On June 10th, the 2025 China Copper Processing Industry Annual Conference and China (Sanmenxia) Copper Industry High Quality Development Conference, hosted by the China Nonferrous Metals Processing Industry Association, the People's Government of Sanmenxia City, Henan Province, and the Shanghai Futures Exchange, and organized by the Sanmenxia Industry and Information Technology Bureau, Sanmenxia Finance Bureau, and the People's Government of Lingbao City, was grandly opened in Sanmenxia City, Henan Province. Nearly a thousand representatives from over 500 copper processing related enterprises participated in this grand event.

Conference venue

The conference focuses on seizing the strategic opportunity of deep restructuring of the global industrial and supply chains, responding to the fundamental requirements of high-quality national development, striving to promote industrial innovation and development models, accelerating deepening structural adjustment and upgrading to intelligent and green technologies, and continuously consolidating and enhancing the new development pattern with domestic circulation as the mainstay and domestic and international circulations mutually promoting each other. Strive to steadily climb China's copper processing industry to the mid to high end of the global value chain during the 15th Five Year Plan period, laying a solid foundation for the basic construction of a world copper processing industry powerhouse.

The main leaders and guests attending this conference include: Fan Shunke, Deputy Secretary of the Party Committee of the China Nonferrous Metals Industry Association and Chairman of the China Nonferrous Metals Processing Industry Association; Xu Xiangfeng, Mayor of Sanmenxia City; Song Kexing, Secretary of the Party Committee and Executive Director of the Henan Academy of Sciences; Sun Shufang, Standing Committee Member and Executive Deputy Mayor of Sanmenxia City; Zhang Haiqing, Second level Inspector of the Henan Provincial Department of Finance; Ren Weijun, Second level Inspector of the Henan Provincial Department of Industry and Information Technology; Zhang Zhigang, Standing Committee Member and Secretary of the Lingbao City Committee of Sanmenxia City; Wang Zhaosheng, Deputy Mayor of Sanmenxia City; Chen Zhuo, Secretary of the Party Committee, President, and Editor in Chief of Metallurgical Industry Press Co., Ltd.; Liu Shengguo, Deputy Secretary General of Tongling City People's Government. Cao Jianguo, Chairman of the Board of Directors of Hailiang Group and Chairman of Zhejiang Hailiang Co., Ltd., Ningbo Jintian Copper Industry (Group) Chairman Lou Cheng of the Joint Stock Co., Ltd., Party Secretary and Chairman Huang Ming of Jinlong Precision Copper Tube Group Co., Ltd., Chairman Luo Yuefeng of Zhejiang Libo Holdings Group Co., Ltd., Chairman Lu Minghua of Jiangsu Cuilong Precision Copper Tube Co., Ltd., Party Secretary, Chairman and General Manager Lou Jianting of China Nonferrous Metals Technology Co., Ltd., former Chief Economist Cheng Manjiang of Bank of China International, Vice President Liang Shuhua of Xi'an University of Technology, Vice President Wang Hang of Jiangxi University of Technology, President Li Jing of the International Copper Industry Association China, Deputy Secretary General and Director of the Heavy Metal Department and Mineral Resources Office of China Nonferrous Metals Industry Association Duan Shaofu, Senior Manager of Shanghai Futures Exchange Li Xuan, Executive President Liu Libin of Henan Nonferrous Metals Industry Association, General Manager of Tongling Jinwei Copper Industry Manager Hu Tongsheng, representative of the management team of Tongguan Jinyuan Futures, Wen Yue, Jiang Weidong, Deputy Secretary of the Party Committee, Vice Chairman, and General Manager of Northern Copper Industry, Liao Zhongyi, General Manager of Henan Zhongyuan Gold Smelting Plant, Wang Guanran, Chairman of Longdian Huaxin, Liu Qiangzi, General Manager of Hongxin New Materials, Zhang Ganxiang, President of Jiangxi Xinyue, Cao Weijian, General Manager of Hengtong Copper Industry, Niu Zhenggang, Secretary of the Party Committee and General Manager of Zhongse Zhengrui, Li Yi, General Manager of Shanghai Wuxing Copper Industry, Qin Bing, General Manager of Jingda Co., Ltd., Zou Liwen, Chairman of Shandong Henghui, Chai Shengli, Chairman of Shanxi North Copper, Wang Kangbing, Chairman of Wuxi Shenkang, Yu Guoqing, General Manager of Jiangyin Changli, Xu Anya, General Manager of Jinglin Packaging, and Song Bing, General Manager of Dalian Kangfeng. Xu Jiaxiang, General Manager of Qingyuan Chujiang High precision Copper Strip, Yuan Hefeng, Assistant General Manager of Ningbo Xingye, Gao Bin, Deputy General Manager of Shaanxi Sirui, Wang Huaxing, Deputy General Manager of Chinalco Luoyang Copper, Ma Jing, Deputy General Manager of Chinalco Huazhong Copper, Shi Lixia, Deputy General Manager of Ningbo Changzhen, Sun Jun, Deputy General Manager of Fuwei Technology, Tang Jiake, Executive Deputy General Manager of Zhonghui Industrial Furnace, Hu Mengkang, Chairman of Chongqing Yutong, Guo Yuhui, Chairman of Taiyuan Jinxi Chunlei, Tao Junbing, General Manager of Zhongyuan New Materials, Huang Xuankai, Chairman of Huayuan Electric, Lu Jingyong, General Manager of Shandong Zhongjia, etc.

The opening ceremony of the conference was presided over by Sun Shufang, member of the Standing Committee of the Sanmenxia Municipal Party Committee and Executive Vice Mayor.

Sun Shufang, member of the Standing Committee of the Sanmenxia Municipal Party Committee and Executive Vice Mayor, presided over the opening ceremony

One is to improve the quality of industrial operation while maintaining stability. In 2024, China's copper processing material production reached 21.25 million tons, a year-on-year increase of 1.9%, further improving the industry's resilience. Secondly, the net export volume has reached a new high. Despite the intensification of international trade frictions and the cancellation of copper export tax rebates in early December last year, China still achieved copper exports of 828000 tons in 2024, a year-on-year increase of 22.1%, with a net export of 463000 tons, reaching a new historical high. The third is the continuous empowerment of technological innovation. Six achievements, including the preparation and application of ultrafine grained ultra-low oxygen, high uniformity oxygen free copper materials, won the first prize of the 2024 China Nonferrous Metals Industry Science and Technology Award. New products such as ultra-thin copper alloy strip foil, copper silver plated high-speed connecting copper cable, high-purity copper target material, copper graphene composite material, 1000V or above electromagnetic wire, high wear-resistant lead tin bronze, and high-temperature resistant copper chromium niobium alloy continue to break through and are applied in emerging industries such as artificial intelligence, commercial aerospace, semiconductors, and low altitude economy. Fourthly, green and intelligent development is steadily advancing. As of 2024, more than 40 copper processing enterprises in the industry have been awarded the title of national green factory, and green and low-carbon have become conscious actions for the development of the industry; Four enterprises, including Jintian Copper, have been selected as outstanding intelligent factories by the Ministry of Industry and Information Technology (the first batch), and four enterprises, including Bowei Alloy, have fully built national level 5G factories by 2024. Intelligent manufacturing is increasingly recognized by the industry for improving product quality and reducing costs.

