Graphitization is the use of thermal activation to achieve the orderly transformation of thermodynamically unstable carbon atoms from chaotic layer structure to graphite crystal structure. Therefore, in the graphitization process, high temperature heat treatment (HTT) is used to provide energy for atomic rearrangement and structural transformation. In order to improve the graphitization degree of difficult graphitized carbon materials, PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC and catalyst can also be added.
In order to get a better graphitization effect, it is necessary to do three aspects: 1. Master the method of loading resistance materials and materials into the furnace (including horizontal loading, vertical loading, dislocation and mixed loading, etc.), and adjust the distance between materials according to the different properties of resistance materials; 2. According to the different capacity of graphitization furnace and product specifications, PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field uses different power curves to control the rate of rising and cooling during graphitization; 3, in specific cases, the catalyst is added to the ingredient to improve the degree of graphitization, that is, "catalytic graphitization".
Difference: Different quality of artificial graphite, rising and cooling rate, holding time, PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC, catalyst, etc., is expected to use different types of graphitization furnace, resulting in a relatively large difference in performance and cost.
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