Processing Technology and Method of Lithium Battery Cathode Material

Processing technology and method of lithium battery cathode material Processing technology and method of lithium battery cathode data. Important composition data of lithium batteries include electrolyte, isolation data, positive and negative data, etc. Policies related to lithium batteries continue to promote the establishment of upstream and downstream companies such as Bamboo Shoots. Lithium batteries, as the future development direction of batteries, are the development prospects of the positive information market. The current status of the lithium battery cathode data market. Positive data is the core of power lithium batteries, accounting for about 30-40% of the manufacturing cost of new energy vehicles. At present, the commercial applications of lithium iron phosphate, lithium manganate and ternary data mainly include lithium nickel cobalt manganate and lithium nickel cobalt aluminate. Among them, the data of lithium iron phosphate and lithium manganate do not have much room for technical breakthroughs in basic research, and their energy density and important technical indicators are close to the application limit. From the perspective of technological improvement, ternary data has gradually become the mainstream of power lithium cathode data due to its advantages of high energy density, long cycle life, and high reliability. Driven by the rapid development of lithium batteries and their downstream industries, the positive data of lithium batteries has risen rapidly. In 2016, the global sales of lithium battery cathode data reached 317,400 tons, a year-on-year increase of 42.1%. From 2011 to 2016, the compound annual growth rate was 32.17%. From the application structure point of view, lithium positive electrode data storage can be subdivided into small lithium positive electrode data storage and power lithium positive electrode data storage. The small lithium positive electrode data mainly includes lithium cobalt oxide, ternary data and lithium manganese oxide, while the power lithium positive electrode data mainly includes lithium manganese oxide, lithium iron phosphate and ternary data. Processing technology of lithium battery anode data The function of lithium battery anode data directly affects the function of lithium battery, and its cost is also a direct determinant of battery cost. The processing technology of the positive electrode data is more complicated, and the synthesis route is also more complicated. The control of temperature, environment and impurity content is more stringent. There are many industrial processing procedures for positive electrode data, and the synthesis route is more complicated. The control of temperature, environment and impurity content is also relatively strict. The positive electrode data mainly includes lithium cobalt acid, lithium manganese acid, lithium iron phosphate and ternary data. Calcining skills: Select the new technology of microwave passivation and the new technology of lithium battery cathode data passivation, long-term processing of the dullness of conventional lithium battery cathode data, resulting in slow capital flow, uneven dullness, and insufficient passivation depth. The specific features are as follows: 1. The use of lithium battery positive data microwave boring equipment is convenient and fast. It only takes a few minutes to complete the deep boring, and the final moisture content can reach more than one thousandth; 2. The boring is uniform and the product quality Good; 3. The negative information of the lithium battery is highly efficient, energy-saving, safe and environmentally friendly; 4. It has no thermal inertia, and the immediate heating is easy to control. Microwave sintered lithium battery cathode data has the characteristics of fast heating speed, high power utilization, high thermal efficiency, safety and health, and no pollution. It can improve the uniformity and yield of the product, and improve the microstructure and function of the sintering data. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete.