How can the automatic sawdust charcoal machine produce high-quality charcoal?

Sawdust can be used in a wide range of places and ranges, but the sawdust processed by the fully automatic sawdust charcoal machine is more useful. The product that uses the sawdust charcoal machine to process the sawdust into wooden sticks is commonly known as machine-made charcoal, which is a high-quality clean energy. Generally, after the sawdust is processed into wood sticks, it needs to be carbonized to be the machine-made charcoal product.

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The birth of the SUNY GROUP automatic sawdust charcoal machine has a positive effect on the realization of the combination of agriculture and animal husbandry, the development of ecological recycling agriculture, and the protection of the environment. The sawdust charcoal produced by the automatic sawdust charcoal machine has high density, high carbon content and long burning time. The carbon content is as high as 85%.

We all know that most of the raw materials used in charcoal are waste wood. Waste wood is a porous material, and the pores are filled with air. Air is a poor conductor of heat, so waste wood has poor thermal conductivity. And the thermal conductivity of raw materials is different in different cross-sectional directions. Charcoal of the same material has greater thermal conductivity along the fiber direction than perpendicular to the fiber direction. For example, the thermal conductivity along the fiber direction is 0.878 kJ, while the thermal conductivity in the vertical direction The thermal conductivity is 0.376 kJ. The thermal conductivity of waste wood materials used in the automatic sawdust charcoal machine is not only affected by temperature, but also depends on the volumetric weight, moisture content and fiber direction of the waste wood.

The thermal conductivity of waste wood increases with the increase in volumetric weight or moisture content. Thermal conductivity is expressed by thermal conductivity. The thermal conductivity is the heat passing through a material with a cross-sectional area of ​​1 square meter, a long tail of 1 meter, and a cross-sectional temperature difference of 1 degree Celsius at both ends within 1 hour. The thermal conductivity of waste wood along the fiber direction is greater than the direction perpendicular to the fiber.