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ECS-N 1200℃ High Pressure (≤4 MPa) Horizontal Tube Furnace (Alloy Steel Tube: Φ23*1000mm) with Touch Screen Control, ENHPHTFTSC1200

ECS-N 1200℃ High Pressure (≤4 MPa) Horizontal Tube Furnace (Alloy Steel Tube: Φ23*1000mm) with Touch Screen Control, ENHPHTFTSC1200

In Stock (Ships 3~8 Days) SKU: ENHPHTFTSC1200
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A 1200°C High-Pressure Horizontal Tube Furnace engineered for pressures up to 4 MPa (approx. 40 bar / 580 psi) requires specialized structural design, thick-walled process tubes, and robust mechanical sealing. Standard quartz tubes typically crack under high positive pressures; therefore, high-pressure horizontal reactors require specific structural and safety considerations: (1) Process Tube Material Selection: While quartz is suitable for vacuum or low positive pressure (~ 0.02 MPa), high-pressure operation up to 4 MPa typically requires heavy-wall alumina (Al2O3) ceramic tubes or custom high-strength alloy tubes (such as Inconel or stainless steel lined reactors), sized appropriately in the 1" to 2" diameter range to withstand hoop stress. (2) Heavy-Duty Flange & Locking Architecture: Standard quick-connect KF or simple O-ring slip flanges will blow out under high pressure. High-pressure tube furnaces utilize threaded or bolted multi-bolt stainless steel split flanges with high-temperature elastomer/metal C-rings (such as Viton or silver-plated Inconel seals) and retaining circlips. (3) Pressure Safety Relief & Monitoring: Systems rated for 4 MPa must incorporate certified ASME-compliant safety pressure relief valves, digital pressure transducers, and precision back-pressure regulators on the exhaust line to safely contain inert gases (Ar, N2) or reactive gas mixtures during hydrothermal, synthesis, or high-pressure annealing runs.

Part Number
  • ENHPHTFTSC1200 (EN-HPHTFTSC1200)
General Features
  • Three layers protection for high safety   
  • Circular heating element distribution design for uniform heating 
  • Modular structure for durable and easy maintenance 
  • Stable pressure control and intelligent temperature control 
Tube Furnace Features
  • Power: AC220V±10%, single-phases, 50/60Hz, 1500 W
  • Heating Temperature: Max. 1150℃
  • Heating Resolution: ±1℃
  • Heating Rate: ≤20℃/min
  • Pressure Limits: (1) ≤600℃, ≤ 24 MPa; (2) ≤800℃, ≤ 20 MPa; (3) ≤900℃, ≤ 12 MPa; (4) ≤1000℃, ≤ 6 MPa; (5) ≤1100℃, ≤ 4 MPa;
  • Processing Alloy Steel Tube: Φ23*1000mm (other tube dimension also can be supplied upon request).
  • (Optional) One-end closed alloy steel tube with large size (Φ36mm*1000mm) also can be supplied upon request.

         

  • Heating Zone: 300 mm (constant temperature heating zone length is 120 mm)
  • Heating Element: Mo-doped FeCrAl alloy

         

  • Pressure Detection and Control: the pressure sensor is installed on the high pressure chamber and connected with PLC control system for in-real time display; High pressure solenoid valve will be opened for pressure release when the real pressure in tube is high than the setting value. The Max, release pressure for the solenoid valve is 15 MPa. 

         

  • The CF flange structure with copper sealing gasket is shown below. 1/4NPS connection.

            

  • One flowmeter has been installed and inspected for ready use. 

           

  • Programmable temperature setting profiles in a 7" touch screen control panel. There are maximum 15 heating profiles can be saved for repeatable use.   

Vacuum Pump (Optional)


  • A vacuum pump (EDSRVVP) can be supplied to provide high vacuum (~10 Pa) for sample processing in quartz tube

         

Notes
  • The high temperature alloy steel tubing is used and the maximum operation temperature is 1150℃. Under over pressurization, deformation will happen and "bubble" is formed at the weakest point to release the pressure for safety. 
Certification
  • CE certified
  • UL and CSA certification is available upon request at extra cost
  • One-year warranty and life-time technical support. 
Dimension
  • L850 × D350× H450 mm
Weight
  • ~50 kg


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