From Powder Metallurgy to Nuclear Fusion: Tiangong Joins Joint Laboratory for High-End Fusion Metal Materials Research and DevelopmentOn January 16, 2026, the 2026 Nuclear Fusion Energy Technology and Industry Conference was grandly held at the Hefei Fusion Reactor Park. With the theme "Converging Fusion Power · Creating the Future," the conference focused on original breakthroughs in fusion technology and its industrialization pathways. It systematically promoted the deep integration of the innovation chain, industrial chain, capital chain, and talent chain, accelerating the construction of a collaborative and mutually advancing innovation and industrial ecosystem for nuclear fusion energy.Over 1,500 representatives attended the conference from national ministries, provincial and municipal governments, universities, research institutions, high-tech enterprises, financial institutions, and investment platforms. Several academicians delivered keynote and invited reports, systematically outlining the future evolution of fusion technology from the perspectives of scientific frontiers, engineering implementation, and industrial development. During the conference, multiple major procurement projects and joint fusion laboratory projects were signed, fully reflecting the accelerated transition of China's fusion sector from scientific exploration towards engineering and industrialization.Tiangong Officially Joins the Joint Laboratory for High-End Fusion Metal Materials R&DDuring the conference, Jiangsu Tiangong Aihe Technology Co., Ltd. signed the Joint Laboratory agreement, officially becoming a member unit of the 'Joint Laboratory for High-End Fusion Metal Materials Research and Development'. This marks a substantive step for Tiangong in the R&D and engineering validation of key fusion metal materials.The Joint Laboratory is led by the "Energy Research Institute of Hefei Comprehensive National Science Center." It focuses on the needs of major magnetically confined fusion devices, systematically conducting fundamental research, key technology breakthroughs, and engineering validation for high-end metal materials used in fusion. It is dedicated to providing high-reliability materials and system solutions for national energy security and the development of future clean energy.Focusing on Key Material Bottlenecks, Systematically Advancing Engineering BreakthroughsAddressing the extreme service environment requirements of fusion reactors—such as "intense neutron irradiation, high thermal loads, and long-term stable operation"—the Joint Laboratory has identified two core R&D tasks for engineering application-oriented high-boron steel:Development of 304B7 Large-Dimension MaterialAchieve ton-scale manufacturing capability, focusing on overcoming engineering challenges related to composition uniformity, microstructure stability, and the synergy of strength and toughness in large-format materials to meet the stringent requirements for high reliability in key structural components of fusion devices.Development of a New Neutron Shielding Steel with Boron Equivalent >3.2wt%Addressing the integrated needs for neutron shielding and load-bearing in fusion reactors, systematically tackle the synergistic design of material strength, elongation, and service stability under high boron content conditions, providing an efficient and verifiable neutron shielding material solution for critical fusion components.Collaborative Efforts to Accelerate Technology Transfer and ApplicationWithin the framework of the Joint Laboratory, Tiangong will leverage its full-process manufacturing capabilities in powder metallurgy, high-alloy tool and die steel, and hot isostatic pressing. It will focus on core R&D tasks such as material design, smelting, atomization for powder production, hot isostatic pressing sintering, hot processing, and mechanical & microstructural property testing, promoting the advancement of materials from laboratory samples to engineering trial production.The Energy Research Institute will focus on fusion reactor application scenarios, proposing material design and usage requirements, and conducting evaluations of material mechanical properties, microstructure, neutron shielding effectiveness, and service performance. Together, they will establish a closed-loop collaborative mechanism of "Material R&D --- Engineering Validation --- Application Feedback" to accelerate the transformation of scientific research achievements into practical device applications.Contributing to the National Fusion Strategy with Material StrengthAs the first Chinese enterprise to achieve mass production of powder metallurgy tool and die steel materials, Tiangong's entry into the Joint Laboratory for High-End Fusion Metal Materials R&D represents a significant practice for the company in deeply participating in major national fusion projects and strategically planning for future energy materials.Looking ahead, Tiangong will continue to strengthen original technology breakthroughs, deepen collaboration with research institutions, and accelerate the transition of high-end fusion metal materials from technological breakthroughs to engineering validation and industrial application. It aims to provide verifiable, manufacturable, and applicable "Chinese Material Solutions" for China's nuclear fusion endeavors and clean energy development, continuously enhancing the voice and leadership of Chinese manufacturing in the global nuclear fusion materials arena. ...

