4790-25mL, 4790-25mL-T-HC-3000_1457101
4790-25mL, 4790-25mL-T-HC-3000_1457101
4790-25mL, 4790-25mL-T-HC-3000_1457101
4790-25mL, 4790-25mL-T-HC-3000_1457101
4790-25mL, 4790-25mL-T-HC-3000_1457101
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Parr 4790 25mL, 4790-25mL-T-HC-3000

Parr 4790-25mL, 4790-25mL-T-HC-3000 micro pressure vessel is a compact and efficient reactor designed for chemists working with precious, reactive, or hazardous materials in very small quantities. With robust construction and excellent configurability, it is ideal for precision experiments where space and safety are critical.

Product Features

  • Suited for expensive or limited-quantity chemical samples
  • Reduces risk exposure by limiting volume of hazardous materials
  • Minimizes chemical waste and associated disposal procedures
  • Available in high pressure (5000 psi) and high temperature (500 °C) versions
  • Compact design retains functionality of larger vessels
  • Includes standard head fittings: gage, rupture disc, thermocouple, and valves
  • Optional cooling via aluminum block heaters, welded jackets, or cold fingers
  • Available in both fixed head and moveable head styles
  • Sealing options: O-ring (225 °C), FFKM O-ring (300 °C), PTFE gasket (350 °C), FG Graphite gasket (500 °C for fixed head only)
  • Split ring closure system for secure and consistent sealing
  • Compatible with bench top ceramic fiber heater for thermal regulation
  • Interchangeable components allow conversion between 25, 50, and 100 mL vessels
  • Support stand can be adapted for any 4790 Series vessel size

Benefits

  • Ideal for precise micro-scale experiments
  • Optimized safety for high-risk or hazardous procedures
  • Flexible sealing and heating configurations for different applications
  • Modular design for quick volume changes or component upgrades
  • Reliable performance from a trusted name in pressure vessel technology

Why Choose Parr 4790-25mL Vessel?

The Parr 4790-25mL micro pressure vessel is perfect for users who need robust high-pressure capabilities in a compact, flexible format. With versatile gasket options, precise thermal compatibility, and an interchangeable support system, it is a top choice for lab-scale R&D, especially when working with scarce or dangerous compounds.

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