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Characteristics of charcoal machine

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Charcoal machine is the general name of a series of equipments on the production line of mechanized charcoal, including stick making machine, crusher, dryer, carbonization furnace, conveyor, distributor, etc. The use of charcoal machine has reduced the occupied area of piled-up waste crops and solved the problem of crop waste left after autumn harvest or bumper crop. Some farmers choose to burn these wastes to reduce the occupied area, but it will cause great environmental pollution. Our equipment will solve these problems.

charcoal machine

The raw materials that can be used in the charcoal machine to produce charcoal include peanut shells, corn cobs, sugarcane residues, cornstalks, corn cores, cotton stalks, rice husks, sawdust particles, waste sawdust, branches, and other agricultural crops and their wastes. Raw materials with oversized shapes are crushed by a crusher, and the material is then dried in a dryer. Subsequently, it is shaped into sticks and carbonized in a carbonization furnace to produce mechanized charcoal. This mechanized charcoal produced by our charcoal machine has a higher heat point, a lower ignition point, and is very easy to ignite with high heat and long duration. When burned, it is a smoke-free and odor-free new energy source.

charcoal machine
  1. During the raw material crushing process, it is important to maintain the crushed particle size between 10mm for large materials, and not exceed this size to avoid affecting the operation.
  2. In the process of stick making, it is necessary to reasonably control the density of the stick body, and maintain a density value of 1:1 ratio.
  3. When drying the material, it is important to control the moisture content of the material to achieve an optimal drying level. Generally, a moisture content of 6%~12% is preferred.
  4. During the carbonization process, it is crucial to control the carbonization temperature to within the optimal carbonization temperature range. Typically, the required carbonization temperature is between 550-600 degrees, which represents the optimal carbonization temperature range.
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