Annual Purchase Volume of 5 Million to 25 Million RMB Per Item – TG International Launches Annual Centralized Tender for Raw and Auxiliary MaterialsAs high-end manufacturing enters a critical phase towards high-quality development, the stability, transparency, and collaborative efficiency of the supply chain are becoming core variables determining enterprise competitiveness and industrial resilience. As a globally leading special materials manufacturer, TG International Co., Ltd. recently officially launched its annual centralized tender plan for raw and auxiliary materials. Through the 1688 platform, it is publicly selecting high-quality suppliers from the industry, using long-term demand to attract long-term partners, and systematically building a "strong supply chain" for high-end manufacturing.Using Annual Volume as an Anchor to Release Long-term, Stable, and Predictable Collaborative ValueThis centralized tender is based on the annual planned usage, focusing on the company's continuous and stable production needs. It implements centralized tendering, unified evaluation, and transparent procurement. The annual procurement scale per single item ranges from approximately 5 million to 25 million RMB, featuring clear demand, stable volume, and strong continuity, providing partners with clear business expectations and sustainable order guarantees. Through the annual framework cooperation model, it aims to upgrade the procurement of raw and auxiliary materials from "decentralized and temporary" to "planned, large-scale, and long-term." This not only enhances supply chain operational efficiency but also lays an institutional foundation for collaborative development across the upstream and downstream.Focusing on Key Materials, Strengthening the Foundation for High-End ManufacturingThis round of annual centralized tender primarily covers the core raw and auxiliary materials and key supporting resources required for manufacturing high-end materials such as high-speed steel, die steel, and powder metallurgy. This includes alloy materials, steelmaking auxiliary materials, electrical components, and related equipment. TG will employ strict standards and transparent mechanisms to select high-quality partners with capabilities in quality assurance, stable delivery, and continuous service, jointly improving the overall operational quality of the industrial chain.Led by Industry Leader, Building a Symbiotic and Mutually Beneficial Industrial CollaborationWith 45 years of deep cultivation in the new materials field, TG has long maintained a leading global position in high-speed tool steel and die steel, while continuously achieving breakthroughs in strategic new materials such as titanium and titanium alloys, and powder metallurgy. This opening of procurement demand to the outside world through annual centralized tendering is both an important move towards modernized corporate governance and a proactive effort to convey to the industrial chain a development philosophy centered on long-termism, standardized cooperation, and value co-creation. Through more stable, standardized, and mutually trusting cooperation mechanisms, TG will collaborate with high-quality suppliers to build a globally competitive high-end manufacturing supply chain system.Platform-Unified Release, Transparent and Open ProcessThis centralized tender is uniformly published and executed through the 1688 Da Qi Hui platform. Interested supplier enterprises can log onto the platform, search for "TG International Tender," review the tender announcement, technical standards, qualification requirements, and quotation process, and participate in bidding according to the rules. The entire tender process adheres to the principles of openness, fairness, and justice, with a key focus on product quality, delivery capability, service assurance, and compliance management levels.Looking ahead, TG will continue to connect with more high-quality resources through standardized procurement, large-scale demand, and long-term cooperation, promoting the upgrade of the supply chain from "cost-oriented" to "value-oriented." We sincerely invite outstanding suppliers within the industry to actively participate and achieve mutual success.  ...

