What are the important links of the charcoal machine production line?

  The charcoal production line is manufactured by people in order to be able to produce more energy-saving and environmentally friendly resources, which can reduce the waste of resources in the society. These waste resources are processed into machine-made charcoal for processing, and the charcoal machine production line has many advantages. Users are investing in charcoal machine production lines, but for some users, the charcoal machine production line production mechanism charcoal is not comprehensive, do not know what important links in the charcoal machine production line production mechanism charcoal?

      Drying and rod making in the charcoal machine production line:

After the raw materials are transported into the factory, the raw rods can be produced after screening and drying. The key step before forming the rods is drying. The moisture content of the drying must be reduced to 12% to 6% to make rods. Therefore, the selection of the dryer is very important, and the requirements are very high. Once the raw material with 35% water content is dried to 10%. Inexperienced beginners usually enter a wrong understanding, they think that the molding machine can not be molded.

After molding, the density of the raw material is small, the cracks in the rod, and the weight are all wrongly assumed that the molding machine is not good. They have forgotten the role of the dryer. Whether the moisture content of the original material has passed or not, there is a very important relationship between formation and failure. Drying is one, molding is two. Therefore, the drying effect determines the molding quality, which is very important.

The charcoal output rate of the charcoal machine production line is related to the temperature. The charcoal output rate of the charcoal machine production line is different due to different types of raw materials. The wood fiber content of the raw material has a positive effect on the production of charcoal. Dense materials can also produce dense and strong machined carbon. Although a lower carbonization temperature can obtain a higher carbon yield, but because of this mechanism, charcoal has low quality and corrosiveness, contains acid tar substances, and cannot be burned with a clean smokeless flame.

The solid carbon content of better commercial carbon should be higher than 80%, which requires us to control the final carbonization temperature above 500 ℃. However, as the carbonization temperature increases, the fragility of charcoal will also increase, and in actual production, when the final carbonization temperature is between 550 ℃-650 ℃, the fragility of the charcoal and solid carbon The content can reach a more ideal balance.