Fan Shunke said that the achievements are hard won and we need to work harder in the future. The current US tariff policy is accelerating the evolution of the world's century long changes, leading to the rapid restructuring of global industrial and supply chains, and an increase in uncertain and unpredictable factors. At the same time, the foundation for the domestic economic recovery is not yet stable, and copper processing is also facing challenges such as insufficient independent innovation, industry competition, and difficulties in production and operation for some enterprises. In this regard, the entire industry should not only face difficulties and challenges, but also have firm confidence in development: firstly, copper is widely used. Copper is the second largest non-ferrous metal in terms of usage, second only to aluminum. It is not only an important basic material for national defense technology industry and strategic emerging industries, but also an important carrier for meeting people's needs for a better life. In recent years, the production of copper processing materials in China has been continuously increasing, and although there has been differentiation in segmented varieties, the total amount has not yet reached a turning point. The second is that emerging applications have a promising future. "New Three Kinds" has become an important engine to drive copper consumption. Emerging industries such as artificial intelligence, robots, low altitude economy, satellite Internet will not only put forward higher performance requirements for copper products, but also further enrich the application scenarios of copper products. Thirdly, from an international perspective, China's copper processing industry chain and supply chain have strong comparative advantages, strong market competitiveness, and cannot be separated from the international industry chain for the time being. Therefore, we firmly believe that with the advantages of China's super large market, complete industrial system, abundant talent resources, and world leading technology and equipment, as long as we do our own work seriously, innovate and maintain integrity, and upgrade our demand, the copper processing industry in China still has great potential and achievements, and its medium - and long-term development will continue to improve.

Regarding the next development of the copper processing industry, Fan Shunke proposes five suggestions: firstly, re planning and repositioning; Secondly, we must adhere to independent innovation and achieve technological self-reliance and self-improvement; The third is to adhere to the substitution of imports and high-level exports; Fourthly, we must adhere to the development of intelligence, greenness, and distinctive features; The fifth is to strengthen industry self-discipline. Regarding the development of the copper industry in Sanmenxia, Fan Shunke stated that as an important copper industry cluster in the country, Sanmenxia has built a copper full industry chain ecology of "mining smelting processing circulation" under the correct leadership of the Municipal Party Committee and Government in recent years. Famous copper smelting enterprises such as Zhongyuan Gold Smelter and Guotou Jincheng have emerged, as well as a group of excellent copper processing enterprises represented by Huaxin Copper Foil, Baoxin Electronics, Jinyuan Chaohui, and Hongxin New Materials, forming an electrolytic copper production capacity of 500000 tons and a copper material processing capacity of 260000 tons (including 80000 tons of copper foil production capacity), with an output value of nearly 50 billion yuan, further enhancing its competitiveness in China. This year, the second annual conference of China's copper processing industry was held in Sanmenxia, and we witnessed the changes in the Sanmenxia copper industry cluster. Finally, he hopes that Sanmenxia will continue to do a good job in extending and strengthening the supply chain, creating an innovative and intelligent highland, telling the story of green and low-carbon, and continuously contributing the "Sanmenxia wisdom" to promote the high-quality development of China's copper industry.

Fan Shunke, Deputy Secretary of the Party Committee of China Nonferrous Metals Industry Association and Chairman of China Nonferrous Metals Processing Industry Association

Mayor Xu Xiangfeng of Sanmenxia People's Government stated in his speech that Sanmenxia is located in the western part of Henan Province and is a city with a long history, abundant resources, livable ecology, and prosperous industries. He stated that copper is a strategic resource related to national economy, people's livelihood, and economic development, and the copper industry is a strong support for the development of strategic emerging industries. He hopes to use copper as a medium to promote the industry, fully strengthen copper smelting, optimize copper processing, and deepen the industrial chain, and jointly draw a new blueprint for industrial synergy; By gathering wisdom to overcome difficulties, focusing on new trends in the industry, new needs of enterprises, and new technological breakthroughs, strengthening scientific and technological cooperation and breakthroughs, and jointly creating a new chapter of innovative development; Honesty is the foundation for strong cooperation, using the highest quality environment, sincere sincerity, and considerate service to create a new model of win-win cooperation.

Mayor Xu Xiangfeng of Sanmenxia People's Government

In the investment promotion session of Sanmenxia City, Wang Zhaosheng, Deputy Mayor of Sanmenxia City People's Government, introduced the investment environment and cooperation projects of Sanmenxia City. Subsequently, a copper industry project signing ceremony was held.

Recommended by Wang Zhaosheng, Deputy Mayor of Sanmenxia City People's Government

Copper Industry Project Signing Ceremony

A release ceremony was also held at the opening ceremony. Fan Shunke, Deputy Secretary of the Party Committee of China Nonferrous Metals Industry Association and Chairman of China Nonferrous Metals Processing Industry Association, Chen Zhuo, Secretary of the Party Committee and President of Metallurgical Industry Press, Lou Huafen, Chief Expert of China Aluminum Industry Group, Song Kexing, Secretary of the Party Committee and Executive Dean of Henan Academy of Sciences, Li Zhou, Dean of the School of Materials Science and Engineering at Central South University, Liang Shuhua, Vice President of Xi'an University of Technology, Cao Jianguo, Chairman of the Board of Directors of Hailiang Group and Chairman of Zhejiang Hailiang Co., Ltd., and Huang Guojie, Chief Expert of China Nonferrous Mining Group, took the stage to release the "Practical Manual of Copper Processing Technology (Second Edition)". Subsequently, the list of outstanding patents in the copper processing industry was announced. Jin Haiming, Secretary General of China Nonferrous Metal Processing Industry Association, presided over the meeting.

Jointly release the "Practical Handbook of Copper Processing Technology (Second Edition)"

Hosted by Jin Haiming, Secretary General of China Nonferrous Metals Processing Industry Association

In his keynote speech "Overcoming Difficulties and Fully Promoting the High Quality Development of Copper Processing Industry", Fan Shunke systematically analyzed the basic situation and operational characteristics of the domestic industry: firstly, the upstream of China's copper industry lacks resources; Secondly, the production of copper materials has remained stable with some increase; Thirdly, the net export of copper materials has reached a historic high; The fourth is an increase in profit statistics and a decrease in perception; Fifth, there is still potential for consumption; The sixth is the continuous enhancement of technological innovation, greening, and intelligence; Seventh, there has been progress in overseas layout and investment. In the report, Fan Shunke also specifically introduced the development status of overseas copper processing industry and well-known enterprises, including the development of overseas copper processing industry, well-known overseas copper processing enterprises, and precautions for Chinese enterprises' export and overseas layout. Fan Shunke stated that the current industry is facing issues and challenges such as US tariff policies or reshaping the layout of the copper processing industry, the persistent problem of "internal competition" in the industry, the long way to go in tackling high-end product technology and market promotion, and the need to pay attention to replacing copper with aluminum. Finally, the path to promoting high-quality development of the copper processing industry was pointed out: firstly, to strengthen confidence; Secondly, re planning and repositioning; The third is to focus on innovation; Fourthly, adjusting the structure; Fifth, put more effort into high-level exports; Six is heavy management; Seventh, strengthen industry self-discipline.

Song Kexing, Secretary of the Party Committee and Executive Director of Henan Academy of Sciences, detailed the basic research and technological development progress of high-performance copper alloys in his report "Research Progress of High Performance Copper Alloys". He also explained the technological development progress of digital research and manufacturing technology for copper processing, trace impurity element control technology, electrodeposition microstructure control technology, micro wire manufacturing technology, rotary forging deformation technology, composite manufacturing technology, component precision forming technology, additive manufacturing technology, single crystal copper manufacturing technology, etc. Finally, he pointed out some future development directions for new copper processing technologies.

