4790-100mL, 4790-100mL-T-HC-3000_1457152
4790-100mL, 4790-100mL-T-HC-3000_1457152
4790-100mL, 4790-100mL-T-HC-3000_1457152
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Parr 4790 100mL, 4790-100mL-T-HC-3000

Parr 4790-100mL, 4790-100mL-T-HC-3000 micro pressure vessel is ideal for laboratory research involving costly, scarce, or hazardous materials. Engineered for safety and precision, this compact reactor supports high-pressure and high-temperature reactions while minimizing sample and waste volume.

Product Features

  • Perfect for applications involving expensive or limited-quantity materials
  • Helps reduce exposure risks by containing hazardous reactions in small volumes
  • Minimizes waste output and simplifies disposal procedures
  • Available in high-pressure (5000 psi) and high-pressure/high-temperature (500 °C) versions
  • Incorporates key features of larger reactors into a compact micro vessel
  • Standard fittings: pressure gage, rupture disc, thermocouple, and valves
  • Cooling options: aluminum block heaters, welded jackets, or cold fingers
  • Offered in fixed and moveable head designs
  • Sealing options include: O-ring (up to 225 °C), FFKM (300 °C), PTFE (350 °C), and FG Graphite (500 °C for fixed heads)
  • Robust split ring closure ensures reliable operation under extreme conditions
  • Compatible with bench-top ceramic fiber heaters shared across all 4790 Series vessels
  • Easily adaptable between 25, 50, and 100 mL capacities by switching cylinders and fittings
  • Support systems can be configured to accommodate any 4790 Series vessel

Benefits

  • Compact yet powerful design for research-scale chemical synthesis
  • Increased lab safety and control with reduced reaction volume
  • Highly customizable with flexible heating, cooling, and sealing options
  • Minimizes sample consumption and disposal costs
  • Backed by trusted Parr engineering and reliability

Why Choose Parr 4790-100mL Vessel?

The Parr 4790-100mL vessel is a compact and robust solution for conducting high-risk chemical reactions at scale. It merges safety, performance, and adaptability—making it a preferred choice for research labs handling sensitive or valuable materials. With the flexibility to switch between vessel volumes and the reliability of Parr quality, this micro reactor empowers chemists to work smarter and safer.

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