Continuous carbonization furnace is mainly used for laboratory calcination of various powder materials. It is a product developed by Xianyang Ceramic Research Institute for many years and has the advantages of high efficiency, energy conservation, and pollution-free. The entire production process can be continuously carbonized and produces pollution-free flue gas, which is highly environmentally friendly and meets the exhaust emission standards
Production method: continuous
Furnace tube material: various types of stainless steel, nickel based high-temperature alloys, titanium, graphite, quartz, silicon carbide, etc.
Structural characteristics of continuous carbonization furnace:
Production method: continuous
Furnace tube material: various types of stainless steel, nickel based high-temperature alloys, titanium, graphite, quartz, etc.
Silicon carbide, etc.Section shape of furnace tube: circular or hexagonal
Usage temperature: depending on the material of the furnace tube
Heating method: electric
Heating element: electric heating wire or silicon carbon rod
Refractory material: alumina polycrystalline fiber
Temperature control method: PID control, Characteristics of continuous carbonization furnace with phase shift trigger:
Control method: touch screen
Temperature control accuracy: ± 1 ℃
Furnace tube speed: variable frequency adjustable
Furnace inclination angle: 0-5 degrees
Gas flow: nitrogen, argon, oxygen, water vapor, hydrogen, acetylene, ammonia decomposition gas, acetone, etc.
Temperature control curve: 32 temperature curves can be prefabricated, Meet different experimental needs
Internal structure of furnace tube: spiral guide plate
Technical parameters
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