Song Kexing, Secretary of the Party Committee and Executive Director of Henan Academy of Sciences, delivered a keynote speech

Cheng Manjiang, former Chief Economist of Bank of China International, provided a detailed introduction and in-depth analysis in his report "Trump 2.0 and the Reconstruction of the International Economic Order" from the following seven aspects: globalization is the result of a rule-based international order; The US economy, the biggest beneficiary of globalization, is accelerating its imbalance; The hollowing out of American industries has become an important challenge to current economic globalization; The United States is committed to reshaping the international order with a new round of technological revolution; Will Trump's' America First 'strategy bring an end to globalization; Review and Prospect of Trump's Two Tariff Wars; Trump's policies disrupt the functioning of the US economy and financial markets.

Former Chief Economist of Bank of China International, Cheng Manjiang, delivered a keynote speech

In the afternoon, a forum was held for the deans of material science and research institutes in Chinese copper related universities in 2025. The forum was chaired by Song Kexing, Secretary of the Party Committee and Executive Director of Henan Academy of Sciences, and Wu Qiong, Deputy Secretary General of China Nonferrous Metals Processing Industry Association.

Professor Jiang Yihui, on behalf of Vice President Liang Shuhua of Xi'an University of Technology, delivered a report titled "New Developments in Copper based Composite Materials Research". The research team has conducted basic research on the preparation of copper based composite materials for core conductive/heat-conducting components in high-end equipment. Using reactive casting technology, design and prepare particle whisker hybrid reinforced copper based composites and micro nano dual scale reinforced copper based composites; Through instrument innovation, in-situ self generated copper based composite powder was prepared, and based on high-quality powder, configured copper based composite materials and 3D printed copper based materials were designed and prepared, breaking the contradiction between the strength and conductivity of copper based materials.

Professor Jiang Yihui from Xi'an University of Technology

Li Zhou, Dean of the School of Materials Science and Engineering at Central South University, presented a report titled "Several Thoughts on the Development of High Performance Copper based Composite Materials", which systematically elaborated on various advanced copper alloy composite technologies, including aging precipitation, in-situ endogeneity, solid-liquid composite, solid solid composite, and liquid-liquid composite technologies. In terms of aging precipitation, high-strength and high conductivity alloys represented by Cu Cr Zr and ultra-high strength elastic alloys represented by Cu Ni Sn system were emphasized; In situ endogenous technology introduces the significant effects of fiber-reinforced Cu based alloys such as Fe, Nb, Ag, etc. By combining deformation heat treatment and nanoscale Fe fibers, the mechanical properties of the alloy are significantly improved. At the same time, a new process of dual melt turbulent mixing is introduced; The solid-liquid composite technology has broken through the key technology in the continuous casting composite process, realizing the near final shape and short process production of the through ground wire for high-speed rail. It also introduces the application of immersion technology in electronic packaging materials; In terms of solid composite, copper aluminum, copper nickel, and copper steel composite tapes are widely used in many fields due to their excellent performance. At the same time, copper/graphene composite materials have been developed, which can significantly reduce copper consumption in motors; Liquid liquid composite mentioned the research progress of casting rolling composite technology.

Li Zhou, Dean of the School of Materials Science and Engineering at Central South University

Wang Hang, Vice President of Jiangxi University of Science and Technology, presented a report on the complete set of technology and equipment for vacuum continuous casting and intelligent preparation of copper rod wire wire materials. A full chain research has been carried out to address the low level of intelligence and poor consistency of material properties in the production of copper rods, wires, and wires in China. Through a complete set of vacuum continuous casting technology, high-quality and precise control of oxygen content within 2-4ppm copper rod blanks have been achieved. Devices such as tension intelligent control, online wire diameter monitoring, automatic continuous wire retraction and reel changing have been developed, and unmanned production of copper wire processing has been achieved. Systems and equipment such as intelligent diameter measurement and error prevention, key data acquisition, and energy consumption control have been developed, achieving accurate perception of production data and integrated collaborative optimization control throughout the entire process; We have developed data sensing devices and layered and segmented governance methods, and built a dedicated lightweight smart factory; In terms of material design, a machine learning system based on phase interface feature orientation has been developed to achieve intelligent design of copper materials.

Vice President Wang Hang of Jiangxi University of Science and Technology

Liu Kaihui, a distinguished professor at Peking University and director of the Institute of Condensed Matter Physics at the School of Physics, delivered a report on "Atomic Manufacturing of Single Crystal Copper Materials". Copper is widely used in key fields such as integrated circuits, high-frequency communications, new energy, and aerospace due to its excellent conductivity, thermal conductivity, and ductility. However, currently commercial copper materials mainly have polycrystalline structures, and defects such as grain boundaries severely limit their intrinsic properties. Single crystal copper, with its grain boundary free structure, can achieve more efficient electronic and thermal transport, showing important application prospects in high-end electronic and functional devices. The key issue restricting its development is the lack of efficient, low-cost, and scalable preparation technologies. The report focuses on "Atomic Manufacturing of Single Crystal Copper Materials" and systematically introduces the research progress in the principles of single crystal growth, process path innovation, and key application exploration. It highlights its potential applications in high conductivity and low loss interconnects, semiconductor sputtering targets, and other fields. This technology system is expected to break the bottleneck of "difficult preparation and high cost" of single crystal metal materials, and support the construction of China's independent and controllable high-end copper material system.

Liu Kaihui, distinguished professor of liberal arts at Peking University and director of the Institute of Condensed Matter Physics at the School of Physics

Li Jing, President of the International Copper Association in China, delivered a report titled "Reflections and Exchanges on the Application and Industrial Development of Copper in China". Currently, copper has become a key mineral and is highly valued internationally by the United States, the European Union, and China. The global copper mining map shows that countries such as Chile and the Democratic Republic of Congo have the highest annual production, while China leads in copper smelting and processing. India's copper industry is also reshaping its landscape, following the path of "national capital+strategic minerals". From a resource perspective, the global copper reserves are abundant, but China's copper raw materials are highly dependent on imports and have a high degree of external dependence. However, the Qinghai Tibet Plateau is expected to become a world-class copper resource base, and Chinese funded enterprises' overseas equity mining copper production accounts for nearly 30%. In terms of application, there has been a change in the use of copper in China, with a widespread phenomenon of material substitution, such as in the fields of new energy vehicles and solar energy. In the context of energy transition, copper consumption may not necessarily increase, and factors such as product and technological changes need to be considered.

Li Jing, President of the International Copper Association in China

Liu Xinhua, Vice Dean of the Institute of New Materials Technology at Beijing University of Science and Technology, delivered a report on "Green Intelligent Processing of High Performance Copper Alloys". The report points out that the self-sufficiency rate of high-end integrated circuit lead frame products in China is low, and high-end products rely on imports, facing challenges such as foreign patent blockades. The team has researched the integration of composition, organizational structure, and process, new methods for intelligent design, and new technologies for short process intelligent manufacturing. They have constructed a specialized database for copper alloys and developed an MLDS design system, achieving independent design of high-end copper alloys and improving their performance; Proposed a method for microstructure design and precise control throughout the entire process of solidification deformation heat treatment, breaking through the strength conductivity inversion relationship; Invented new technologies such as hot cold combined casting and horizontal continuous casting, shortening the process flow, reducing costs, and achieving green production.

