Machine-made charcoal is an environment-friendly fuel which is formed by briquetting machine and then processed at high temperature in carbonizer. Its carbon content directly affects the combustion performance and use effect of charcoal. The carbon content of machine-made charcoal is closely related to many factors, including the selection of raw materials, production technology and the control of carbonization process.

First, the choice of raw materials is a key factor in determining the carbon content of machine-made charcoal. Machine-made charcoal is typically made from biomass materials such as sawdust, straw, and bamboo shavings. The carbon content and structure of these raw materials affect the quality of the final product. For example, hardwood raw materials typically have a higher carbon content, while softwood or straw raw materials may contain more volatile components, which will reduce the carbon content of the final charcoal.

Second, the production process also has a significant impact on carbon content. In the briquetting machine, the raw materials are pressed under high pressure to form dense charcoal billets. This step reduces voids in the material and increases the density of the finished product. The higher the density, the easier it is to remove volatile substances during the carbonization process, leaving more pure carbon.

Last, carbonization process is the core link to determine the carbon content of machine-made charcoal. In carbonizer, charcoal blanks are treated at high temperature, and the volatile components are completely decomposed and discharged. The control of carbonization temperature and time is very important. Generally speaking, the higher the carbonization temperature and the longer the carbonization time, the higher the carbon content of the final product. However, if the temperature is too high or the time is too long, it may lead to structural damage or quality degradation of charcoal. Therefore, it is necessary to carry out precise regulation according to the characteristics of raw materials and the requirements of target products.

Generally speaking, the carbon content of machine-made charcoal is closely related to the properties of raw materials, production process and carbonization process. By optimizing these links, machine-made charcoal with high quality and high carbon content can be produced to meet the needs of different fields, and at the same time achieve the goal of efficient utilization of resources and environmental protection.