As we pursue a greener, zero-emissions automotive industry, batteries that last longer, charge faster, and put safety first have become even more important. To do this, we need new materials, and niobium plays a decisive role in making batteries that perform better, charge faster, last longer, and are safer.
There are significant advantages to using niobium in advanced lithium-ion batteries. Niobium is used as a doping and cladding material to develop new low-cobalt or cobalt-free, lithium-rich, and manganese-based cathodes with higher performance, better electronic conductivity, and long-term stability. In addition, niobium can also be used to manufacture new anode materials with high power, fast charging, wider operating temperature range, long service life, and better safety. After more than ten years of research and development programs, the application of niobium in advanced lithium-ion batteries has shown gratifying results.
At present, CBMM | Niobium has a battery material research and development test plant with an area of about 1,000 square meters, is equipped with the most advanced technology and characterization equipment, and has carried out more than 40 ongoing projects around the world. technical items.
By 2025, CBMM plans to build three more factories for the production of niobium oxide products for batteries. By 2030, the total output of niobium oxide for batteries will exceed 20,000 tons. As a key strategy, CBMM is working with several companies to accelerate and validate the deployment of niobium technology.
The high-purity niobium powder and its niobium pentoxide target independently developed by Baoji Yusheng Metal Technology Co., Ltd. have won unanimous praise from customers in many different industries. We are also constantly improving new production processes to promote the development of niobium materials. Contribute.
