The influence of the temperature in the carbonization machine furnace on the carbonized finished product is very important. It can affect the speed, quality and characteristics of the final product of the carbonization process. The following are some key aspects related to the temperature inside the carbonizer furnace:

1. Carbonization quality: The carbonization temperature determines the quality of the final carbonized product, and the temperature in the furnace will directly affect the quality of the carbonized product. The carbon content and specific surface area and pores of finished products carbonized at different temperatures are different, and even the temperatures required for carbonization of different raw materials are also different.In addition to the control of oxygen content during the carbonization process, the most important thing is the control of temperature. At the appropriate temperature, more complete carbonization can be achieved, resulting in higher quality finished products while reducing residual impurities. Temperatures that are too high or too low may result in incomplete carbonization or produce products that do not meet requirements.

2. Product characteristics: The temperature in the furnace will also affect the characteristics of the final product, such as hardness, density, thermal conductivity, etc. Different temperature conditions can produce different product characteristics, so the appropriate temperature range can be selected according to needs.

3. Energy efficiency: The temperature in the furnace will also affect the energy efficiency of the carbonization process. High-temperature carbonization generally requires more energy, while low-temperature carbonization may require less energy.

In short, the temperature in the carbonization machine furnace has a great impact on the carbonized finished products. For the operation of the carbonization machine, it is very critical to master the temperature in the furnace.