3-10 Micron Discharge Of Anode Material Ultrafine Grinding Mill

The anode material is the material for producing the negative electrode of lithium batteries, and artificial graphite is the main one at present. What kind of equipment does the anode material ultrafine grinding mill belong to, how fine can it be processed, and what is the output? Guikuang, a professional anode material grinding mill manufacturer, will tell you.

Lithium battery production capacity has been continuously released, and the growth of downstream demand has slowed down. The lithium battery market is basically in a stable state, and it has cooled down compared with previous years, and the price has also been lowered. The anode material market, which is an important component of lithium batteries, has also slowed down, and the market is in a state of oversupply. Although silicon-based negative electrodes and hard carbon negative electrodes have made some progress, artificial graphite will still be the mainstream of anode materials for a certain period of time in the future.

The production of anode materials mainly includes crushing and grinding, graphitization, pressing and molding processes, among which the crushing and grinding process is mainly applied to the anode material ultrafine grinding mill. So what does this device look like? In fact, there are more than one type of anode materials ultrafine grinding mill. Impact mills, roller press mills, and ultrafine ring roller mills can all be used in the ultrafine grinding mill section of artificial graphite anode materials. These devices belong to the category of mechanical mills, which mainly use the force generated by the grinding rollers to achieve the crushing effect on materials, and mainly use the negative pressure system for pneumatic conveying.

How much fineness can the anode material ultrafine grinding mill grind to? Generally speaking, the fineness required by the anode material can be met, and it can be achieved from 10 microns to 5 microns to 3 microns. It can be adjusted through the classifier system and optimized by classifying technology to achieve a suitable particle size distribution. The particle size distribution requirements of anode materials are very strict, because it involves the production of the next process, so there are also high requirements for the classification of anode material ultrafine grinding mills.