Innovation is always the soul of a company's steady development | Tiangong International's 2025 Annual Science and Technology Innovation Work Summary and Commendation Conference was grandly heldOn December 22, Tiangong International grandly held its 2025 Annual Science and Technology Innovation Work Summary and Commendation Conference, attended by over 500 senior managers and key personnel from across the company. Zhu Xiaokun, Chairman of the Board of Tiangong International, attended the conference and delivered an important speech.The conference comprehensively reviewed Tiangong International's scientific and technological innovation achievements in 2025, clarified the strategic direction for innovation work in 2026, and presented awards to outstanding teams and individuals in recognition of their contributions throughout the year. Technical leaders from various business units delivered commitment statements regarding their innovation goals for the upcoming year.87 innovation achievements were showcased, and over one million yuan in rewards was awarded to honor frontline innovators.In 2025, Tiangong evaluated a total of 87 scientific and technological innovation projects spanning multiple areas, including process optimization, equipment retrofitting, new product development, and management enhancement. These initiatives effectively addressed production bottlenecks, improved efficiency and product quality, reduced costs, and enhanced safety standards, generating tens of millions of yuan in direct and indirect economic benefits throughout the year.At the conference, awards were presented to recognize these achievements: eight individuals received the Special Contribution Award for New Products and Technologies; outstanding and best technical teams were selected; and prizes—including Grand Prize, First, Second, and Third Prizes, as well as Encouragement Awards—were granted, with total rewards amounting to RMB 1.007 million.The conference also outlined a phased incentive mechanism for the "Open Competition Mechanism for Selecting the Best Candidates" in 2026, under which special awards will be granted for major innovation tasks such as nuclear fusion materials and provincial-ministerial co-led projects, aiming to consistently fuel innovation momentum through institutional measures.Treating innovation as its "lifeline"—the core code behind 45 years of development.In his speech, Zhu Xiaokun emphasized that innovation is not an optional choice but a mandatory requirement for Tiangong’s survival and development. He pointed out that Tiangong has thrived for 45 years—far exceeding the average lifespan of private enterprises—precisely because it has always treated innovation as the company’s “lifeline.” By consistently recognizing, rewarding, and tolerating failures in innovation, the company has fostered a shared mindset among managers and employees: to want to innovate, dare to innovate, be capable of innovating, and know how to innovate.Innovation is not the exclusive privilege of a few, but the fundamental responsibility of every Tiangong employee.“Innovation is a ‘marathon’—today’s achievements stem from strategic decisions made five years ago,” Zhu Xiaokun stated, emphasizing that innovation must adhere to long-termism. In recent years, Tiangong has leveraged its industrial-scale advantages in powder materials to solidify its position in the new energy vehicle sector, while also achieving breakthroughs in cutting-edge areas such as aerospace materials and fusion materials, and deeply engaging in material research and development for the robotics industry. These accomplishments are precisely the outcomes of forward-looking innovation strategies initiated five years ago. “Had we clung to tradition and halted innovation—in our industries, processes, or management—we would never have attained our current standing in the industry,” he added.Young people are the main force driving innovation at Tiangong.Zhu Xiaokun specifically addressed young employees, saying: “Young people are Tiangong’s most dynamic and promising force for innovation. The company is firmly committed to providing a platform, resources, and support for young talents who dare to think, are willing to work hard, and have the ability to deliver results. Failure is experience; success is value. Not trying—that is the greatest risk of all.”Management innovation, digitalization, and AI must be pursued with real commitment in 2026.The conference made it clear that innovation occurs not only in laboratories but must also take place in management. This year, the company achieved workforce optimization, improved quality, and reduced costs through management enhancements in roles such as maintenance and statistics—demonstrating conclusively that management itself is a high ground for innovation.Zhu Xiaokun emphasized: "We must take concrete action on inventory management—rigorous performance evaluations will be used to enforce accountability. Procurement and bidding processes must be fully standardized, open, and transparent. 2026 will be a pivotal year for digitalization and AI adoption; department heads must manage their work based on data-driven insights, and those who fail to act will be reassigned." Additionally, the company will establish the "Tiangong Digital Innovation Award" to drive a closed-loop approach to digital transformation.Setting off anew: only innovators advance, only innovators grow strong.Zhu Xiaokun concluded by stressing, “Today’s innovation conference is not an ending, but a new beginning. Only those who innovate move forward; only those who innovate grow strong; only those who innovate prevail.” Looking ahead, Tiangong will continue to break through challenges with innovation and enhance efficiency through reform—ensuring that every technological breakthrough and every management improvement becomes a solid step toward advancing the company to higher-end markets and onto the global stage.Innovation is happening now; innovation must be sustained; innovation belongs to every Tiangong employee....

