The High-Level Summit on the Technology and Industrial Development of High-Purity Electronic Materials Was Successfully Held.

High-purity electronic gases are essential foundational materials required by the electronic information industry, used in integrated circuits, flat-panel displays, and more. LED It plays a crucial supporting role in industries such as photovoltaic manufacturing. To reverse China’s long-term reliance on imports for high-purity electronic gases used in integrated circuit manufacturing and to lay the foundation for establishing a domestically self-reliant and controllable integrated circuit industry chain, 02 Specialized in 2013 The project “R&D and Industrialization of High-Purity Electronic Gases” was launched this year, with a focus on developing key specialty electronic gases used in critical processes such as ion implantation, diffusion, etching, deposition, and cleaning in integrated circuit manufacturing. The project aims to achieve breakthroughs in crucial technologies—including gas purification, clean-up, high-precision analysis and detection, and high-accuracy gas filling—as well as in high-purity mixed-gas formulation systems. This will enable the production of electronic gases that fully meet application requirements and gradually replace imported products. To accelerate the implementation of this project, given the current situation in China—characterized by small-scale enterprises, a large number of companies, high product homogeneity, and continued market dominance by major foreign gas companies—the Integrated Circuit Materials Industry Technology Innovation Strategic Alliance, in collaboration with the People’s Government of Chuzhou City, Anhui Province, and Jiangsu Nanda Optoelectronic Materials Co., Ltd., has... 5 Moon 10 The “High-Level Summit on High-Purity Electronic Materials Technology and Industrial Development” was held in Chuzhou City, Anhui Province.

Academicians Wang Xi, Li Aizhen, and Zheng Youquan, Professor Wu Changqi from the Guanghua School of Management at Peking University, Director Qiu Gang from the Office of Major Special Projects at the Ministry of Science and Technology, Director Xu Genying from the Anhui Provincial Department of Science and Technology, Mayor Zhang Xiang'an from the People’s Government of Chuzhou City, along with other experts and government leaders, heads of China’s specialty gas enterprises, and representatives from relevant fund companies—altogether... 100 More than a dozen representatives attended the meeting. At the meeting, Academician Wang Xi, Chairman of the Alliance, and Academician Zheng Youquan from Nanjing University delivered reports titled “Opportunities and Prospects for the Development of China’s Integrated Circuit Industry” and “Current Status and Prospects for III-Nitride Semiconductor Materials,” respectively. Professor Zhang Wei from Fudan University presented information on related electronic materials used in integrated circuit manufacturing, while Dr. Wang Luping, Deputy General Manager of Nanjing University Optoelectronics, introduced the application of high-purity electronic gases in the electronics industry. CSSC... 718 Deputy Director Wang Shaobo delivered a report. 02 Overview and Progress of the Special “Gas” Project. The attending delegates inspected the progress of the construction of the special gas production base at Quan Jiao Nanda Optoelectronic Materials Co., Ltd.

During the roundtable discussion at the forum, participating experts generally agreed that addressing the issue of localized supply of specialty electronic gases used in China’s integrated circuit manufacturing requires a comprehensive approach encompassing the following aspects: building a team of high-end talent, achieving breakthroughs in core key technologies, fostering internationally competitive leading enterprises, and establishing an industrial ecosystem that promotes the development and commercialization of high-purity electronic gas technologies. By combining the introduction of overseas high-level talent with internal talent cultivation, we can build a team of professionals imbued with national confidence and a strong sense of historical mission. Relying on this team, we can focus intently on overcoming a series of core key technologies that currently constrain industry development and drive their commercialization. On this foundation, through cooperation and mergers & acquisitions involving both domestic and international enterprises, we can rapidly nurture leading enterprises and ultimately develop them into large-scale specialty electronic gas companies with international competitiveness, thereby driving the establishment of a localized supply system for specialty electronic gases used in China’s electronics manufacturing. Some experts believe that if Chinese enterprises can master the core technologies of several critical materials and achieve a significant market share for their products, 20% At that time, it could potentially accelerate the overall development of the electronic gas industry. Some experts also believe that to establish a healthy industrial structure for specialty electronic gases, we must first encourage capable entrepreneurs to enter this sector—only with a sufficient pool of entrepreneurial talent can we create a foundation for natural selection and survival of the fittest. Appropriate policies should be introduced to encourage enterprises to move into a growth phase through mergers and acquisitions; national policies should avoid fragmented investments that could slow down the M&A process. In the subsequent development of these enterprises, it is crucial to continue investing in both technological capabilities and human resources, thereby building up momentum for their advancement to higher levels. The Materials Alliance should assist the government in facilitating exchanges among enterprises, promoting cooperation, and enabling mergers and acquisitions. Additionally, the Materials Alliance should organize industry enterprises to conduct strategic research on industrial development, proposing comprehensive plans for industrial development, industrial layout, and system construction—providing guidance for enterprise business development and offering support for the formulation of national industrial policies and science and technology programs.