4790-HPHT-100mL-FH-FG-SS-VGR-5000-BTS-4848-PDM-HTM-230-ASME, Series 4790_2247857
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Parr Series 4790 HP/HT Fixed Head Pressure Vessel, 100 mL, FG Graphite Gasket, 5000 psi / 500 °C, VGR Valve Set (e.g. VGR‑T configuration)

The Parr 4790 series high temperature high pressure reactor is a 100 mL fixed head stainless steel pressure vessel designed for demanding applications up to 5000 PSI and 500°C. Equipped with a flexible graphite gasket, advanced valve and safety features, and a versatile 4848 PID temperature controller, this reactor offers reliable performance, safety, and precise control for laboratory and pilot-scale processes.

Product Features

  • 100 mL stainless steel fixed head pressure vessel
  • Maximum allowable working pressure (MAWP): 345 bar [5000 PSI] at 500°C
  • Flexible graphite gasket stable up to 500°C
  • Head includes Valve on Gauge Adaptor (VGR)
  • Inconel rupture disc rated to 5000 PSI at 500°C for safety
  • Thermocouple for accurate temperature measurement
  • Pressure gauge 0–5000 PSI
  • Bench top stand with heater designed for 100 mL vessel, 230V
  • 4848 PID temperature controller with ramp and soak programming
  • Manual speed adjustment knob (not required for non-stirred reactor)
  • 230V electrical system
  • Pressure display module (PDM) with transducer
  • High temperature module (HTM) for enhanced safety
  • ASME certification ensuring compliance with safety standards

Benefits

  • Designed for extreme temperature and pressure conditions, ensuring process reliability
  • Advanced safety features including rupture disc and pressure display module
  • Precise temperature control via 4848 PID controller with ramp and soak functionality
  • Robust stainless steel construction for long service life and corrosion resistance
  • Compact bench top design suitable for laboratory and pilot scale operations

Why Choose the Parr 4790 High Temperature High Pressure Reactor?

Parr’s 4790 series reactor is engineered for the most demanding applications, offering unparalleled safety, precise control, and durability in a compact footprint. Ideal for researchers and industrial users requiring reliable performance at elevated pressures and temperatures.

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