Improving the efficiency of charcoal making equipment focuses on drying raw materials

People who buy charcoal making equipment are very interested in how to improve the production efficiency of the equipment. Kaibang charcoal making machine manufacturer concluded that this is related to the dryer equipment. If the dryer efficiency is not achieved, the output of the Sawdust Briquette Machine will not be able to reach the root. Therefore, many customers who produce charcoal making machines have the most headache-the drying raw materials cannot be dried once, which is also the fatal point that restricts the customers of charcoal making machines from getting rich. Kaibang has been committed to the production and research and development of charcoal making equipment for many years. We have sorted out the precautions for drying raw materials of charcoal making equipment as follows:

1. The form of the material is as large as formed wood, ceramic products, and flake, fiber, granular, fine powder, paste and liquid materials, all of which need to be dried in industry. Therefore, the selection of the dryer should first be based on the form of the material;

2. The state of the combination of the material and the water determines the difficulty of drying, the energy consumption level and the length of time required to stay in the dryer, which has a lot to do with the selection. For materials that are difficult to dry, the main thing is to give them a longer residence time, rather than strengthening the external conditions for drying;

3. Various physical properties of the material; including density, bulk density, particle size distribution, heat capacity, and adhesion properties of the material. The level of adhesion has a great impact on the feeding and discharging of materials and the operation of certain forms of dryers. When adhesion is severe, the drying process cannot be carried out.

4. The characteristics of the material during the drying process. Including heat sensitivity to heat, some materials will change color and decompose and deteriorate after being heated. The shrinkage of the material during the drying process will cause the molded product to crack or deform, thereby reducing the quality of the product or even scrapping it.