Choosing the process route of "carbonization before rod making" is a wise choice for the pursuit of optimal fuel quality and performance. The carbonizer plays a core pretreatment role in this process, laying a solid foundation for the final molding.

Deep quality improvement, optimization of fuel core performance. The biomass raw material first undergoes high-temperature oxygen-deficient pyrolysis in the carbonizer. This process effectively removes a large amount of volatile matter and moisture, significantly increasing the fixed carbon content of the material. After the subsequent rod forming of the carbonized material with high fixed carbon, the fuel rods produced have higher energy density, more stable combustion performance and lower smoke emissions, meeting the stringent requirements of high-end clean fuels.

Improve plasticity, optimize molding efficiency and strength. The carbonization process changes the physical structure of biomass, removes some natural adhesives (such as lignin) and forms preliminary pores. This makes the carbonized material easier to be extruded and formed under the action of special binders, and the formed fuel rods have higher mechanical strength and are not easy to loosen and break, greatly improving product durability and transportation and storage convenience.

Choosing the "carbonize first, then make rods" route equipped with a high-efficiency carbonization machine is the golden channel to open up high-value utilization of biomass and produce top-level fuel products.