Parr 4790-50mL, 4790-50mL-T-HC-3000 micro pressure vessel is designed for laboratory work involving expensive or hazardous materials in small volumes. Its high-performance features and modular flexibility make it a valuable tool for chemical research and testing under controlled, high-pressure and high-temperature environments.
Product Features
- Ideal for working with limited or high-value sample materials
- Reduces exposure and improves safety when handling hazardous substances
- Minimizes chemical waste, supporting environmentally conscious lab practices
- Offered in high pressure (5000 psi) and high pressure/high temperature (500 °C) versions
- Compact form retains advanced vessel features typically found in larger systems
- Includes head fittings: gage, rupture disc, thermocouple, and valves
- Optional cooling via aluminum block heaters, welded jackets, or cold fingers
- Available in both fixed and moveable head vessel configurations
- Multiple sealing options: O-ring (225 °C), FFKM (300 °C), PTFE (350 °C), FG Graphite (500 °C for fixed heads)
- Equipped with secure split ring closure system
- Shares ceramic fiber bench top heater with other 4790 Series models
- Easy conversion between 25, 50, and 100 mL volumes by swapping cylinders and internal components
- Adaptable support system to accommodate any 4790 Series vessel
Benefits
- Reliable performance for high-pressure and high-temperature reactions
- Efficient use of costly or scarce materials in small batches
- Flexible design enables seamless adaptation across vessel sizes
- Enhanced safety and precision for sensitive lab procedures
- Trusted quality and innovation from Parr
Why Choose Parr 4790-50mL Vessel?
The Parr 4790-50mL micro pressure vessel offers the performance of a full-scale reactor in a compact design ideal for micro-reaction applications. Its flexible configuration, superior safety features, and adaptability to multiple vessel sizes make it the ideal solution for research labs handling specialized chemical experiments at elevated pressures and temperatures.
