It is used in PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC granulating process of high pressure solid microcrystalline ink. Firstly, small particle size microcrystalline ink and large particle size adhesive are put into the fusion machine for mixing, and then the fusion machine is heated to a temperature 2~4℃ lower than the softening point of the adhesive. The softening composite particles of microcrystalline ink and adhesive were obtained by fusion granulation for 60-120 min.
Then, the temperature of the fusion machine was increased to 500~700℃, and the heat was held for 1~3h. Finally, the material was cooled to room temperature, and graphitization, screening, magnetic removal and packaging were carried out to obtain the secondary composite particles for high pressure solid microcrystalline ink anode materials. PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC technology solves the problem of heavy load and wear of granulation equipment caused by high adhesive content.
PTMS LITHIUM COBALT ACID MATERIAL type classification - artificial graphite, non-carbon materials mainly include silicon based materials, tin based materials, LITHIUM titanate, etc., among which silicon based anode MATERIAL is the main focus of the major anode MATERIAL manufacturers. It is one of the most likely new anode materials for large-scale application in the future.
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