NEWS CENTER

 Converting sawdust into charcoal using a carbonization machine is a highly efficient resource recycling technology. The success of this process depends on the precise control of several key process conditions, and the carbonization machine is the vehicle for achieving these conditions.

The primary condition is strict control of oxygen content. The carbonization machine must operate in a sealed environment, maximizing the isolation from air. Only under oxygen-deficient conditions can sawdust undergo pyrolysis, causing its high-molecular-weight components to decompose, releasing volatile gases, and leaving behind carbon-rich fixed products—charcoal. Any infiltration of oxygen can cause the raw material to burn to ash, rendering the entire process futile.

The coordinated control of temperature and time is another crucial element. The carbonization machine needs to provide a stable and sufficiently high-temperature environment. Too low a temperature results in incomplete carbonization; too high a temperature or too long a time will reduce charcoal yield and lead to over-carbonization. Different raw materials have their optimal carbonization temperature range, requiring the equipment to have excellent temperature control performance.

Simultaneously, the pretreatment of the raw sawdust is also essential. Uniform particle size facilitates even heat transfer and synchronized carbonization, thus improving the uniformity of charcoal products. Crushing or screening processes before the carbonization machine are often designed to achieve this goal.

In summary, producing charcoal from sawdust using a carbonization machine is a complex system requiring precise equipment sealing, accurate temperature control, and adaptability to raw materials. Accurate control of these key process points is essential for obtaining high-quality charcoal.

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