New-Quality Productivity! Reach a Strategic Cooperation with BTR to Integrate and Develop the Dry Electrode Industry Chain and Innovation Chain.

On June 27th, the strategic cooperation signing ceremony between Tsingyan Electronics and industrial shareholder BTR (stock code: 835185) was held at the Research Institute of Tsinghua University in Shenzhen. The two sides will carry out disruptive innovation of "process-material-performance" around the dry electrode technology for lithium-ion batteries, establish an all-round strategic cooperative partnership, and jointly open a new chapter in the integrated development of the "industrial chain + innovation chain" of dry electrodes!

Yang Shunyi, general manager of BTR (Jiangsu) New Material Technology Co., Ltd., and Wang Chen, chairman and general manager of Tsingyan Electronics, signed the agreement on behalf of both parties. Xu Yongjin, chief scientist and director of Tsingyan Electronics, and Li Zikun, dean of the Central Research Institute of BTR, attended and witnessed this important moment.

1. A powerful alliance is forged to jointly create new achievements.

As a technological leader in disruptive innovation of dry electrodes, Tsingyan Electronics has always been at the forefront of technological innovation and is committed to becoming a "one-stop comprehensive solution provider for dry electrodes". While BTR, as a leading enterprise in global lithium battery anode and cathode materials, with its innovative technology research and development platform and excellent production capacity, its products are widely used in electric vehicles, energy storage systems and various consumer electronics fields. The company's anode material shipments have remained the world's first for 14 consecutive years, and the cathode material is also at the forefront of the industry. This strategic cooperation between the two parties will achieve full-chain integration from the design optimization of dry materials, the innovation of dry process flow to the final product performance improvement. Through the establishment of a collaborative innovation mechanism, it is expected to accelerate the maturity and popularization of dry electrode technology, bring higher-performance and lower-cost solutions to the energy storage market, help the rapid expansion of fields such as electric vehicles and energy storage systems, and at the same time provide important support for the green transformation of the global energy structure.

2. Reshape the industrial chain and lead the future with innovation.

Under the common vision of reshaping the dry electrode industrial chain between the two parties, the cooperation between Tsingyan Electronics and BTR touches every key node of the disruptive technology of dry electrodes. From source innovation of materials to intelligent reengineering of process flow and up to highly integrated intelligent equipment, the two parties have elevated technology sharing and resource integration to a new strategic height. The first-mover advantage of Tsingyan Electronics in disruptive technology of dry electrodes, combined with BTR's excellent strength in lithium battery material science and engineering, not only indicates that a more efficient and environmentally friendly dry electrode technology has entered a period of rapid industrialization development, but also opens up a brand new path of cost reduction and efficiency increase for the development of the pure electric vehicle industry.

3. Set sail on a new journey and jointly explore the unknown boundaries

After the signing ceremony, the two sides carried out enthusiastic and in-depth technical exchanges around the physicochemical properties of the main active materials required for the dry electrode process, and reached a high degree of consensus on specific details. A monthly dynamic response schedule was formulated for the substantive promotion of the strategic cooperation between the two parties. Tsingyan Electronics and BTR unanimously agreed that through continuous and in-depth strategic cooperation between the two sides, in the field of gray-scale innovation of new processes and new materials for dry electrodes, they will build an intellectual property system shared by both parties, create new standards for the dry electrode industry, and jointly develop new materials that meet the industrialization needs of dry electrodes, injecting "new-quality productivity" into the extremely competitive lithium battery industry!