Equipment Overview
This system is a mesh belt transport annealing furnace. The heater uses a top-to-bottom heating system to provide optimum temperature distribution to the sample. Alumina board is used for insulation to save energy, and air insulation is provided between the insulation and the exterior to keep the exterior wall temperature low.
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- Thermal efficiency is high and energy-saving because a heater integrated with insulation is used.
- Good temperature distribution because heaters are placed above and below the sample
- Designed with a full cover system on the exterior for safety and aesthetics.
| Furnace body section | Three-circuit lower heating type |
| Drive section | Continuous conveying system with mesh belt conveyor |
| Power supply section | Temperature control, conveying speed control, various alarm devices |
◀ Production example of the same method
Max. temperature 600°C
Heating section 3 circuits
Mesh belt conveyor system
| Electric Furnace Specifications | |
|---|---|
| Inner dimensions of furnace | W570 x H200 x L2550mm |
| Outer dimensions | W1060×H1300×L3950mm |
| Temperature conditions | Normal temperature 500°C, Maximum temperature 600°C |
| Heating element | Board-integrated metal heating element, top and bottom heating, 3 circuits |
| Insulation material | Ceramic fiber board, bracket |
| Outer wall temperature | Room temperature +30°C |
| Conveying method | Continuous conveying by mesh belt |
| Belt material | SUS310S |
| Conveying speed | 80 to 400 mm/min Inverter control |
| Attachment | Cooling fan installed at furnace outlet |
| Electric capacity | AC3φ4W 380/220V 60Hz 20KVA |
| Control method | 3 independent PID control circuits |
| Mounted instruments | Temperature controller x 3, SSR x 3, Temperature recorder |
| Safety devices | Over-temperature protector, wire break alarm, overload alarm, abnormal transfer alarm |
This electric furnace specification is an example. We will design and manufacture according to your needs.