Liu Xinhua, Vice Dean of the Institute of New Materials Technology at Beijing University of Science and Technology

Mo Yongda, a first-class researcher at the China Aluminum Science and Technology Research Institute and director of the Strategic Emerging Materials Innovation Center, gave a report on the development trend and prospects of copper processing technology. The report points out that in the past 20 years, China's copper processing industry has resonated with global industrial development. China has made breakthroughs in the research and development of new generation copper based materials, and some products and technologies have shifted from tracking and imitation to independent research and development. China has also become the world's largest producer and consumer of copper processing materials. In terms of research and development, the development direction of high-end copper based materials mainly includes six aspects: structural and functional integration, material and device integration, etc; In terms of product development, the variety of copper processing products has doubled in the past 20 years and gradually developed towards high-end, functional, and customized directions; In terms of technological achievements, breakthroughs have been made in new copper processing technologies, and special preparation technologies such as additive manufacturing have been industrialized or are in the research and development stage. At the same time, production equipment also presents features of precision, intelligence, and low carbonization, and the new generation of equipment supports the leapfrog development of strategic products.

Mo Yongda, a first-class researcher at the China Aluminum Science and Technology Research Institute and director of the Strategic Emerging Materials Innovation Center

On the afternoon of June 9th, the conference also held a training course on copper processing risk management futures for 2025. Fan Shunke, Deputy Secretary of the Party Committee of China Nonferrous Metals Industry Association and Chairman of China Nonferrous Metals Processing Industry Association, and Wen Yue, representative of the management team of Copper Crown Jinyuan Futures Co., Ltd., delivered speeches at the training course. A total of six experts gave wonderful reports on how to promote copper processing enterprises to master the application of financial tools such as futures and options, improve their ability to manage price risks, and help the industry develop with high quality.

According to the schedule, on the morning of June 11th, the conference will also hold sub forums on the development of copper strip foil industry, copper tube rod wire and special processing industry. There will be 8 and 7 experts respectively, totaling 15 experts, who will give wonderful special reports on the development of copper strip foil, copper tube rod wire and special processing industry.

On the afternoon of June 11th, the conference will organize visits to Henan Zhongyuan Gold Smelting Plant Co., Ltd., Lingbaobao Xin Electronic Technology Co., Ltd., Lingbao Jinyuan Chaohui Copper Industry Co., Ltd., Lingbao City Surface Treatment Circular Economy Industrial Park and other places.

The co organizers of this conference include: Jinwei Copper Industry Branch of Tongling Nonferrous Metals Group Co., Ltd., Henan Academy of Sciences, Anhui Chujiang Science and Technology New Materials Co., Ltd., Zhejiang Hailiang Co., Ltd., Ningbo Jintian Copper Industry (Group) Co., Ltd., Tongguan Jinyuan Futures Co., Ltd., Lizhan Expo Group, Ningbo Xingye Shengtai Group Co., Ltd., Zhejiang Libo Holdings Group Co., Ltd., Shaanxi Sirui New Materials Co., Ltd., China Aluminum Luoyang Copper Processing Co., Ltd., China Copper Huazhong Copper Industry Co., Ltd., Ningbo Changzhen Copper Industry Co., Ltd., International Copper Industry Association, Henan Zhongyuan Gold Smelting Plant Co., Ltd., Sanmenxia Hongxin New Materials Technology Co., Ltd., Longdian Huaxin. Shenzhen Holdings Group Co., Ltd., Jiangsu Fuwei Technology Co., Ltd Zhongse Technology Co., Ltd., China National Heavy Machinery Research Institute Co., Ltd., Jiangxi Kaian New Materials Group Co., Ltd., Jiangxi Xinyue New Materials Group Co., Ltd., Jiangsu Hengtong Precision Copper Industry Co., Ltd., Wuxi Shenkang Technology Co., Ltd., Hangzhou Zhonghui Industrial Furnace Co., Ltd., Northern Mining Co., Ltd., Shanghai Jinglin Packaging Machinery Co., Ltd., Jiangyin Changli Machinery Equipment Manufacturing Co., Ltd., Jinlong Precision Copper Tube Group Co., Ltd., Anhui Xinhai Gaodao New Materials Co., Ltd., Dalian Kangfeng Technology Co., Ltd., Jiangsu Cuilong Precision Copper Tube Co., Ltd., Ningbo Bowei Alloy Materials Co., Ltd., Zhongse Zhengrui (Shandong) Copper Industry Co., Ltd., Jiangxi Jinpin Copper Industry Technology Co., Ltd. Shanghai Wuxing Copper Industry Co., Ltd Shanxi Beitong New Material Technology Co., Ltd., Fujian Zijin Copper Industry Co., Ltd., Lingbao Jinyuan Chaohui Copper Industry Co., Ltd., Guotou Jincheng Metallurgy Co., Ltd., Shandong Henghui Energy saving Technology Group Co., Ltd., Chongqing Yutong Nonferrous Metals Co., Ltd., Zhejiang Huayuan Electrical Materials Co., Ltd., Changshu Zhongjia New Materials Co., Ltd., Guangzhou Radial Power Copper Materials Co., Ltd., Taiyuan Jinxi Chunlei Copper Industry Co., Ltd., Anhui Xinke New Materials Co., Ltd., Anhui Zhongyuan New Materials Co., Ltd., Qingdao Hongtai Copper Industry Co., Ltd., and China Ruilin Engineering Technology Co., Ltd.

This conference also received strong support from the following units: Beijing Guofa Xundel Technology Service Co., Ltd., Anhui Tuomeiwei Copper Industry Group Co., Ltd., Zhejiang Shuangyuan Technology Co., Ltd., Jinan Bond Laser Co., Ltd., Anhui Feixiang New Material Technology Co., Ltd., Shenyang Hengrun Vacuum Technology Co., Ltd., Ametek Trading (Shanghai) Co., Ltd., Hangzhou Boye Precision Tools Co., Ltd., Zhengzhou Xinyide Electromechanical Equipment Co., Ltd., Hubei Weiweian Technology Co., Ltd., Fils Precision Forming Technology (Suzhou) Co., Ltd., Anhui Huachuang Environmental Protection Equipment Technology Co., Ltd., Hunan Taijia New Material Technology Co., Ltd., Frank Technology (Wuhan) Co., Ltd., Shanghai Yajue Electrical Equipment Manufacturing Co., Ltd., Kaideli Refractory Materials (China)

On June 10th, the 2025 China Copper Processing Industry Annual Conference and China (Sanmenxia) Copper Industry High Quality Development Conference, hosted by the China Nonferrous Metals Processing Industry Association, the People's Government of Sanmenxia City, Henan Province, and the Shanghai Futures Exchange, and organized by the Sanmenxia Industry and Information Technology Bureau, Sanmenxia Finance Bureau, and the People's Government of Lingbao City, was grandly opened in Sanmenxia City, Henan Province. Nearly a thousand representatives from over 500 copper processing related enterprises participated in this grand event.

Conference venue

The conference focuses on seizing the strategic opportunity of deep restructuring of the global industrial and supply chains, responding to the fundamental requirements of high-quality national development, striving to promote industrial innovation and development models, accelerating deepening structural adjustment and upgrading to intelligent and green technologies, and continuously consolidating and enhancing the new development pattern with domestic circulation as the mainstay and domestic and international circulations mutually promoting each other. Strive to steadily climb China's copper processing industry to the mid to high end of the global value chain during the 15th Five Year Plan period, laying a solid foundation for the basic construction of a world copper processing industry powerhouse.

