PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC technology divides the entire iron removal space into several equal volume chambers, and the negative electrode material is directly placed in the chamber space surrounded by graphite plate. The graphite plate has electrical conductivity, and the chamber body heats up after being energized. As a negative material container, it can achieve the purpose of material heating. The van process avoids the repeated loading of anode materials and the work of loading cylinders.
Due to the MATERIAL and shape characteristics of the PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC body, there is no need to add insulation resistance material between the body, and only need to retain the insulation material around the body and the wall of the cylinder, which increases the effective volume and use efficiency of the negative electrode material in the cylinder. The box process can double the effective volume of a single furnace, and at the same time the total power consumption is only increased by about 10%, thereby reducing the unit power consumption of the product by about 40%-50%.
Compartment PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC technology compartment splicing process has high precision, the loading and suction operation is more difficult, and the heating process needs to control the power transmission curve and temperature measurement more accurately, so the overall graphitization process master degree and technical optimization level is higher.
Contact: DELLA
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