Technical Knowledge

At present, domestic mainstream LiPF6 manufacturers mainly use HF solvent method, but they have their own characteristics in the specific process. 1. Dofluoro Chemical Co., Ltd Dofluoropoly Chemical Co., Ltd. has invented a double kettle HF solvent method to prepare LiPF6, and the process is shown in Figure 4. First, PCl5 reacts with anhydrous HF to obtain the mixed solution of PF5 and anhydrous HF, then prepare the anhydrous HF solution of LiF, add it to the mixed solution, and obtain high-purity LiPF6 cryst

The recycling process of waste lithium-ion batteries mainly includes pretreatment, secondary treatment and advanced treatment. Because there is still some electricity left in the waste battery, the pretreatment process includes deep discharge process, crushing and physical separation; The purpose of secondary treatment is to realize the complete separation of positive and negative active materials from the substrate. Heat treatment, organic solvent dissolution, alkali solution dissolution and electrolysis are commo

It is necessary to explain the development direction and current situation of lithium battery UPS technology. Lithium battery UPS? I believe everyone knows UPS very well, but they are unfamiliar with lithium batteries. Yes, lithium battery is a new thing, and there are few manufacturers of lithium battery UPS in China, but it will eventually replace the traditional lead-acid battery and dominate the world. "Lithium battery" is a kind of battery with lithium metal or lithium alloy as cathode material an

The lithium battery pack recycling market is not ideal, and five bottlenecks need to be broken through. The lithium battery pack is the peak period for recycling and reuse this year, but there is no perfect solution for the recycling and reuse of lithium batteries, resulting in many batteries wasting a lot of renewable resources. How to safely recycle and environmental protection treatment, and strengthen the standardized recycling of waste power batteries, has become a problem.(Lithium - Ion Battery Equipment)

According to the Japanese Economic News on December 27, the development of lithium-ion battery technology, which can travel 500 kilometers from Tokyo to Osaka after a single charge, is becoming increasingly active in Japan. The technology of ponding chemical industry has already got the clue to make a breakthrough, and Asahi Huacheng is approaching. The existing electrode can be used, and it is expected to be practical in the first half of the 1920s. The Ministry of Economy, Trade and Industry of Japan will support

Although Japan is on the decline in the global lithium battery market, it has always firmly occupied the leading position in the high-end lithium battery market, and its lithium battery technology is also the wind vane of the entire industry. Among the Japanese lithium battery enterprises, Panasonic/Hitachi/Toshiba/Inest/GS Tangqian/Sony are the representatives. The following editor of Xianji introduces the technical routes of these seven Japanese lithium battery enterprises.(Lithium - Ion Battery Equipment) Tec

According to the Liaoning Daily, the sodium ion battery independently developed by Liaoning Xingkong Sodium Battery Co., Ltd. has entered the mass production stage recently, and the world's first sodium ion battery production line has also been put into operation. The sodium ion battery independently developed by Liaoning Xingkong Sodium Battery Co., Ltd. has three characteristics of safety, economy and environmental protection. Tested by the national authority, the product performance indicators have reache

"At present, we have formed a perfect lithium-ion battery system and mastered the structural characteristics, manufacturing process, production technology, etc. of power lithium-ion batteries. However, there is still a large gap between the homogeneity, stability, consistency and safety of single battery products and foreign countries." At the 9th International Conference on New Lithium Ion Batteries for Electric Vehicles held in Huzhou City, Zhejiang Province on October 17, Bian Shuguang, deputy director

The Energy research center of the Netherlands (ECN) has developed a new energy storage technology for lithium-ion batteries, which is said to increase the storage capacity of rechargeable batteries by 50%. In order to commercialize this new invention, ECN has also established a start-up company, Leyden JarTechnologies. This technology uses pure silicon anode to replace the graphite anode traditionally used in lithium-ion batteries, thus increasing the storage capacity of lithium-ion battery components by 10 t