Joule Quenching Heating Device XN-HTL-1532E
SKU: XN-HTL-1532E
Joule Quenching Heating Device XN-HTL-1532E combines rapid Joule heating with programmable long-duration holding under vacuum or a controlled atmosphere. It offers a 150–3200 °C measurement range, heating rates up to 1000 °C/s, and multi-stage temperature and current control.
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Name: Joule Quenching Heating Device
Equipment Type: Joule Quenching Heating Device
Product Code: XN-HTL-1532E
Brand: Xnergy
Product Introduction:
The XN-HTL-1532E is designed for rapid Joule heating, programmable long-duration high-temperature holding, quenching studies, and controlled-atmosphere materials research. The system integrates a stainless-steel vacuum chamber and water chiller. Operators can set the heating and cooling time, target temperature, and holding duration for automatic execution.
Twelve temperature-control segments and six current-control segments support complex heating profiles. Real-time temperature, current, and voltage monitoring, remote control, and data storage help document repeatable thermal-processing experiments.
Key Features:
Heating rate up to 1000 °C/s
150–3200 °C temperature-measurement range
Programmable long-duration high-temperature holding
Twelve temperature-control segments and six current-control segments
Vacuum or compatible protective-gas operation
Real-time temperature, current, and voltage display
Remote control and data storage
Water-cooled stainless-steel vacuum chamber
Overcurrent protection and emergency stop
Technical Specifications:
| Parameter | Specification |
|---|---|
| Model | XN-HTL-1532E |
| Temperature Measurement Range | 150–3200 °C |
| Temperature Accuracy | ±5% |
| Temperature Repeatability | ±3% |
| Heating Rate | 1000 °C/s |
| Holding Duration | ≤1500 °C: continuous; 1500–2000 °C: ≤60 min; 2000–2400 °C: ≤10 min; 2400–3000 °C: ≤1 min |
| Vacuum Chamber | Stainless steel, 25 × 25 × 25 cm |
| Regulated DC Power Supply | 24 V / 1000 A; specification selectable |
| Rated Power | 24 kW |
| Controller | Power indication, operating-status indication, power control, and electrode-temperature detection |
| Touchscreen Functions | Real-time temperature, current, and voltage display; remote control; data reading and storage |
| Control Modes | Current segmentation, temperature segmentation, temperature control, time control, segmented control, and manual control |
| Data Acquisition | 50 ms temperature acquisition cycle |
| Vacuum Gauge Range | −0.1 to 0.1 MPa |
| Vacuum Pump | Dual-stage rotary-vane pump; ultimate pressure 6 × 10⁻² Pa; 1400 r/min |
| Gas Connections | One vent port, one vacuum port, and one protective-gas port |
| Working Atmosphere | Vacuum, argon, nitrogen, and other compatible protective gases |
| High-Temperature Stage | Copper, molybdenum, or graphite |
| Cooling Method | Water cooling |
| Equipment Dimensions | 70 × 70 × 150 cm |
| Net Weight | 240 kg |
| Power Supply | Configured according to applicable local electrical standards; facility capacity of at least 24 kW is required |
| Safety | Overcurrent protection and emergency-stop button |
Applications:
Carbon and ceramic materials
Battery cathode and anode materials
Solid electrolytes and catalysts
Two-dimensional, high-entropy, and MOF materials
3D-printing materials
Metals and composite materials
Solid-waste thermal treatment
Semiconductor-material preparation
Suitable Samples:
Films, powders, blocks, liquids, and gases, subject to compatible fixtures and chamber configuration.
Note: Temperature profile, stage material, atmosphere, and electrical configuration are selected according to the application. Related equipment includes the Joule Ultrafast Heating System XN-HTS Series, High-Temperature Joule Heating System XN-1532E, Precipitation Reactor XN-SPR, Lab Scale 15-Ton Manual Hydraulic Pellet Press, and Laboratory Vacuum Drying Oven.