Material Strength Upholds the Backbone of Manufacturing｜Tiangong International’s Eight High-End New Materials and Technologies Pass Authoritative Appraisal Adhering to innovation-driven development is a critical pathway for manufacturing enterprises to achieve high-quality leaps. On December 12, Tiangong International Limited held its 2025 New Products and Technologies Appraisal Meeting. An appraisal committee composed of authoritative experts from the Jiangsu Metallurgical Industry Association and several universities conducted a rigorous evaluation of Tiangong International’s latest high-end material technological achievements. The meeting was chaired by Chen Jianhua, President of the Jiangsu Metallurgical Industry Association, with Tiangong International President Zhu Zefeng and relevant company leaders from technology, market, and other departments in attendance.Gathering of Authoritative Experts to Witness Technological Breakthroughs In his opening remarks, Zhu Zefeng welcomed the leaders of the Jiangsu Metallurgical Industry Association and the appraisal experts, providing a systematic overview of Tiangong International’s development. He emphasized that Tiangong International is a specialized manufacturer of advanced foundational materials supported by national policies, with long-term expertise in high-speed tool steel, mold steel, titanium and titanium alloy materials, and cutting-edge powder metallurgy tool and mold steel. The company’s comprehensive strength ranks among the top in the global tool and mold steel industry. In 2019, Tiangong successfully built China’s first large-scale powder metallurgy production line for tool and mold steel, breaking international technological monopolies, filling the gap in domestic large-scale applications, and achieving import substitution for multiple high-end powder metallurgy materials. This solidified Tiangong’s technological leadership in the powder metallurgy field.Eight Achievements Unveiled, All Pass Appraisal The eight new products and technologies appraised closely align with national strategic demands for new materials, addressing key material bottlenecks in high-end manufacturing. They span powder metallurgy, high-performance mold steel, and high-end cutting materials. Young technical talents from Tiangong International’s technology department, including Zhang Pengcheng, Zou Han, and Wang Chen, delivered thematic presentations. The expert panel carefully reviewed technical documentation and conducted in-depth inquiries.The appraised achievements include:Mold steel for high-strength aluminum-magnesium alloy die-casting mold nozzle headsPowder metallurgy ultra-high-alloy high-speed steel micro-fine wires for aviation micro-drillsNew wear-resistant powder metallurgy ultra-thin tool high-speed steelHigh-performance high-cobalt powder cutting tool high-speed steelPowder metallurgy near-net-shape forming materials with built-in flow channelsNew powder metallurgy high-strength, high-nitrogen stainless steelHigh-glass-fiber plastic mold steelHigh-alloy, high-red-hardness powder high-speed steel Domestically Pioneering, Internationally Leading After comprehensive evaluation, all eight new products and technologies were approved by the expert panel. The experts unanimously agreed that the achievements are domestically pioneering and internationally leading, with significant breakthroughs in material design, powder metallurgy processes, and engineering applications. These accomplishments not only demonstrate Tiangong International’s systematic innovation capabilities in high-end new materials but will also strongly drive technological upgrades in the tool and mold steel industry.The above achievements hold broad application prospects in aerospace, new energy vehicles, humanoid robots, high-end equipment manufacturing, and other fields. They provide high-end material localization solutions for multiple industries, playing a vital role in breaking import dependence and ensuring supply chain security.Serving the Nation with Materials, Building Dreams with Innovation Zhu Xiaokun, Chairman of the Board of Tiangong International, stated that the company will continue to focus on major national strategic demands, steadfastly deepen its expertise in tool and mold steel and powder metallurgy, and accelerate breakthroughs in original high-end new material technologies. With “core material strength,” Tiangong will support Chinese manufacturing in advancing toward higher-end development. ...

