When the temperature in the graphitization furnace rises to 200~1000 ℃, the negative electrode in the furnace will discharge a large amount of volatile compounds. If it cannot be discharged in time, the volatile compounds may accumulate, which will cause safety accidents in the blast furnace and also affect the PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC removal process. When a large amount of volatiles escape, the combustion of volatiles is insufficient, which will produce a large amount of black smoke, causing environmental pollution or environmental protection accidents. Therefore, the following points should be noted when removing iron:
(1) When removing iron from the negative electrode of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field, it is necessary to carry out reasonable collocation according to the level of volatile content to avoid excessive concentration and concentrated escape of high volatile parts in the power transmission process;
(2) Appropriate air holes should be set on the top insulation material to effectively escape the hair;
(3) When designing the power transmission curve, it is necessary to fully consider that the curve should be properly slowed down in the concentrated emission stage of volatile substances, so that volatile substances are slowly discharged and PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field is fully removed from iron;
(4) Reasonable selection of auxiliary materials to ensure the particle size composition of auxiliary materials, reduce the amount of powder in the auxiliary materials of 0~1 mm, generally accounting for less than 10%.
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