How To Grind Granular Activated Carbon By Raymond Mill

How to grind the granular activated carbon by Raymond mill? Can Raymond Mill grind granular activated carbon? The answer is of course yes. 

Compared with other grinding equipment, activated carbon Raymond mill has high efficiency, low energy consumption and one-time investment. Especially when working, the dust pollution is small, the powder particle size is uniform, and the products discharged are of high quality.

The activated carbon Raymond mill produced by Shibang can grind granular activated carbon to a fine powder of 80-400 mesh. According to statistics, the activated carbon Raymond mill does not need to be sieved when it is pulverized at a time. The fineness of the finished product is uniform, and the sieving rate is 99%, which is difficult for other milling equipment to have. The activated carbon Raymond mill produced by Shibang has many models, good environmental performance, stable and high yield. It is a Raymond mill that is very popular in the activated carbon industry.

Let's first talk about the grinding process of the granular activated carbon Raymond mill: When working, the activated carbon that needs to be damaged is fed into the machine from the feeding hopper around the machine cover, relying on the grinding roller equipment hanging on the plum blossom frame of the main machine, around The vertical axis revolves and rotates at the same time. Due to the centrifugal force during rotation, the grinding roller swayed outward and pressed tightly against the grinding ring, so that the spatula scooped up the activated carbon and sent it between the grinding roller and the grinding ring. The intention to damage the material is reached.

Let's talk about the working principle of the granular activated carbon Raymond mill: the grinding roller is tightly rolled on the grinding ring under the action of centrifugal force, and the activated carbon is scooped up by the spatula and sent to the grinding roller and the base of the grinding ring. The activated carbon is under pressure. It is crushed into powder under the action of the fan, and then the powdered activated carbon is blown up through the analyzer under the action of the fan. The activated carbon that reaches the fineness needs passes through the analyzer, and returns to the grinding cavity to continue grinding. Activated carbon is collected separately into the cyclone separator. Industrial filter cloth is used for exhaust air to isolate the exhaust air into powder at one time.