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 The route of "making rods first and then carbonizing" is favored for its excellent large-scale production efficiency and process convenience. Under this path, the carbonizer plays a key role in the deep transformation and quality sublimation of the formed biomass rods.

Large-scale molding, efficient front-end processing. This process first uses the molding machine to efficiently press the relatively loose and various raw biomass (such as sawdust and straw fragments) into rods with uniform density and regular shape. This step greatly improves the bulk density of the raw materials, optimizes the logistics efficiency, and creates extremely convenient feeding conditions for subsequent large-scale and continuous carbonization.

Deep homogenization carbonization to ensure product consistency. The formed biomass rods are sent to the carbonizer for unified processing. In a precisely controlled high-temperature oxygen-deficient environment, the entire rod undergoes a uniform and sufficient pyrolysis reaction. The carbonizer ensures the balanced penetration of heat and atmosphere inside and outside the rod, and the final output carbon rod products show excellent consistency and stability in key indicators such as carbon content, combustion characteristics, and mechanical strength.

The use of the "first rod making and then carbonization" process and matching it with a professional carbonization machine is a reliable guarantee for achieving large-scale, standardized, and high-quality production of biomass fuels.

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