GSL-1200X-MGI-6-H2 High-Cleanliness 6-Channel Hydrogen Furnace with 1200°C Max Temperature for High-Throughput Annealing
The GSL-1200X-MGI-6-H2 furnace is engineered to support high-throughput heat treatment processes requiring stringent cleanliness and precise temperature control. It is particularly suited for sintering, melting, and analysis of metals, non-metals, and their compounds under controlled atmospheres including vacuum, hydrogen, and ambient air. This furnace is ideal for research institutions, universities, and industrial labs focusing on quality testing and advanced material processing.
Featuring a stainless steel chamber insulated with high-purity alumina fiber and alumina-coated surfaces, the furnace maintains an internal cleanliness level meeting US FED STD 209E Class 100 standards. Its six independent heating channels allow simultaneous processing of multiple samples at different temperatures, enhancing throughput and experimental flexibility. The furnace tube diameter is 60 mm, with options for quartz, nickel-based alloy, or zirconium alloy tubes depending on temperature and corrosion resistance requirements.
Wichtigste Merkmale
- Ultra-clean internal environment with stainless steel chamber and thermal insulation ensuring Class 100 cleanliness.
- Six independent temperature control modules with PID and programmable 50-segment profiles, enabling simultaneous multi-sample processing.
- Maximum operating temperature of 1200°C (up to 30 minutes) with continuous working temperature of 1100°C.
- Advanced safety features including inert gas circulation in insulation to prevent hydrogen explosion, mechanical and optional electronic overpressure relief valves.
- Water-cooled 304 stainless steel flanges with O-ring sealing, KF60 front clamp for easy sample handling, and independent gas inlet/outlet per channel.
- Flexible atmosphere control: vacuum, hydrogen, inert gas, or ambient conditions supported with optional mass flow controllers and vacuum pumps.
- Comprehensive PC-based control system with real-time monitoring, data logging, automatic purging, and constant pressure sintering modes.
Technische Daten
| Parameter | Spezifikation |
|---|---|
| Höchsttemperatur | 1200°C (≤30 minutes) |
| Continuous Working Temperature | 1100°C |
| Heating Zone Length | 700 mm |
| Erwärmungsgeschwindigkeit | ≤10°C/min |
| Heating Element | Molybdenum iron chromium aluminum alloy |
| Thermoelementtyp | Typ K |
| Genauigkeit der Temperaturregelung | ±1°C (optional ±0.1°C with European controllers) |
| Channels | 6 independent temperature and gas control channels |
| Furnace Tube Diameter | 60 mm (quartz standard; nickel-based and zirconium alloy optional) |
| Stromversorgung | AC three-phase 380V 50/60Hz |
| Maximale Leistung | 48 kW |
| Gas Flow Control | 6 float flowmeters (40-400 ml/min), optional mass flow controllers |
| Sealing | O-ring with water-cooled 304 stainless steel flanges |
| Overpressure Protection | Mechanical relief valve at 0.04 MPa; optional electronic pressure transmitter and gas alarm |
Typische Anwendungsbereiche
This furnace is widely used for high-temperature sintering, annealing, and quality testing of metals, ceramics, and composite materials. It supports research and development in material science, semiconductor processing, and advanced manufacturing where controlled hydrogen or vacuum atmospheres are critical.
Hinweise zur Konfiguration und zum Betrieb
The furnace includes six independent gas inlet and outlet systems with water-cooled flanges for safe operation under hydrogen atmospheres. Optional accessories include pressure sensors, electromagnetic pressure relief valves, hydrogen detectors (fixed or portable), vacuum pumps (mechanical or molecular), and a combustible gas treatment device for enhanced safety. The control system allows PC-based programming of temperature profiles, real-time monitoring, and automated purging cycles to maintain optimal atmosphere conditions. Proper inert gas circulation in the insulation layer prevents hydrogen accumulation and explosion risks. Users should ensure regular maintenance of seals and safety devices to guarantee reliable operation.
