With the development of the global economy, the deepening of the energy crisis and the increasing awareness of environmental protection, new energy industries such as power batteries and other environmentally friendly and low-carbon energy industries have also developed rapidly. The rapid growth of the field of new energy vehicles has also led to the growth of demand for power batteries. The overall performance of batteries, environmental impact, and manufacturing costs are all key factors that determine the sound development of new energy vehicles and other related industries.
The goal of the battery material industry, especially the lithium battery industry, is to develop batteries with larger capacity, lighter weight, longer life, stronger functions, and shorter charging times. However, the lithium compounds used in lithium batteries have specific particle size distribution requirements. Ultra-fine lithium powder can be obtained through ultra-fine grinding technology to improve the performance of the battery, such as higher usable capacity, longer service life, and faster The charging rate and so on.
After continuous innovation and research and development, ALPA has a complete set of lithium battery positive and negative material processing solutions and equipment, including dust-free feeding, magnetic separation, ultra-fine grinding, grading, powder transportation, metering and packaging, automatic batching, intelligent control, etc. Integrated design of powder process technology. Among them, the MQW series fluidized bed jet mill is favored by users in the battery material industry. It has successively entered the purchasing ranks of battery materials and related industry giants such as a new material factory in Ningde, an energy material company in Xiamen, and an electric vehicle company in Shenzhen. Has reached a long-term strategic partnership with many companies.
In order to meet the development goal of the green era, ALPA and a battery material company in Sichuan cooperated again to provide it with MQW100T-3 fluidized bed jet mill.
The single-machine capacity of this type of equipment is large-scale. The maximum linear speed of key components such as ceramic crushing discs and grading wheels exceeds 130 m/s. The single-machine crushing capacity of polycrystalline ternary materials exceeds 1000 kg/h, and energy consumption is saved by 50%. The finished product has good crushing particle shape, narrow particle size distribution, and high purity of the finished product. It is especially suitable for crushing materials with high hardness, high purity and high added value. The equipment can choose explosion-proof design according to the requirements to meet the crushing processing requirements of flammable, explosive and oxide materials.
The MQW series fluidized bed jet mill adopts closed-loop inert gas protection to keep the air content in the system to a minimum, minimize water intake, and the water increase is less than 50PPM. The equipment lining can select ceramic materials such as alumina, zirconia, silicon carbide, silicon nitride, etc. according to the needs of battery products, to minimize the intake of impurities, and the intake of magnetic substances is less than 30PPB. Its automatic and intelligent design concept It also guarantees the consistency and repeatability of the product to the greatest extent.
In order to reduce dependence on traditional petrochemical energy, energy conservation, emission reduction, and greenhouse effect, large-scale promotion and application of battery materials such as electric vehicles will become an inevitable trend, and the overall performance and manufacturing cost of batteries will also determine their commercial viability. Important indicators.
In the future, ALPA will continue to provide ultrafine pulverization technology equipment and project solutions for the battery material industry, helping new energy companies to develop a green lifestyle.