen collaborative innovation mechanisms among industry, academia, and research to provide high-level material and equipment solutions for strategic emerging industries such as semiconductors, new energy, and aerospace [4].