Intermittent atmosphere protection rotary furnace

The intermittent atmosphere protection rotary furnace is mainly used for experimental calcination of powder materials. This series is a heating rotary furnace, where the material does not come into direct contact with flames and smoke. The heat source is between the heating furnace and the cylinder, and the material is heated through the heat transfer of the heat-resistant steel cylinder wall. The material can roll and stir in the tangential direction inside the cylinder and move axially. It has the advantages of uniform heating, high thermal efficiency, continuous production, good product calcination quality, space saving, and high degree of mechanization

Intermittent atmosphere protection rotary furnace structural characteristics:

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.

Control Method: Touch Screen

Temperature Control Accuracy: ± 1 ℃

Furnace Tube Speed: Variable Frequency Adjustable

Furnace Body Tilt Angle: -5~+35 degrees

Gas: 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-voltage electrostatic push rods, free from daily maintenance

Technical parameters

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• Laboratory atmosphere protection rotary furnace

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