In the field of environmentally friendly resource recovery, carbonization machines are gaining attention for their outstanding performance. A frequently asked question is: can the carbon content of the product from a carbonization machine truly reach the high standard of 75%–90%? The answer is yes, and this is precisely the core advantage of modern carbonization technology.

Through precise control of high-temperature, oxygen-deficient environments, carbonization machines achieve deep transformation of organic waste (such as biomass and sludge). During this process, volatile components in the material are effectively decomposed, while the fixed carbon is highly concentrated. This efficient pyrolysis process ensures that the final carbonized product has an extremely high carbon content.

Achieving this high carbon content is significant. It means that the product is no longer ordinary waste, but a higher-value carbon-based product. This product can serve as high-quality solid fuel with high calorific value and stable combustion; or, after further processing, it can become the basis for soil improvers or industrial raw materials, truly realizing "turning waste into treasure."

Therefore, choosing an carbonization machine is not only choosing an efficient processing method, but also investing in a platform that transforms low-value waste into high-carbon resources. The 75%–90% carbon content is a key benchmark for evaluating the performance of a carbonization machine.