Labotemp Debinding Furnace LDB-202 supports debinding processes requiring high-temperature control in a compact chamber. Its 3 L chamber measures 150 × 150 × 150 mm and reaches a maximum temperature of 1700°C within a stated period of ≤2 hours. Working temperature reaches 1600°C for 24/7 operation. MoSi₂ heating rods positioned on two sides provide heating, while high-alumina ceramic fiber insulation supports chamber heat retention. Temperature accuracy is ±1°C, temperature uniformity is ±5°C, and heating rate is ≤10°C/min. Temperature measurement uses a single-point method, tested at back-wall center.
Manually controlled inlet and exhaust air system with fan works alongside a secondary combustion system to dilute exhaust gases generated during debinding. Fresh-air injection creates overpressure during debinding, supporting prevention of an inflammable atmosphere in the chamber. A Yudian 50-segment controller provides PID automatic control and auto-tune function. The furnace includes a B-type thermocouple, side-opening door, dual carbon-steel shell with environment powder coating, and air cooling. Power requirement is 380V, 50Hz, three-phase, 9kW. Operating conditions are ambient temperature 0–50°C and relative humidity ≤90%. Electrical components are Schneider; overheat and power-failure protection are specified. Power-failure protection resumes operation from point of interruption after power returns.
Why Choose Labotemp Debinding Furnace LDB-202?
✓ High-Temperature Capability: Maximum temperature of 1700°C
✓ Specified Thermal Performance: ±1°C accuracy and ±5°C uniformity
✓ Debinding Gas Management: Manual inlet/exhaust airflow and secondary combustion system
| No. | Specification | Value |
|---|---|---|
| General Information | ||
| 1 | Model | LDB-202 |
| 2 | Chamber Volume | 13 L |
| 3 | Chamber Size | W180 × D400 × H180 mm |
| Operating Parameters | ||
| 4 | Maximum Temperature | 1700°C, ≤2 hours |
| 5 | Working Temperature | 1600°C, 24/7 |
| 6 | Heating Rate | ≤10°C/min |
| 7 | Temperature Accuracy | ±1°C |
| 8 | Temperature Uniformity | ±5°C |
| 9 | Temperature Measurement | Single-point measurement |
| 10 | Temperature Monitoring Location | Tested at back-wall center |
| 11 | Cooling Method | Air cooling |
| Heating and Construction | ||
| 12 | Heating Element | MoSi₂ rods, two-side heating |
| 13 | Thermocouple | B type |
| 14 | Furnace Door | Side open |
| 15 | Furnace Shell | Dual carbon steel shell, environment powder coating |
| 16 | Chamber Material | High-alumina 1800# ceramic fiber board (Mitsubishi, Japan) |
| Control and Air System | ||
| 17 | Temperature Controller | Yudian, 50 segments |
| 18 | Controller Functions | PID automatic control and auto-tune |
| 19 | Exhaust Device | Inlet and exhaust air system with fan, manual control |
| 20 | Afterburner | Secondary combustion system |
| Electrical Requirements | ||
| 21 | Power Supply | 380V, 50Hz, three phase |
| 22 | Power | 9kW |
| Operating Conditions | ||
| 23 | Ambient Temperature | 0–50°C |
| 24 | Relative Humidity | ≤90% |
| Safety Measures | ||
| 25 | Overheat Protection | Shuts down furnace when temperature exceeds acceptable range |
| 26 | Power-Failure Protection | Resumes furnace operation from point of failure after power is reestablished |
| Package Information | ||
| 27 | Package Dimensions | W830 × D1150 × H1430 mm |
| 28 | Gross Weight | 420 kg |
| 29 | Packing | Standard export plywood box |
Debinding Processes: Thermal debinding applications requiring controlled high-temperature processing and exhaust-gas dilution.
