AODA 1600degree High temperature Muffle furnace

AODA 1600degree High temperature Muffle furnace

The 1600℃ Muffle furnace uses high-quality silicon-molybdenum rods as heating elements; it adopts intelligent temperature control system, thyristor control, and phase-shift triggering; the furnace chamber adopts high-quality 1700-type alumina polycrystalline fiber inorganic material formed by vacuum adsorption using Japanese technology; the furnace body is a double-layer furnace shell, using the current popular air insulation technology combined with thermal induction technology to drive the intelligent air cooling system, and adopts soft start constant current control to extend the life of the heating element.

1. The furnace chamber adopts high-quality 1900-type alumina polycrystalline fiber inorganic material formed by vacuum adsorption, which has good thermal insulation performance, durability, high tensile strength, no impurities, high purity, and prolongs the service life of the furnace chamber. The energy-saving effect is significantly better than that of domestic fiber materials;

2. The heating element adopts high-quality silicon-molybdenum rods, which have high heating efficiency and long service life;

3. The assembled furnace chamber design is adopted. After strict thermal calculation, it is durable and will not collapse. The furnace chamber is equipped with breathing holes to reduce the contraction of the furnace chamber and prolong the service life of the furnace chamber;

4. Side-opening furnace door

5. The data conversion interface is reserved, which can be connected with the computer to realize the remote control, real-time tracking, historical records, output reports and other functions of a single or multiple electric furnaces; a paperless recording device can be installed to realize data storage and output; [optional]

6. It has the function of stopping heating due to over-temperature alarm and leakage protection measures, and the operation is safe and reliable.

High temperature muffle furnace is designed for colleges and universities, research institutes, industrial and mining enterprises for powder roasting, ceramic sintering, high temperature experiments, 

material processing, and quality inspection.