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1.5L Super-Alloy High Pressure Reactor ( Steam Generator) Max.1000C@1MPa - GSL-1100X-NI-1500
  • 1.5L Super-Alloy High Pressure Reactor ( Steam Generator) Max.1000C@1MPa - GSL-1100X-NI-1500
  • 1.5L Super-Alloy High Pressure Reactor ( Steam Generator) Max.1000C@1MPa - GSL-1100X-NI-1500
  • 1.5L Super-Alloy High Pressure Reactor ( Steam Generator) Max.1000C@1MPa - GSL-1100X-NI-1500
1.5L Super-Alloy High Pressure Reactor ( Steam Generator) Max.1000C@1MPa - GSL-1100X-NI-1500

1.5L Super-Alloy High Pressure Reactor ( Steam Generator) Max.1000C@1MPa - GSL-1100X-NI-1500

SKU: gsl-1100x-ni-1500

Price: RFQ

Specifications

 GSL-1100X-NI-1500 is a 1500 mL vertical furnace ( reactor) made of Ni-based Superalloy, which has excellent creep strength and anti-oxidation. It can reach 1000 °C with a pressure of up to 1 MPa under oxygen or inert gasses. It is an ideal tool for preparing advanced material by the hydrothermal method, especially for heat treatment of samples under high oxygen pressure. A solenoid valve is installed on the flange for automatic pressure relief control. Temperature control and pressure monitoring software are included for remote control. It also can be used as a steam generator. SPECIFICATIONS Features The reactor is made of Ni-based superalloy, which has a 100mm ID x 200mm Depth chamber and allows high pressure at high temperatures (up to 1 MPa at 1000 °C) Stainless steel case Over-temperature alarms and interlocks are installed for safe operation The overpressure alarm is installed. A solenoid valve is installed for automatic pressure relief Temperature control and pressure monitoring software are included for the remote control Input Power Input voltage: 208 - 240 VAC, 50/60 Hz, single phase 2.5kW power Pressure Vessel Ni-based superalloy hydrothermal reactor with 1500 mL effective capacity. Made of Ni-based superalloy GH747 (Click to download GH747 nickel-based alloy datasheet) Reactor size: 112 mm OD x 100 mm ID x 280 mm H ( Effective capacity 1500 ml) Air-cooled flange via aluminum heat radiator Working Pressure 3.5 MPa ≤ 800 °C 2.0 MPa ≤ 900 °C 1.0 MPa ≤ 1000 °C 0.7 MPa ≤ 1100 °C 1 hrs Pressure Monitoring and Relief A precision high-pressure sensor (measurement range up to 10 bar) is installed on the pressure vessel. The pressure monitor displays pressure in the bar A pressure monitor allows the user to set a high-pressure alarm. When the pressure reaches the alarm set point (1 MPa max), the alarm will sound and the pressure will be released via a solenoid valve on the flange. Heating Chamber The heating chamber size 4.7" D x 8" H, (120 mm ID x 200 mm H) Heating element: Fe-Cr-Al alloy Heating zone length 200 mm H Thermocouple: K-type ( Omega 3 mm OD K Type with high-temperature connector) Temperature Control & Two digital temperature controllers with 30 programmable segments to control each heating zone independently. +/- 1 ºC accuracy Working temperature: 1100 °C max (< 1 hour). Continuous working temperature: ≤ 1000 °C Heating/cooling rates: ≤ 10 °C/min Constant temperature zone: 80 mm within +/- 5 °C MTS-02 control software is included for PC operation Accessories SS316 needle valve with 1/4 pipe connector & pressure gauge are included Two consumable Copper Gasket (63 mm OD) are included (Click the left picture to order extra) Application Notes The recommended temperature heating/cooling rate is 5~10 ºC/min DONOT overtighten the flange screws as this may cause permanent damage to the flange or screws. Please refer to the instruction about proper torque for installing CF flange bolts. We recommend you to use a torque wrench to tighten the screws with the flange Warning: For your safety, the high-pressure vessel must be placed inside an explosive-proof box or case during use under high pressure.

Features
  • The reactor is made of Ni-based superalloy, which has a 100mm ID x 200mm Depth chamber and allows high pressure at high temperatures (up to 1 MPa at 1000 °C)
  • Stainless steel case
  • Over-temperature alarms and interlocks are installed for safe operation
  • The overpressure alarm is installed. A solenoid valve is installed for automatic pressure relief
  • Temperature control and pressure monitoring software are included for the remote control
Input Power
  • Input voltage: 208 - 240 VAC, 50/60 Hz, single phase
  • 2.5kW power
Pressure Vessel
  • Ni-based superalloy hydrothermal reactor with 1500 mL effective capacity.
  • Made of Ni-based superalloy GH747 (Click to download GH747 nickel-based alloy datasheet)
  • Reactor size: 112 mm OD x 100 mm ID x 280 mm H ( Effective capacity 1500 ml)
  • Air-cooled flange via aluminum heat radiator
Working Pressure
  • 3.5 MPa ≤ 800 °C
  • 2.0 MPa ≤ 900 °C
  • 1.0 MPa ≤ 1000 °C
  • 0.7 MPa ≤ 1100 °C 1 hrs
Pressure Monitoring and Relief
  • A precision high-pressure sensor (measurement range up to 10 bar) is installed on the pressure vessel. The pressure monitor displays pressure in the bar
  • A pressure monitor allows the user to set a high-pressure alarm. When the pressure reaches the alarm set point (1 MPa max), the alarm will sound and the pressure will be released via a solenoid valve on the flange.
Heating Chamber
  • The heating chamber size 4.7" D x 8" H, (120 mm ID x 200 mm H)
  • Heating element: Fe-Cr-Al alloy
  • Heating zone length 200 mm H
  • Thermocouple: K-type (Omega 3 mm OD K Type with high-temperature connector)
Temperature Control &
  • Two digital temperature controllers with 30 programmable segments to control each heating zone independently.
  • +/- 1 ºC accuracy
  • Working temperature: 1100 °C max (< 1 hour).
  • Continuous working temperature: ≤ 1000 °C
  • Heating/cooling rates: ≤ 10 °C/min
  • Constant temperature zone: 80 mm within +/- 5 °C
  • MTS-02 control software is included for PC operation
Accessories
  • SS316 needle valve with 1/4 pipe connector & pressure gauge are included
  • Two consumable Copper Gasket (63 mm OD) are included (Click the left picture to order extra)
Application Notes
  • The recommended temperature heating/cooling rate is 5~10 ºC/min
  • DONOT overtighten the flange screws as this may cause permanent damage to the flange or screws. Please refer to the instruction about proper torque for installing CF flange bolts. We recommend you to use a torque wrench to tighten the screws with the flange
  • Warning: For your safety, the high-pressure vessel must be placed inside an explosive-proof box or case during use under high pressure. 

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