江南新材拟投资3亿元 建设高端铜基核心材料研发及产业化项目

Group 1 - Jiangnan New Materials plans to invest approximately 300 million yuan in a high-end copper-based core material R&D and industrialization project in Yingtan High-tech Industrial Development Zone, funded by self-owned or self-raised capital [1] - The investment aims to enhance the company's intelligent automation production level, achieve intensive production and office operations, improve overall operational efficiency, reduce production costs, and increase scale efficiency [1] - Jiangnan New Materials was listed on the Shanghai Stock Exchange in March this year, focusing on R&D, production, and sales of electronic circuit copper-based new materials, with core products including copper ball series, copper oxide powder series, and high-precision copper-based heat sinks [1] Group 2 - The global PCB industry is expected to experience structural growth in 2025, driven by the dual demand from AI computing power and the intelligentization of new energy vehicles, providing market opportunities for Jiangnan New Materials [2] - The company reported a revenue of 3.775 billion yuan from copper ball products in the first half of the year, an increase of 8.7% year-on-year; revenue from copper oxide powder series reached 832 million yuan, up 50.95%; and high-precision copper-based heat sink series generated 84.11 million yuan, with a staggering growth of 596.16% [2] - In the first three quarters, Jiangnan New Materials achieved a revenue of 7.569 billion yuan, a year-on-year increase of 18.34%, and a net profit of 165 million yuan, up 21.95% [2] Group 3 - Jiangnan New Materials is accelerating the construction of a 12,000-ton electronic-grade copper oxide powder project, a R&D center, and a marketing center, with the copper oxide powder project planned to invest 179 million yuan [3] - The project aims to enrich the company's product matrix and optimize the existing product structure, with future applications of copper oxide powder in lithium battery PET composite copper foil manufacturing and organic silicon monomer synthesis catalysts [3]