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Ni-Based Superalloy High Pressure Hydro-thermal Reactor 1100C Max, Optional 300ml & 500ml - RC-Ni500-V

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Ni-Based Superalloy High Pressure Hydro-thermal Reactor 1100C Max, Optional 300ml & 500ml - RC-Ni500-V

RC-Ni-V is a compact reactor made of Ni-base Superalloy, which has excellent creep strength and anti-oxidation. It can reach 1100°C with a pressure up to 4Mpa under oxygen or inert gasses. It is an ideal tool for preparing advanced material by the hydrothermal method, especially sample heat treatment under high oxygen pressure.
SPECIFICATIONS
Structure  Made of Ni-Based Superalloy (Waspaloy or equivalent)
Reactor Capacity & Dimensions 
  • 70mm OD x 35mm ID x 300 mm height, 300 mL capacity, for RC-Ni300
  • 70mm OD x 35mm ID x 500 mm height, 500 mL capacity, for OTF-1200X-II-HPV
  • 112 mm OD x 100 mm ID x 280 mm H , 1500ml capacity for GSL-1100X-NI-1500
  • (Please select the volume in the options bar)
working Temperature RT - 1100°C Max.
Working Pressure
  • 20 MPa Max < at 600 °C
  • 16.5 MPa (2900 PSI) Max. at 800°C
  • 10 MPa (1740 PSI) Max. at 900°C
  • 5 MPa (870 PSI) Max. at 1000°C
  • 3 MPa (588 PSI) Max. at 1100°C
Accessories SS306 needle valve with 1/4 pipe connector included


Optional Upgrades ( click picture to review details )
304SS 1/4" O.D tube fitting -for connecting the reactor to the gas tank via 1/4" SS pipe

You may click the picture to order a digit-pressure gauge 

pressure relief valve for safety operation
300ml 500ml
Optional: You may insert the reactor into the vertical furnace with the Temperature controller 
Warning
  • For your safety, the high-pressure vessel and furnace must be placed inside an explosive-proof box, while under the high-pressure
  • Never face on the top flange to avoid an accident during operation
  • Attention: Due to the high-pressure gas output from the gas cylinder, it is necessary to install the gas pressure regulator with it to reduce the output pressure, avoid overpressurizing the furnace chamber and ensure safe operation. Click here to learn the installation of a gas regulator

 

Select Vessel Volume
From $3,499.30

Original: $9,998.00

-65%
Ni-Based Superalloy High Pressure Hydro-thermal Reactor 1100C Max, Optional 300ml & 500ml - RC-Ni500-V

$9,998.00

$3,499.30

Product Information

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Description

RC-Ni-V is a compact reactor made of Ni-base Superalloy, which has excellent creep strength and anti-oxidation. It can reach 1100°C with a pressure up to 4Mpa under oxygen or inert gasses. It is an ideal tool for preparing advanced material by the hydrothermal method, especially sample heat treatment under high oxygen pressure.
SPECIFICATIONS
Structure  Made of Ni-Based Superalloy (Waspaloy or equivalent)
Reactor Capacity & Dimensions 
  • 70mm OD x 35mm ID x 300 mm height, 300 mL capacity, for RC-Ni300
  • 70mm OD x 35mm ID x 500 mm height, 500 mL capacity, for OTF-1200X-II-HPV
  • 112 mm OD x 100 mm ID x 280 mm H , 1500ml capacity for GSL-1100X-NI-1500
  • (Please select the volume in the options bar)
working Temperature RT - 1100°C Max.
Working Pressure
  • 20 MPa Max < at 600 °C
  • 16.5 MPa (2900 PSI) Max. at 800°C
  • 10 MPa (1740 PSI) Max. at 900°C
  • 5 MPa (870 PSI) Max. at 1000°C
  • 3 MPa (588 PSI) Max. at 1100°C
Accessories SS306 needle valve with 1/4 pipe connector included


Optional Upgrades ( click picture to review details )
304SS 1/4" O.D tube fitting -for connecting the reactor to the gas tank via 1/4" SS pipe

You may click the picture to order a digit-pressure gauge 

pressure relief valve for safety operation
300ml 500ml
Optional: You may insert the reactor into the vertical furnace with the Temperature controller 
Warning
  • For your safety, the high-pressure vessel and furnace must be placed inside an explosive-proof box, while under the high-pressure
  • Never face on the top flange to avoid an accident during operation
  • Attention: Due to the high-pressure gas output from the gas cylinder, it is necessary to install the gas pressure regulator with it to reduce the output pressure, avoid overpressurizing the furnace chamber and ensure safe operation. Click here to learn the installation of a gas regulator