The main leaders and guests attending this conference include: Fan Shunke, Deputy Secretary of the Party Committee of the China Nonferrous Metals Industry Association and Chairman of the China Nonferrous Metals Processing Industry Association; Xu Xiangfeng, Mayor of Sanmenxia City; Song Kexing, Secretary of the Party Committee and Executive Director of the Henan Academy of Sciences; Sun Shufang, Standing Committee Member and Executive Deputy Mayor of Sanmenxia City; Zhang Haiqing, Second level Inspector of the Henan Provincial Department of Finance; Ren Weijun, Second level Inspector of the Henan Provincial Department of Industry and Information Technology; Zhang Zhigang, Standing Committee Member and Secretary of the Lingbao City Committee of Sanmenxia City; Wang Zhaosheng, Deputy Mayor of Sanmenxia City; Chen Zhuo, Secretary of the Party Committee, President, and Editor in Chief of Metallurgical Industry Press Co., Ltd.; Liu Shengguo, Deputy Secretary General of Tongling City People's Government. Cao Jianguo, Chairman of the Board of Directors of Hailiang Group and Chairman of Zhejiang Hailiang Co., Ltd., Ningbo Jintian Copper Industry (Group) Chairman Lou Cheng of the Joint Stock Co., Ltd., Party Secretary and Chairman Huang Ming of Jinlong Precision Copper Tube Group Co., Ltd., Chairman Luo Yuefeng of Zhejiang Libo Holdings Group Co., Ltd., Chairman Lu Minghua of Jiangsu Cuilong Precision Copper Tube Co., Ltd., Party Secretary, Chairman and General Manager Lou Jianting of China Nonferrous Metals Technology Co., Ltd., former Chief Economist Cheng Manjiang of Bank of China International, Vice President Liang Shuhua of Xi'an University of Technology, Vice President Wang Hang of Jiangxi University of Technology, President Li Jing of the International Copper Industry Association China, Deputy Secretary General and Director of the Heavy Metal Department and Mineral Resources Office of China Nonferrous Metals Industry Association Duan Shaofu, Senior Manager of Shanghai Futures Exchange Li Xuan, Executive President Liu Libin of Henan Nonferrous Metals Industry Association, General Manager of Tongling Jinwei Copper Industry Manager Hu Tongsheng, representative of the management team of Tongguan Jinyuan Futures, Wen Yue, Jiang Weidong, Deputy Secretary of the Party Committee, Vice Chairman, and General Manager of Northern Copper Industry, Liao Zhongyi, General Manager of Henan Zhongyuan Gold Smelting Plant, Wang Guanran, Chairman of Longdian Huaxin, Liu Qiangzi, General Manager of Hongxin New Materials, Zhang Ganxiang, President of Jiangxi Xinyue, Cao Weijian, General Manager of Hengtong Copper Industry, Niu Zhenggang, Secretary of the Party Committee and General Manager of Zhongse Zhengrui, Li Yi, General Manager of Shanghai Wuxing Copper Industry, Qin Bing, General Manager of Jingda Co., Ltd., Zou Liwen, Chairman of Shandong Henghui, Chai Shengli, Chairman of Shanxi North Copper, Wang Kangbing, Chairman of Wuxi Shenkang, Yu Guoqing, General Manager of Jiangyin Changli, Xu Anya, General Manager of Jinglin Packaging, and Song Bing, General Manager of Dalian Kangfeng. Xu Jiaxiang, General Manager of Qingyuan Chujiang High precision Copper Strip, Yuan Hefeng, Assistant General Manager of Ningbo Xingye, Gao Bin, Deputy General Manager of Shaanxi Sirui, Wang Huaxing, Deputy General Manager of Chinalco Luoyang Copper, Ma Jing, Deputy General Manager of Chinalco Huazhong Copper, Shi Lixia, Deputy General Manager of Ningbo Changzhen, Sun Jun, Deputy General Manager of Fuwei Technology, Tang Jiake, Executive Deputy General Manager of Zhonghui Industrial Furnace, Hu Mengkang, Chairman of Chongqing Yutong, Guo Yuhui, Chairman of Taiyuan Jinxi Chunlei, Tao Junbing, General Manager of Zhongyuan New Materials, Huang Xuankai, Chairman of Huayuan Electric, Lu Jingyong, General Manager of Shandong Zhongjia, etc.

The opening ceremony of the conference was presided over by Sun Shufang, member of the Standing Committee of the Sanmenxia Municipal Party Committee and Executive Vice Mayor.

Sun Shufang, member of the Standing Committee of the Sanmenxia Municipal Party Committee and Executive Vice Mayor, presided over the opening ceremony

One is to improve the quality of industrial operation while maintaining stability. In 2024, China's copper processing material production reached 21.25 million tons, a year-on-year increase of 1.9%, further improving the industry's resilience. Secondly, the net export volume has reached a new high. Despite the intensification of international trade frictions and the cancellation of copper export tax rebates in early December last year, China still achieved copper exports of 828000 tons in 2024, a year-on-year increase of 22.1%, with a net export of 463000 tons, reaching a new historical high. The third is the continuous empowerment of technological innovation. Six achievements, including the preparation and application of ultrafine grained ultra-low oxygen, high uniformity oxygen free copper materials, won the first prize of the 2024 China Nonferrous Metals Industry Science and Technology Award. New products such as ultra-thin copper alloy strip foil, copper silver plated high-speed connecting copper cable, high-purity copper target material, copper graphene composite material, 1000V or above electromagnetic wire, high wear-resistant lead tin bronze, and high-temperature resistant copper chromium niobium alloy continue to break through and are applied in emerging industries such as artificial intelligence, commercial aerospace, semiconductors, and low altitude economy. Fourthly, green and intelligent development is steadily advancing. As of 2024, more than 40 copper processing enterprises in the industry have been awarded the title of national green factory, and green and low-carbon have become conscious actions for the development of the industry; Four enterprises, including Jintian Copper, have been selected as outstanding intelligent factories by the Ministry of Industry and Information Technology (the first batch), and four enterprises, including Bowei Alloy, have fully built national level 5G factories by 2024. Intelligent manufacturing is increasingly recognized by the industry for improving product quality and reducing costs.

Fan Shunke said that the achievements are hard won and we need to work harder in the future. The current US tariff policy is accelerating the evolution of the world's century long changes, leading to the rapid restructuring of global industrial and supply chains, and an increase in uncertain and unpredictable factors. At the same time, the foundation for the domestic economic recovery is not yet stable, and copper processing is also facing challenges such as insufficient independent innovation, industry competition, and difficulties in production and operation for some enterprises. In this regard, the entire industry should not only face difficulties and challenges, but also have firm confidence in development: firstly, copper is widely used. Copper is the second largest non-ferrous metal in terms of usage, second only to aluminum. It is not only an important basic material for national defense technology industry and strategic emerging industries, but also an important carrier for meeting people's needs for a better life. In recent years, the production of copper processing materials in China has been continuously increasing, and although there has been differentiation in segmented varieties, the total amount has not yet reached a turning point. The second is that emerging applications have a promising future. "New Three Kinds" has become an important engine to drive copper consumption. Emerging industries such as artificial intelligence, robots, low altitude economy, satellite Internet will not only put forward higher performance requirements for copper products, but also further enrich the application scenarios of copper products. Thirdly, from an international perspective, China's copper processing industry chain and supply chain have strong comparative advantages, strong market competitiveness, and cannot be separated from the international industry chain for the time being. Therefore, we firmly believe that with the advantages of China's super large market, complete industrial system, abundant talent resources, and world leading technology and equipment, as long as we do our own work seriously, innovate and maintain integrity, and upgrade our demand, the copper processing industry in China still has great potential and achievements, and its medium - and long-term development will continue to improve.

