On April 25-27, 2025, the 2025CVD Silicon Carbon Negative Electrode Material Technology Conference was grandly held in Qingdao. This conference brings together numerous experts, scholars, and professionals related to the silicon-based negative electrode material industry chain, aiming to deeply explore the current development status, challenges, and future prospects of vapor deposition silicon-based negative electrode technology. Bo Xin Technology, as an exhibitor, was invited to participate in this conference.

Silicon based negative electrode materials have become powerful candidates for the next generation of lithium battery negative electrode materials due to their high energy density and potential low-cost advantages. However, the problems of volume expansion and short cycle life that it faces in practical applications urgently need to be solved, and CVD (chemical vapor deposition) technology is considered one of the effective ways to solve these problems. In this context, Huaqing Lithium Battery organized this conference to build an efficient communication platform for the industry. During the conference, in-depth discussions will mainly be conducted through conference reports, exchange reports, on-site discussions, and other forms.

Baoxin Technology has attracted a lot of attention in the exhibition area of this conference. A continuous stream of visitors came to the company booth, with technical experts from battery companies and professionals from research institutes stopping to engage in in-depth exchanges with the technical team of Boxin Technology. Through in-depth communication with peers and experts, Boxin Technology not only demonstrated its technological strength and innovative achievements, but also effectively obtained the latest industry trends and cutting-edge technological information, providing strong support for the company's future technological research and market expansion in the field of silicon carbon negative electrode materials. Bo Xin Technology will continue to uphold innovative concepts and contribute more to the development of the silicon carbon negative electrode material industry.