Tsingyan Electronics Forms Strategic Cooperation with Huayi Qingchuang, an Ecosystem‑derived Enterprise of Academician Ouyang Minggao's Workstation

On September 1, the Academician Ouyang Minggao’s Workstation Ecosystem Achievements -- Huayi Qingchuang‑Puhua New Materials Silicon‑Carbon Anode Product Launch Conference was held in Yibin, Sichuan Province. Centering on cutting‑edge technological directions including novel silicon‑carbon anode materials and all‑solid‑state batteries, the event brought together industrial‑chain enterprises, scientific research institutions and industry experts to jointly explore innovation and industrialization pathways for next‑generation battery technologies.

As a key session of the event, Shenzhen Tsingyan Electronics Technology Co., Ltd. held a strategic‑cooperation signing ceremony with Sichuan Huayi Qingchuang New Materials Technology Co., Ltd. Dr. Wang Chen, Chairman of Tsingyan Electronics, and Dr. Yang Min, Chairman of Huayi Qingchuang, jointly signed the cooperation agreement. The two parties will carry out in‑depth cooperation covering advanced battery materials, dry‑process electrode technology and their industrial‑scale applications, so as to promote deep‑level integration between innovative technologies and industrial demands.

On‑site Signing

In parallel, Zhejiang Fengze New Materials Co., Ltd. completed its strategic‑cooperation signing with Sichuan Huayi Qingchuang New Materials Technology Co., Ltd., further strengthening upstream‑downstream coordination across the industrial chain and jointly driving innovation in advanced‑battery‑material sectors.

Speech by Academician Ouyang Minggao

This strategic cooperation is carried out relying on the ecosystem achievement platform of Academician Ouyang Minggao’s Workstation. At the event site, Academician Ouyang Minggao delivered an address and participated in relevant industrial‑cooperation and project‑launch ceremonies. The conference serves as an important exchange platform for technological innovation and ecological construction within the new‑energy industry.

As a technology‑oriented enterprise focusing on innovation and industrial‑scale application of dry‑process electrode technologies, Tsingyan Electronics takes self‑developed Powder‑into‑Film (PIFs) technology as its core, and keeps advancing innovation in key manufacturing processes for batteries. Different from conventional wet‑electrode processes, dry‑process electrode technology forms films directly from powder materials, effectively cutting solvent consumption and improving manufacturing efficiency, and delivering an innovative manufacturing route for high‑performance batteries. Through this cooperation, Tsingyan Electronics and Huayi Qingchuang, which focuses on R&D of advanced silicon‑carbon materials, will give play to the synergistic strengths of “advanced materials plus innovative processes”, boost deep integration between material systems and manufacturing processes, and jointly explore industrial‑scale application of dry‑process electrode technologies in next‑generation battery fields.

Going forward, Tsingyan Electronics will continue to deepen industrial‑chain cooperation, sustain technological innovation centering on Powder‑into‑Film (PIFs) technology, dry‑process electrodes and advanced energy‑storage technologies. Together with industry partners, the company will push forward technical upgrading of new‑energy‑battery manufacturing and provide technical support for high‑quality industrial development.