Regarding the next development of the copper processing industry, Fan Shunke proposes five suggestions: firstly, re planning and repositioning; Secondly, we must adhere to independent innovation and achieve technological self-reliance and self-improvement; The third is to adhere to the substitution of imports and high-level exports; Fourthly, we must adhere to the development of intelligence, greenness, and distinctive features; The fifth is to strengthen industry self-discipline. Regarding the development of the copper industry in Sanmenxia, Fan Shunke stated that as an important copper industry cluster in the country, Sanmenxia has built a copper full industry chain ecology of "mining smelting processing circulation" under the correct leadership of the Municipal Party Committee and Government in recent years. Famous copper smelting enterprises such as Zhongyuan Gold Smelter and Guotou Jincheng have emerged, as well as a group of excellent copper processing enterprises represented by Huaxin Copper Foil, Baoxin Electronics, Jinyuan Chaohui, and Hongxin New Materials, forming an electrolytic copper production capacity of 500000 tons and a copper material processing capacity of 260000 tons (including 80000 tons of copper foil production capacity), with an output value of nearly 50 billion yuan, further enhancing its competitiveness in China. This year, the second annual conference of China's copper processing industry was held in Sanmenxia, and we witnessed the changes in the Sanmenxia copper industry cluster. Finally, he hopes that Sanmenxia will continue to do a good job in extending and strengthening the supply chain, creating an innovative and intelligent highland, telling the story of green and low-carbon, and continuously contributing the "Sanmenxia wisdom" to promote the high-quality development of China's copper industry.

Fan Shunke, Deputy Secretary of the Party Committee of China Nonferrous Metals Industry Association and Chairman of China Nonferrous Metals Processing Industry Association

Mayor Xu Xiangfeng of Sanmenxia People's Government stated in his speech that Sanmenxia is located in the western part of Henan Province and is a city with a long history, abundant resources, livable ecology, and prosperous industries. He stated that copper is a strategic resource related to national economy, people's livelihood, and economic development, and the copper industry is a strong support for the development of strategic emerging industries. He hopes to use copper as a medium to promote the industry, fully strengthen copper smelting, optimize copper processing, and deepen the industrial chain, and jointly draw a new blueprint for industrial synergy; By gathering wisdom to overcome difficulties, focusing on new trends in the industry, new needs of enterprises, and new technological breakthroughs, strengthening scientific and technological cooperation and breakthroughs, and jointly creating a new chapter of innovative development; Honesty is the foundation for strong cooperation, using the highest quality environment, sincere sincerity, and considerate service to create a new model of win-win cooperation.

Mayor Xu Xiangfeng of Sanmenxia People's Government

In the investment promotion session of Sanmenxia City, Wang Zhaosheng, Deputy Mayor of Sanmenxia City People's Government, introduced the investment environment and cooperation projects of Sanmenxia City. Subsequently, a copper industry project signing ceremony was held.

Recommended by Wang Zhaosheng, Deputy Mayor of Sanmenxia City People's Government

Copper Industry Project Signing Ceremony

A release ceremony was also held at the opening ceremony. Fan Shunke, Deputy Secretary of the Party Committee of China Nonferrous Metals Industry Association and Chairman of China Nonferrous Metals Processing Industry Association, Chen Zhuo, Secretary of the Party Committee and President of Metallurgical Industry Press, Lou Huafen, Chief Expert of China Aluminum Industry Group, Song Kexing, Secretary of the Party Committee and Executive Dean of Henan Academy of Sciences, Li Zhou, Dean of the School of Materials Science and Engineering at Central South University, Liang Shuhua, Vice President of Xi'an University of Technology, Cao Jianguo, Chairman of the Board of Directors of Hailiang Group and Chairman of Zhejiang Hailiang Co., Ltd., and Huang Guojie, Chief Expert of China Nonferrous Mining Group, took the stage to release the "Practical Manual of Copper Processing Technology (Second Edition)". Subsequently, the list of outstanding patents in the copper processing industry was announced. Jin Haiming, Secretary General of China Nonferrous Metal Processing Industry Association, presided over the meeting.

Jointly release the "Practical Handbook of Copper Processing Technology (Second Edition)"

Hosted by Jin Haiming, Secretary General of China Nonferrous Metals Processing Industry Association

In his keynote speech "Overcoming Difficulties and Fully Promoting the High Quality Development of Copper Processing Industry", Fan Shunke systematically analyzed the basic situation and operational characteristics of the domestic industry: firstly, the upstream of China's copper industry lacks resources; Secondly, the production of copper materials has remained stable with some increase; Thirdly, the net export of copper materials has reached a historic high; The fourth is an increase in profit statistics and a decrease in perception; Fifth, there is still potential for consumption; The sixth is the continuous enhancement of technological innovation, greening, and intelligence; Seventh, there has been progress in overseas layout and investment. In the report, Fan Shunke also specifically introduced the development status of overseas copper processing industry and well-known enterprises, including the development of overseas copper processing industry, well-known overseas copper processing enterprises, and precautions for Chinese enterprises' export and overseas layout. Fan Shunke stated that the current industry is facing issues and challenges such as US tariff policies or reshaping the layout of the copper processing industry, the persistent problem of "internal competition" in the industry, the long way to go in tackling high-end product technology and market promotion, and the need to pay attention to replacing copper with aluminum. Finally, the path to promoting high-quality development of the copper processing industry was pointed out: firstly, to strengthen confidence; Secondly, re planning and repositioning; The third is to focus on innovation; Fourthly, adjusting the structure; Fifth, put more effort into high-level exports; Six is heavy management; Seventh, strengthen industry self-discipline.

Song Kexing, Secretary of the Party Committee and Executive Director of Henan Academy of Sciences, detailed the basic research and technological development progress of high-performance copper alloys in his report "Research Progress of High Performance Copper Alloys". He also explained the technological development progress of digital research and manufacturing technology for copper processing, trace impurity element control technology, electrodeposition microstructure control technology, micro wire manufacturing technology, rotary forging deformation technology, composite manufacturing technology, component precision forming technology, additive manufacturing technology, single crystal copper manufacturing technology, etc. Finally, he pointed out some future development directions for new copper processing technologies.

Song Kexing, Secretary of the Party Committee and Executive Director of Henan Academy of Sciences, delivered a keynote speech

Cheng Manjiang, former Chief Economist of Bank of China International, provided a detailed introduction and in-depth analysis in his report "Trump 2.0 and the Reconstruction of the International Economic Order" from the following seven aspects: globalization is the result of a rule-based international order; The US economy, the biggest beneficiary of globalization, is accelerating its imbalance; The hollowing out of American industries has become an important challenge to current economic globalization; The United States is committed to reshaping the international order with a new round of technological revolution; Will Trump's' America First 'strategy bring an end to globalization; Review and Prospect of Trump's Two Tariff Wars; Trump's policies disrupt the functioning of the US economy and financial markets.

Former Chief Economist of Bank of China International, Cheng Manjiang, delivered a keynote speech

In the afternoon, a forum was held for the deans of material science and research institutes in Chinese copper related universities in 2025. The forum was chaired by Song Kexing, Secretary of the Party Committee and Executive Director of Henan Academy of Sciences, and Wu Qiong, Deputy Secretary General of China Nonferrous Metals Processing Industry Association.

