Crystal IS Materials "Discussing Graphene Coating for Lithium Battery Cathode and Anode Materials... Proving Technological Superiority"

[Asia Economy Reporter Hyungsoo Park] Crystal New Materials announced on the 21st that its wholly owned subsidiary Jiangsu Tanguoer Weisi Technology Co., Ltd. is reviewing a cooperation agreement with Sansan Group’s subsidiary Jiangsu Sanwen Technology Co., Ltd. on a graphene coating project for lithium battery anode and cathode materials.

Sanwen Technology is an innovative technology company specializing in conductive pulp for lithium-ion batteries and graphene coating of lithium battery anode and cathode materials, engaged in research and development, production, and sales of graphene and other nanocarbon material application products.

Based on its three core technologies of 'Dispersion, Coating, Compounding,' Sansan Group’s anode material shipments exceeded 80,000 tons in the first half of 2022. Its artificial graphene shipments maintain a world-leading level.

Jiangsu Tanguoer Weisi Technology Co., Ltd. possesses world-class production lines and research and development (R&D) capabilities in the graphene manufacturing field. It has established in-depth cooperative relationships in various fields including graphene thermal conductivity with Jiangsu Mengde New Materials Technology Co., Ltd., Shenzhou City Witong Packaging Technology Co., Ltd., and others. Crystal New Materials stated that their products have also received recognition and favorable reviews from customers.

The review of the cooperation relationship with Sanwen Technology on lithium battery graphene coating signifies that the excellent capabilities of China’s Crystal New Materials, which has devoted itself to the graphene field, are recognized by many advanced technology companies. It also demonstrates achievements in the expansion of graphene-related applications.

Dr. Xu Yao, Chief Technical Advisor of Crystal New Materials, said, "We will further demonstrate our graphene production capacity and technological superiority," and added, "By accelerating practical applications in the lithium battery field, we will achieve significant results in the lithium battery sector."

This content was produced with the assistance of AI translation services.