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OTF-1700X-VT Vertical Split Tube Furnace for High-Temperature Vacuum and Gas Heat Treatment up to 1700°C

Designed for precise high-temperature heating and quenching of samples under vacuum or controlled gas flow.
Suitable for single crystal growth and heat treatment with optional motion and quenching systems.
Operates continuously up to 1600°C, with a maximum short-term temperature of 1700°C.
Equipped with PID temperature control and stainless steel vacuum sealing flange with valve and meter.

Konformität: CE-zertifiziert
Maßgeschneidert: OEM/ODM
Verpackung: Sperrholzkiste

Produkte

OTF-1700X-VT Vertical Split Tube Furnace for High-Temperature Vacuum and Gas Heat Treatment up to 1700°C

The OTF-1700X-VT is engineered for laboratory applications requiring controlled atmosphere heating or rapid quenching of samples at elevated temperatures. Its vertical split tube design facilitates easy sample loading and unloading, making it ideal for processes such as single crystal growth and heat treatment under vacuum or flowing gases. The furnace supports integration with quenching systems and lifting or other motion mechanisms to enhance process flexibility.

This single-zone furnace can maintain continuous operation at temperatures up to 1600°C and reach a peak temperature of 1700°C for short durations. The heating tube, measuring 60 mm outer diameter, 54 mm inner diameter, and 1000 mm length, includes a 400 mm heating zone. High-purity aluminum fiber insulation and a double-layer shell with air cooling optimize energy efficiency and thermal stability. The system incorporates a stainless steel vacuum sealing flange equipped with a valve and meter, enabling vacuum levels down to 10⁻⁵ torr with appropriate pumps.

Wichtigste Merkmale

  • Vertical split tube design for convenient sample access and handling.
  • Maximum continuous temperature of 1600°C; short-term peak up to 1700°C.
  • High-purity aluminum fiber insulation and double-layer air-cooled shell for energy efficiency.
  • Stainless steel vacuum sealing flange with integrated valve and meter for vacuum or gas atmosphere control.
  • B-type double platinum-rhodium thermocouple for accurate temperature measurement.
  • PID automatic temperature controller with 30 programmable segments and ±1°C accuracy.
  • Over-temperature and broken thermocouple protection with alarms for unattended operation.

Technische Daten

Parameter Spezifikation
Leistungsaufnahme 7 kW
Betriebsspannung AC 220 V, Single-phase, 50/60 Hz (40 A breaker required)
Höchsttemperatur 1700°C (short term), 1600°C continuous
Recommended Heating Rate 0–1400°C: ≤10°C/min; 1400–1600°C: ≤5°C/min
Tube Dimensions 60 mm O.D. × 54 mm I.D. × 1000 mm length
Heating Zone Length 400 mm
Temperaturregelung PID controller with 30 programmable segments, ±1°C accuracy
Thermocouples B-type double platinum-rhodium; two S-type thermocouples (one per zone)
Vakuumniveau 10⁻² torr (mechanical pump), 10⁻⁵ torr (molecular pump)
Communication Port DB9

Typische Anwendungsbereiche

The OTF-1700X-VT is well suited for advanced material research requiring precise thermal processing, including single crystal growth, heat treatment under controlled atmospheres, and rapid quenching. It supports vacuum and gas flow environments, making it applicable for semiconductor, ceramic, and metallurgical sample preparation.

Hinweise zur Konfiguration und zum Betrieb

The furnace includes thermal blocks and a stainless steel vacuum sealing flange with valve and meter. Optional accessories include a PC control module (MTS-02) for enhanced operation and data logging. Integration with quenching systems and lifting or motion mechanisms is possible but requires separate ordering. The system requires a 40 A circuit breaker and proper ventilation for air cooling. Safety features include over-temperature alarms and broken thermocouple detection to enable unattended operation.

Produktbezogene Informationen

OTF-1200X-HP-III-80-GF laboratory product view 1
GSL-1700X-RC laboratory product view 1
GSL-800-L laboratory product view 1
GSL-1700X-III laboratory product view 1
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