Parr 4790 100mL, 4790-100mL-T-SS-100_1457099
Parr 4790 100mL, 4790-100mL-T-SS-100_1457099
Parr 4790 100mL, 4790-100mL-T-SS-100_1457099
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Parr 4790 100mL, 4790-100mL-T-SS-100

Parr 4790-100mL, 4790-100mL-T-SS-100 micro pressure vessel is designed for safe and efficient handling of small-volume chemical reactions, particularly when working with precious or hazardous materials. Built with flexibility and lab-scale performance in mind, it offers safety, reliability, and convertibility for various applications.

Product Features

  • Ideal for chemists working with expensive or limited materials
  • Minimizes exposure to hazardous substances by reducing volume
  • Helps reduce special waste disposal by limiting chemical quantities
  • Available in high pressure (5000 psi) or high temperature (500 °C) models
  • Designed to replicate larger vessel performance in compact format
  • Includes standard fittings: gage, rupture disc, thermocouple, and valves
  • Cooling options include block heaters with cooling, welded jackets, or cold fingers
  • Available in fixed and moveable head styles
  • Seal options: O-ring (225 °C), FFKM O-ring (300 °C), PTFE gasket (350 °C), or FG Graphite gasket (500 °C)
  • Split ring closure ensures reliable sealing under pressure
  • Compatible with bench top ceramic fiber heater for thermal precision
  • Interchangeable components allow easy switching between 25, 50, and 100 mL volumes
  • Adaptable support system fits all Series 4790 vessel sizes

Benefits

  • Safe micro-scale reaction setup for high-value materials
  • Compact footprint suited for limited bench space
  • Flexible sealing and heating options for varying experiments
  • Easy upgrade or downsize to different vessel capacities
  • Long-lasting and durable design backed by Parr quality

Why Choose Parr 4790-100mL Vessel?

The Parr 4790-100mL micro pressure vessel brings advanced capabilities to the micro-scale lab. With a modular design that allows interchanging parts across volumes and customizable sealing solutions, this vessel is ideal for precise, safe, and repeatable experiments in academic, pharmaceutical, or chemical R&D settings.

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