Professor Jiang Yihui, on behalf of Vice President Liang Shuhua of Xi'an University of Technology, delivered a report titled "New Developments in Copper based Composite Materials Research". The research team has conducted basic research on the preparation of copper based composite materials for core conductive/heat-conducting components in high-end equipment. Using reactive casting technology, design and prepare particle whisker hybrid reinforced copper based composites and micro nano dual scale reinforced copper based composites; Through instrument innovation, in-situ self generated copper based composite powder was prepared, and based on high-quality powder, configured copper based composite materials and 3D printed copper based materials were designed and prepared, breaking the contradiction between the strength and conductivity of copper based materials.

Professor Jiang Yihui from Xi'an University of Technology

Li Zhou, Dean of the School of Materials Science and Engineering at Central South University, presented a report titled "Several Thoughts on the Development of High Performance Copper based Composite Materials", which systematically elaborated on various advanced copper alloy composite technologies, including aging precipitation, in-situ endogeneity, solid-liquid composite, solid solid composite, and liquid-liquid composite technologies. In terms of aging precipitation, high-strength and high conductivity alloys represented by Cu Cr Zr and ultra-high strength elastic alloys represented by Cu Ni Sn system were emphasized; In situ endogenous technology introduces the significant effects of fiber-reinforced Cu based alloys such as Fe, Nb, Ag, etc. By combining deformation heat treatment and nanoscale Fe fibers, the mechanical properties of the alloy are significantly improved. At the same time, a new process of dual melt turbulent mixing is introduced; The solid-liquid composite technology has broken through the key technology in the continuous casting composite process, realizing the near final shape and short process production of the through ground wire for high-speed rail. It also introduces the application of immersion technology in electronic packaging materials; In terms of solid composite, copper aluminum, copper nickel, and copper steel composite tapes are widely used in many fields due to their excellent performance. At the same time, copper/graphene composite materials have been developed, which can significantly reduce copper consumption in motors; Liquid liquid composite mentioned the research progress of casting rolling composite technology.

Li Zhou, Dean of the School of Materials Science and Engineering at Central South University

Wang Hang, Vice President of Jiangxi University of Science and Technology, presented a report on the complete set of technology and equipment for vacuum continuous casting and intelligent preparation of copper rod wire wire materials. A full chain research has been carried out to address the low level of intelligence and poor consistency of material properties in the production of copper rods, wires, and wires in China. Through a complete set of vacuum continuous casting technology, high-quality and precise control of oxygen content within 2-4ppm copper rod blanks have been achieved. Devices such as tension intelligent control, online wire diameter monitoring, automatic continuous wire retraction and reel changing have been developed, and unmanned production of copper wire processing has been achieved. Systems and equipment such as intelligent diameter measurement and error prevention, key data acquisition, and energy consumption control have been developed, achieving accurate perception of production data and integrated collaborative optimization control throughout the entire process; We have developed data sensing devices and layered and segmented governance methods, and built a dedicated lightweight smart factory; In terms of material design, a machine learning system based on phase interface feature orientation has been developed to achieve intelligent design of copper materials.

Vice President Wang Hang of Jiangxi University of Science and Technology

Liu Kaihui, a distinguished professor at Peking University and director of the Institute of Condensed Matter Physics at the School of Physics, delivered a report on "Atomic Manufacturing of Single Crystal Copper Materials". Copper is widely used in key fields such as integrated circuits, high-frequency communications, new energy, and aerospace due to its excellent conductivity, thermal conductivity, and ductility. However, currently commercial copper materials mainly have polycrystalline structures, and defects such as grain boundaries severely limit their intrinsic properties. Single crystal copper, with its grain boundary free structure, can achieve more efficient electronic and thermal transport, showing important application prospects in high-end electronic and functional devices. The key issue restricting its development is the lack of efficient, low-cost, and scalable preparation technologies. The report focuses on "Atomic Manufacturing of Single Crystal Copper Materials" and systematically introduces the research progress in the principles of single crystal growth, process path innovation, and key application exploration. It highlights its potential applications in high conductivity and low loss interconnects, semiconductor sputtering targets, and other fields. This technology system is expected to break the bottleneck of "difficult preparation and high cost" of single crystal metal materials, and support the construction of China's independent and controllable high-end copper material system.

Liu Kaihui, distinguished professor of liberal arts at Peking University and director of the Institute of Condensed Matter Physics at the School of Physics

Li Jing, President of the International Copper Association in China, delivered a report titled "Reflections and Exchanges on the Application and Industrial Development of Copper in China". Currently, copper has become a key mineral and is highly valued internationally by the United States, the European Union, and China. The global copper mining map shows that countries such as Chile and the Democratic Republic of Congo have the highest annual production, while China leads in copper smelting and processing. India's copper industry is also reshaping its landscape, following the path of "national capital+strategic minerals". From a resource perspective, the global copper reserves are abundant, but China's copper raw materials are highly dependent on imports and have a high degree of external dependence. However, the Qinghai Tibet Plateau is expected to become a world-class copper resource base, and Chinese funded enterprises' overseas equity mining copper production accounts for nearly 30%. In terms of application, there has been a change in the use of copper in China, with a widespread phenomenon of material substitution, such as in the fields of new energy vehicles and solar energy. In the context of energy transition, copper consumption may not necessarily increase, and factors such as product and technological changes need to be considered.

Li Jing, President of the International Copper Association in China

Liu Xinhua, Vice Dean of the Institute of New Materials Technology at Beijing University of Science and Technology, delivered a report on "Green Intelligent Processing of High Performance Copper Alloys". The report points out that the self-sufficiency rate of high-end integrated circuit lead frame products in China is low, and high-end products rely on imports, facing challenges such as foreign patent blockades. The team has researched the integration of composition, organizational structure, and process, new methods for intelligent design, and new technologies for short process intelligent manufacturing. They have constructed a specialized database for copper alloys and developed an MLDS design system, achieving independent design of high-end copper alloys and improving their performance; Proposed a method for microstructure design and precise control throughout the entire process of solidification deformation heat treatment, breaking through the strength conductivity inversion relationship; Invented new technologies such as hot cold combined casting and horizontal continuous casting, shortening the process flow, reducing costs, and achieving green production.

Liu Xinhua, Vice Dean of the Institute of New Materials Technology at Beijing University of Science and Technology

Mo Yongda, a first-class researcher at the China Aluminum Science and Technology Research Institute and director of the Strategic Emerging Materials Innovation Center, gave a report on the development trend and prospects of copper processing technology. The report points out that in the past 20 years, China's copper processing industry has resonated with global industrial development. China has made breakthroughs in the research and development of new generation copper based materials, and some products and technologies have shifted from tracking and imitation to independent research and development. China has also become the world's largest producer and consumer of copper processing materials. In terms of research and development, the development direction of high-end copper based materials mainly includes six aspects: structural and functional integration, material and device integration, etc; In terms of product development, the variety of copper processing products has doubled in the past 20 years and gradually developed towards high-end, functional, and customized directions; In terms of technological achievements, breakthroughs have been made in new copper processing technologies, and special preparation technologies such as additive manufacturing have been industrialized or are in the research and development stage. At the same time, production equipment also presents features of precision, intelligence, and low carbonization, and the new generation of equipment supports the leapfrog development of strategic products.

