The Parr 5523-600mL, 5523-T-SS-M-(SS)-230-VS-600-4848-ASME is a high-performance compact reactor system designed for demanding high-pressure and high-temperature laboratory applications. Constructed from Stainless Steel T316SS, this 600 mL reactor supports operations up to 3000 psi and 350°C. It comes equipped with a magnetic drive, PTFE gasket, comprehensive safety features, and an aluminum block heater integrated with a 4848 PID reactor controller for precise control. Certified to ASME standards, this system delivers reliability and accuracy for advanced chemical research and development.
Product Features
- 5500 Series HP compact reactor with the following specifications
- 600 mL moveable head reactor made of Stainless Steel T316SS
- MAWP rating: 3000 psi at up to 350°C
- Head, cylinder, magnetic drive, and internal wetted parts constructed of Stainless Steel T316SS
- Vapor-containing external valves and fittings constructed of stainless steel
- PTFE flat gasket stable up to 350°C
- Head includes magnetic drive (Stainless Steel T316SS), 2.5 in-lb with stirrer shaft
- Pressure gauge with 0–600 psi range
- Gas release valve
- Double valve assembly with inlet valve and sampling valve over dip tube
- Safety rupture disc
- Type J thermocouple
- Aluminum block-style heater, 230V (heater also serves as support stand)
- Variable speed motor, 1/17 hp
- 4848 Reactor Controller with PID temperature control, ramp and soak programming, manual speed adjustment knob, and 230V electrical input
- ASME certification
Benefits
- Robust construction with corrosion-resistant Stainless Steel T316SS
- Engineered for consistent performance at high pressure and temperature
- Compact, modular design ideal for laboratory benchtop use
- Complete system with heating, stirring, and control for user convenience
- Certified to meet safety and performance standards (ASME)
Why Choose the Parr 5523-600mL, 5523-T-SS-M-(SS)-230-VS-600-4848-ASME?
This Parr reactor system is purpose-built for advanced research and industrial labs requiring high-pressure capabilities in a compact form. With precision control, premium materials, and safety-focused engineering, it offers unmatched reliability and flexibility for a wide range of chemical processing applications.
