What is the use of conductive coating technology in lithium iron phosphate batteries?

With the development of lithium iron phosphate battery, it has received constant attention from all parties because of the possibility of becoming a lithium-ion battery for automobile power. Due to its own characteristics, the rate-type lithium iron phosphate material has developed towards nanometer, which makes it produced The performance has deteriorated. In order to improve its production performance and reduce the pole piece resistance or the internal resistance of the battery, conductive coating technology has begun to be used on a large scale, and it has developed more professionally and extended to other related industries. The use of conductive coating technology has led to the emergence of thin-film printed batteries. Conductive coatings introduce nanotechnology into battery products, and play a critical role in the development of lithium batteries. In the fast-developing mobile computing area, lithium batteries undoubtedly play a very important role. At present, the demand for energy-saving tools is rising rapidly, and the need for rational use of energy, that is, energy-saving, is also increasingly urgent. In this context, the category and market of conductive coatings are bound to become more important and more potential. Conductive coating technology can improve electrical contact, thereby reducing internal resistance, increasing rate, improving discharge efficiency and extending cycle life. The function of the coating is the same as the conductive gasket embedded in the lithium iron battery, which can ensure the air-tight electrical connection of the contact interface. In addition, the coating can also provide a solid chemical barrier for the lithium iron phosphate battery, protect the lithium iron phosphate battery from oxidation or chemical corrosion, and also prevent self-discharge, heat dissipation and leakage. It also prolongs the service life of the above-mentioned energy equipment. The conductive coating technology can effectively improve the adhesion of the pole pieces in the lithium iron phosphate battery, reduce the amount of binder used, and the electrical performance of the lithium iron phosphate battery has also been significantly improved. With the use of conductive coatings in lithium iron phosphate batteries, iron-lithium battery products can not only retain good conductivity, but also choose lower-cost lightweight uncoated metals as raw materials for battery processing, making iron-lithium battery products more weight Prices have dropped significantly. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete.