The laboratory atmosphere protection rotary furnace is a commonly used high-temperature testing equipment in the laboratory, suitable for high-temperature heating of powder materials and granular materials. It has many advantages such as good stability, fast heating speed, and energy conservation. The laboratory atmosphere protection rotary furnace adopts a temperature control meter for temperature control, and the temperature control adopts PID control method, which has the advantages of simple structure, stable and reliable, convenient adjustment, and wide application range. The laboratory atmosphere protection rotary furnace can achieve calcination under various sintering systems, meeting the different heating rate, constant temperature time, and cooling time required for materials
Structure of laboratory atmosphere protection rotary furnace:
Production method: intermittent
Furnace tube material: 304, 310S, 316L, graphite, nickel based high-temperature alloy, titanium material, etc.
Furnace tube cross-sectional shape: circular
Usage temperature: determined based on furnace tube material
Heating method: electric
Heating element: electric heating wire or silicon carbon rod
Refractory material: alumina polycrystalline fiber
Temperature control method: PID control.
, Phase shift triggeringCharacteristics of laboratory atmosphere protection rotary furnace:
Control method: Touch screen
Temperature control accuracy: ± 1 ℃
Furnace inclination angle: -5~+35 degrees
Furnace tube speed: variable frequency adjustable
Gas flow: nitrogen, argon, oxygen, water vapor, hydrogen, acetylene, ammonia dissociation gas, acetone, etc.
Temperature control curve: 32 temperature curves can be prefabricated, Meeting different experimental needs
Daily maintenance: Adopting high-temperature self-lubricating bearings, low-pressure silent push rods, free from daily maintenance
Technical parameters
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