Substantial Breakthrough Achieved in Nuclear Fusion-Related Technologies! Powder Material Testing Performance Meets Fusion Reactor Requirements—Tiangong International Board Chairman Zhu Xiaokun Visits Institute of Plasma Physics, Chinese Academy of Sciences On December 10, Zhu Xiaokun, Chairman of the Board of Tiangong International, led the group’s technical team to the Institute of Plasma Physics, Chinese Academy of Sciences (hereinafter referred to as “the Institute”) in Hefei for a collaborative exchange. The two sides engaged in in-depth discussions on the research and development of special nuclear fusion materials, engineering pathways, and the establishment of joint laboratories.Li Jiangang, former Director of the Institute and Academician of the Chinese Academy of Engineering, attended the exchange activity. He highly acknowledged Tiangong International’s long-term commitment to advanced specialty steel and powder metallurgy. He noted that, as a private high-tech enterprise in China with full-process material manufacturing capabilities, Tiangong possesses the strength and potential to participate in major national nuclear fusion projects. He particularly commended Chairman Zhu Xiaokun, as a two-term National People’s Congress representative, for his dedication to leading the company in serving national strategic needs. During subsequent exchanges with the Institute’s technical staff, experts from the Institute expressed full recognition of the nuclear fusion material samples and self-tested performance data provided by Tiangong. They affirmed that Tiangong’s material systems and powder metallurgy technological reserves meet the key indicator requirements for nuclear fusion material research and development. Substantive breakthroughs in related technical bottlenecks are anticipated, with material performance capable of meeting fusion reactor usage standards and showing promising engineering application prospects in key fusion reactor components.Zhu Xiaokun stated that nuclear fusion materials represent a “strategic high ground” in future material science and technology and are a key focus of Tiangong International’s long-term strategy. Tiangong is willing to collaborate with the Institute on joint research in critical areas such as nuclear fusion structural materials and neutron-absorbing materials, actively explore the establishment of joint laboratories, and accelerate the transformation of scientific research achievements into engineering and industrial applications.This exchange not only deepened mutual technical trust in the field of nuclear fusion materials but also laid a solid foundation for future collaborative innovation in national strategic new materials. Tiangong International will continue to leverage material science and technological innovation to serve major national projects, actively expand into future energy sectors, and contribute “Tiangong Manufacturing” to accelerating the progress of China’s nuclear fusion endeavors. ...

Tiangong International Holds Powder Metallurgy Technology Seminar with "Steel and Rare Precious Metals Research Institute" of AECC Beijing Institute of Aeronautical Materials—Supporting Innovation in High-End Aviation Equipment Materials Recently, experts from the "Steel and Rare Precious Metals Research Institute" of AECC Beijing Institute of Aeronautical Materials visited Tiangong International for an in-depth exchange on the application of powder metallurgy technology in the field of high-end aviation equipment. Representatives from Tiangong International’s management and technology R&D team participated in the discussion, exploring frontier directions and cooperation opportunities in specialty steel materials.The visiting experts first toured Tiangong International’s powder metallurgy production line, gaining a systematic understanding of the company’s technical capabilities in powder preparation, microstructure uniformity control, material composition stability, and equipment configuration. Both sides discussed the key advantages and current bottlenecks of powder metallurgy technology, with a focus on its application prospects in the preparation of core component materials such as high-end aviation gear and bearing steel.During the exchange, both parties agreed that powder metallurgy technology holds significant potential in addressing challenges such as segregation control and insufficient performance consistency in traditional metallurgical processes. It is of great importance for enhancing the strength, toughness, and reliability of high-end equipment materials.This seminar further strengthened the technical interaction between Tiangong International and the "Steel and Rare Precious Metals Research Institute" of AECC Beijing Institute of Aeronautical Materials in the field of specialty steels, laying a solid foundation for joint efforts in ultra-high-strength powder steel and critical structural materials. In the future, Tiangong International will continue to leverage its R&D strengths in powder metallurgy and specialty steel materials, collaborating with top-tier research institutions to advance the localization of critical materials and provide stronger material support for China’s high-end manufacturing equipment in aerospace and other sectors. ...