Relying on expert teams and R&D institutions, a high-level scientific and technological innovation platform for joint research on new energy and new materials technology
Undertake material mechanism research and precursor evaluation. Through the study of material mechanism, we can guide the precursor structure design, explore the development direction of precursor products in a forward-looking way, and lead the technological breakthrough in the industry
We have joined hands with Hong Kong University of Science and Technology, Central South University, Kunming University of Science and Technology and other World-renowned university to introduce and cultivate international advanced R&D systems of new energy technologies, build forward-looking and basic R&D bases of universities, and enhance the depth and breadth of R&D of enterprises.
Close cooperation with upstream and downstream customers and research institutions of the world's advanced industrial chain, joint research and directional development, and build a professional and market-oriented R&D cooperation system that is one step ahead of others and fully covered.
New Materials Research Institute has built a number of industry-advanced scientific research laboratories, equipped with global advanced hardware equipment, with more than 300 professional and technical personnel, and built a full-process research and development model.
While laying out the recycling industry of new energy batteries, a metal smelting system is established to finely process raw and auxiliary materials to ensure the safety of raw material supply.
CNGR New Materials has a super-large-scale R&D workshop, which ensures the efficient transformation of advanced technological achievements into mass-produced products with an annual production capacity of 4,000 tons. From small-scale test, pilot-scale test to mass production, perfect test equipment and site provide all necessary conditions for experimenters.
It has many advanced laboratories in the industry, and has the ability to comprehensively evaluate and detect the physical, chemical and electrical properties of materials.