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High Temperature Debinding Furnace LDB 202
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High Temperature Debinding Furnace LDB 202

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

$13550
Datasheet

Specifications High Temperature Debinding Furnace LDB 202

General Information

Model : LDB-202

Model
LDB-202

Chamber Volume : 13 L

Chamber Volume
13 L

Chamber Size : W180 × D400 × H180 mm

Chamber Size
W180 × D400 × H180 mm
Operating Parameters

Maximum Temperature : 1700°C, ≤2 hours

Maximum Temperature
1700°C, ≤2 hours

Working Temperature : 1600°C, 24/7

Working Temperature
1600°C, 24/7

Heating Rate : ≤10°C/min

Heating Rate
≤10°C/min

Temperature Accuracy : ±1°C

Temperature Accuracy
±1°C

Temperature Uniformity : ±5°C

Temperature Uniformity
±5°C

Temperature Measurement : Single-point measurement

Temperature Measurement
Single-point measurement

Temperature Monitoring Location : Tested at back-wall center

Temperature Monitoring Location
Tested at back-wall center

Cooling Method : Air cooling

Cooling Method
Air cooling
Heating and Construction

Heating Element : MoSi₂ rods, two-side heating

Heating Element
MoSi₂ rods, two-side heating

Thermocouple : B type

Thermocouple
B type

Furnace Door : Side open

Furnace Door
Side open

Furnace Shell : Dual carbon steel shell, environment powder coating

Furnace Shell
Dual carbon steel shell, environment powder coating

Chamber Material : High-alumina 1800# ceramic fiber board (Mitsubishi, Japan)

Chamber Material
High-alumina 1800# ceramic fiber board (Mitsubishi, Japan)
Control and Air System

Temperature Controller : Yudian, 50 segments

Temperature Controller
Yudian, 50 segments

Controller Functions : PID automatic control and auto-tune

Controller Functions
PID automatic control and auto-tune

Exhaust Device : Inlet and exhaust air system with fan, manual control

Exhaust Device
Inlet and exhaust air system with fan, manual control

Afterburner : Secondary combustion system

Afterburner
Secondary combustion system
Electrical Requirements

Power Supply : 380V, 50Hz, three phase

Power Supply
380V, 50Hz, three phase

Power : 9kW

Power
9kW
Operating Conditions

Ambient Temperature : 0–50°C

Ambient Temperature
0–50°C

Relative Humidity : ≤90%

Relative Humidity
≤90%
Safety Measures

Overheat Protection : Shuts down furnace when temperature exceeds acceptable range

Overheat Protection
Shuts down furnace when temperature exceeds acceptable range

Power-Failure Protection : Resumes furnace operation from point of failure after power is reestablished

Power-Failure Protection
Resumes furnace operation from point of failure after power is reestablished
Package Information

Package Dimensions : W830 × D1150 × H1430 mm

Package Dimensions
W830 × D1150 × H1430 mm

Gross Weight : 420 kg

Gross Weight
420 kg

Packing : Standard export plywood box

Packing
Standard export plywood box

Features High Temperature Debinding Furnace LDB 202

  • 1700°C maximum temperature  ➤ 1700°C maximum temperature 
  • 3 L chamber, 150 × 150 × 150 mm ➤ 3 L chamber, 150 × 150 × 150 mm
  • Maximum temperature of 1700°C, ≤2 hours ➤ Maximum temperature of 1700°C, ≤2 hours
  • Working temperature of 1600°C, 24/7 ➤ Working temperature of 1600°C, 24/7
  • MoSi₂ heating rods, two-side heating ➤ MoSi₂ heating rods, two-side heating
  • B-type thermocouple ➤ B-type thermocouple
  • Side-opening furnace door ➤ Side-opening furnace door
  • Dual carbon-steel shell with environment powder coating ➤ Dual carbon-steel shell with environment powder coating
  • High-alumina 1800# ceramic fiber board chamber material ➤ High-alumina 1800# ceramic fiber board chamber material
  • Manual-control inlet and exhaust air system with fan ➤ Manual-control inlet and exhaust air system with fan
  • Secondary combustion system ➤ Secondary combustion system
  • Yudian 50-segment controller ➤ Yudian 50-segment controller
  • PID automatic control and auto-tune function ➤ PID automatic control and auto-tune function
  • Air cooling ➤ Air cooling
  • Single-point temperature measurement, tested at back-wall center ➤ Single-point temperature measurement, tested at back-wall center
  • Ambient operating temperature of 0–50°C ➤ Ambient operating temperature of 0–50°C
  • Relative humidity ≤90% ➤ Relative humidity ≤90%
  • Schneider electrical components ➤ Schneider electrical components
  • Overheat protection ➤ Overheat protection
  • Power-failure protection with resume from interruption point ➤ Power-failure protection with resume from interruption point

Applications High Temperature Debinding Furnace LDB 202

  • Debinding Processes: Thermal debinding applications requiring controlled high-temperature processing and exhaust-gas dilution Debinding Processes
    Thermal debinding applications requiring controlled high-temperature processing and exhaust-gas dilution

Standard Accessories

  • Installed heating elements, 1 set ➤ Installed heating elements, 1 set
  • Crucible tongs, 1 pair ➤ Crucible tongs, 1 pair
  • Thermal resistance gloves, 1 pair ➤ Thermal resistance gloves, 1 pair