Mo Yongda, a first-class researcher at the China Aluminum Science and Technology Research Institute and director of the Strategic Emerging Materials Innovation Center

On the afternoon of June 9th, the conference also held a training course on copper processing risk management futures for 2025. Fan Shunke, Deputy Secretary of the Party Committee of China Nonferrous Metals Industry Association and Chairman of China Nonferrous Metals Processing Industry Association, and Wen Yue, representative of the management team of Copper Crown Jinyuan Futures Co., Ltd., delivered speeches at the training course. A total of six experts gave wonderful reports on how to promote copper processing enterprises to master the application of financial tools such as futures and options, improve their ability to manage price risks, and help the industry develop with high quality.

According to the schedule, on the morning of June 11th, the conference will also hold sub forums on the development of copper strip foil industry, copper tube rod wire and special processing industry. There will be 8 and 7 experts respectively, totaling 15 experts, who will give wonderful special reports on the development of copper strip foil, copper tube rod wire and special processing industry.

On the afternoon of June 11th, the conference will organize visits to Henan Zhongyuan Gold Smelting Plant Co., Ltd., Lingbaobao Xin Electronic Technology Co., Ltd., Lingbao Jinyuan Chaohui Copper Industry Co., Ltd., Lingbao City Surface Treatment Circular Economy Industrial Park and other places.

The co organizers of this conference include: Jinwei Copper Industry Branch of Tongling Nonferrous Metals Group Co., Ltd., Henan Academy of Sciences, Anhui Chujiang Science and Technology New Materials Co., Ltd., Zhejiang Hailiang Co., Ltd., Ningbo Jintian Copper Industry (Group) Co., Ltd., Tongguan Jinyuan Futures Co., Ltd., Lizhan Expo Group, Ningbo Xingye Shengtai Group Co., Ltd., Zhejiang Libo Holdings Group Co., Ltd., Shaanxi Sirui New Materials Co., Ltd., China Aluminum Luoyang Copper Processing Co., Ltd., China Copper Huazhong Copper Industry Co., Ltd., Ningbo Changzhen Copper Industry Co., Ltd., International Copper Industry Association, Henan Zhongyuan Gold Smelting Plant Co., Ltd., Sanmenxia Hongxin New Materials Technology Co., Ltd., Longdian Huaxin. Shenzhen Holdings Group Co., Ltd., Jiangsu Fuwei Technology Co., Ltd Zhongse Technology Co., Ltd., China National Heavy Machinery Research Institute Co., Ltd., Jiangxi Kaian New Materials Group Co., Ltd., Jiangxi Xinyue New Materials Group Co., Ltd., Jiangsu Hengtong Precision Copper Industry Co., Ltd., Wuxi Shenkang Technology Co., Ltd., Hangzhou Zhonghui Industrial Furnace Co., Ltd., Northern Mining Co., Ltd., Shanghai Jinglin Packaging Machinery Co., Ltd., Jiangyin Changli Machinery Equipment Manufacturing Co., Ltd., Jinlong Precision Copper Tube Group Co., Ltd., Anhui Xinhai Gaodao New Materials Co., Ltd., Dalian Kangfeng Technology Co., Ltd., Jiangsu Cuilong Precision Copper Tube Co., Ltd., Ningbo Bowei Alloy Materials Co., Ltd., Zhongse Zhengrui (Shandong) Copper Industry Co., Ltd., Jiangxi Jinpin Copper Industry Technology Co., Ltd. Shanghai Wuxing Copper Industry Co., Ltd Shanxi Beitong New Material Technology Co., Ltd., Fujian Zijin Copper Industry Co., Ltd., Lingbao Jinyuan Chaohui Copper Industry Co., Ltd., Guotou Jincheng Metallurgy Co., Ltd., Shandong Henghui Energy saving Technology Group Co., Ltd., Chongqing Yutong Nonferrous Metals Co., Ltd., Zhejiang Huayuan Electrical Materials Co., Ltd., Changshu Zhongjia New Materials Co., Ltd., Guangzhou Radial Power Copper Materials Co., Ltd., Taiyuan Jinxi Chunlei Copper Industry Co., Ltd., Anhui Xinke New Materials Co., Ltd., Anhui Zhongyuan New Materials Co., Ltd., Qingdao Hongtai Copper Industry Co., Ltd., and China Ruilin Engineering Technology Co., Ltd.

This conference also received strong support from the following units: Beijing Guofa Xundel Technology Service Co., Ltd., Anhui Tuomeiwei Copper Industry Group Co., Ltd., Zhejiang Shuangyuan Technology Co., Ltd., Jinan Bond Laser Co., Ltd., Anhui Feixiang New Material Technology Co., Ltd., Shenyang Hengrun Vacuum Technology Co., Ltd., Ametek Trading (Shanghai) Co., Ltd., Hangzhou Boye Precision Tools Co., Ltd., Zhengzhou Xinyide Electromechanical Equipment Co., Ltd., Hubei Weiweian Technology Co., Ltd., Fils Precision Forming Technology (Suzhou) Co., Ltd., Anhui Huachuang Environmental Protection Equipment Technology Co., Ltd., Hunan Taijia New Material Technology Co., Ltd., Frank Technology (Wuhan) Co., Ltd., Shanghai Yajue Electrical Equipment Manufacturing Co., Ltd., Kaideli Refractory Materials (China) Co., Ltd Henan Mengyao Technology Co., Ltd., Jiangxi Huadian Electric Power Co., Ltd., Shenzhen Smart Industry Chain Technology Co., Ltd., Suzhou Aozhi Intelligent Equipment Co., Ltd., Guangzhou Dihua Computer Technology Co., Ltd., Mingdake Metallurgical Technology (Shanghai) Co., Ltd., Ningbo Shenguang Electric Furnace Co., Ltd., Liyan Grinding Technology (Changzhou) Co., Ltd., Jiaxing Hongchuan Electromechanical Equipment Co., Ltd., Shandong Hanxin Technology Co., Ltd., Xianyang Datian Machinery Co., Ltd., Liaoning Metallurgical Technology Equipment Design and Research Institute, Metallurgical Industry Publishing Co., Ltd., Dongguan Taimingtong Metal Products Co., Ltd., Jinchuan Group Precision Copper Materials Co., Ltd., Zhengzhou Hongrun Technology Co., Ltd., Xi'an Mannaite Industrial Technology Co., Ltd., Harbin Shuojiang Thermal Energy Co., Ltd. Technology Co., Ltd Boao Precision Industry (Dalian) Co., Ltd., Zhejiang Anke Environmental Protection Technology Co., Ltd., Anhui Yanen Environmental Protection Technology Co., Ltd., Shenyang Hetai Metallurgical Equipment Co., Ltd., Kunshan Buhui Machinery Equipment Co., Ltd., Ningbo Chuangli Hydraulic Machinery Manufacturing Co., Ltd., Yuncheng Zhongtai Rubber Roller Co., Ltd., Guangdong Hanyuan Industrial Technology Co., Ltd., Guangdong Kelaibo Technology Co., Ltd., Wuxi Xishan Transformer Electric Furnace Factory, Ningbo Ding Innovative Materials Co., Ltd., Guangdong Jingchuang Lubrication Materials Co., Ltd., Foshan Xinyongtai Mold Technology Co., Ltd., Suzhou Shengfuxiang Purification Technology Co., Ltd., Baoji Jingji Equipment Co., Ltd.

Exhibition Area

Exhibition Area