BẠN ĐANG TÌM KIẾM GÌ?
Our industrial electric resistance furnace adopts electric resistance heating principle, features precise PID temperature control, uniform heating chamber, good thermal insulation and low energy consumption.
Suitable for annealing, quenching, tempering, sintering, pre‑heating of metal parts, ceramics and powder materials.
Box‑type, chamber, tube, bench‑top laboratory models are available, we support non‑standard customized size & maximum temperature.
Stable performance, easy operation, long service life, ideal heat‑treatment equipment for metallurgy, machinery, foundry, laboratory industries.
| 500kg Resistance furnace | |
| Purpose | Aluminum melting and holding |
| Installation Location | Indoor, beside machinery |
| Holding Capacity | 500 kg |
| Melting Capacity | 130-150 kg/h |
| Power Supply | 3-phase, 380V, 50Hz |
| Control Method | SCR (Silicon Controlled Rectifier) proportional control |
| Temperature Controller | Digital display with proportional regulation |
| Maximum Power | 90 kW (during melting) |
| Charging Method | Manual batch feeding via charging port. Each batch: ~2-3 standard bars. |
| Start-up Time | Cold furnace to full production: ~3-4 hours (includes gradual heating process) |
| Energy Consumption Notes | SCR-controlled system. Maximum power (90 kW) only during melting; lower power required for holding. |
| Dimensions | Diameter × Height: Φ 1550 mm × 1150 mm |
| Net Weight | 1.2T |
Our industrial electric resistance furnace adopts electric resistance heating principle, features precise PID temperature control, uniform heating chamber, good thermal insulation and low energy consumption. Suitable for annealing, quenching, tempering, sintering, pre‑heating of metal parts, ceramics and powder materials. Box‑type, chamber, tube, bench‑top laboratory models are available, we support non‑standard customized size & maximum temperature. Stable performance, easy operation, long service life, ideal heat‑treatment equipment for metallurgy, machinery, foundry, laboratory industries.
