Charcoal machine equipment is the main factor affecting the quality of machine-made charcoal

The main factor affecting the quality of machine-made charcoal is the Charcoal machine equipment. The quality of the equipment directly determines the quality of the machine-made charcoal. The order of the machine-made charcoal production line is: crushing-drying-rod making-carbonization. The corresponding procedures are crusher, dryer, Sawdust Briquette Machine and carbonization furnace. So what is the relationship between machine-made charcoal and these equipment?

After the raw materials of charcoal machine equipment enter the factory, they can be screened and dried to produce raw material rods. Drying is the key before forming rods. The moisture content of drying must be reduced to between 12% and 6% before rods can be made. This is very important for the selection of dryers, and the requirements are high. The raw materials with a moisture content of 35% are dried to about 10% at a time. For beginners, they often fall into a misunderstanding that the molding machine cannot be formed, and the raw material rods after forming have cracks, weight, and density. They will mistakenly think that the molding machine is not good. And ignore the role of the dryer. Whether the moisture content of the raw materials is qualified is closely related to the quality of molding. Drying is the premise, and molding is the latter. Therefore, the drying index determines the molding quality, which is relatively important. Carbonization is also a very important last step. There are two ways to complete carbonization on the market. One is to burn charcoal in a traditional earthen kiln, which takes a long time and has high environmental protection requirements. The other is to use a new carbonization furnace for oxygen-free spontaneous combustion. At present, most square kilns produced by manufacturers mostly use the spontaneous combustion method, which relies on the fuel rods to generate heat to carbonize themselves. It is actually oxygen-deficient combustion with a high yield rate.