The Parr 4575B 500mL, 4575B FG SS M (SS) 230 VS.25 5000 CL 4848 ASME reactor system features a moveable head bench top design built for high-pressure and high-temperature applications. Constructed from stainless steel with a flexible graphite flat gasket, this reactor delivers reliable performance at pressures up to 5000 psi and temperatures up to 500°C. Equipped with a magnetic drive stirrer and advanced 4848 PID temperature controller, it provides precise process control for demanding laboratory environments.
Product Features
- Series 4570 Reactor System
- 500mL moveable head reactor, bench top style
- Vessel MAWP Rating: 5000 psi at up to 500°C
- Head, cylinder, magnetic drive, and internal wetted parts constructed of stainless steel
- Vapor-containing external valves and fittings made of stainless steel
- Flexible Graphite Flat Gasket stable up to 500°C
- Magnetic drive with 16 in-lb torque and stirrer shaft
- Pressure gauge 0-5000 psi
- Gas release valve
- Double valve assembly with inlet valve and sampling valve over dip tube
- Safety rupture disc
- Thermocouple, Type J
- Cooling coil
- Bench top stand with mantle heater, 230V
- Variable speed motor, 1/4 hp (VS.25)
- 4848 Reactor Controller with PID temperature control, ramp and soak programming, and manual speed adjustment (0-600 rpm)
- 230V electrical supply
- ASME Certified
Benefits
- High-pressure and high-temperature capabilities for demanding reactions
- Robust stainless steel construction ensures long service life and chemical resistance
- Flexible graphite gasket enhances sealing reliability at elevated temperatures
- Comprehensive valve and safety features for controlled and safe operation
- Precise temperature and speed control via advanced 4848 Reactor Controller
- Compact bench top design saves valuable lab space
Why Choose the Parr 4575B Reactor System?
The Parr 4575B reactor system offers unmatched durability, safety, and precision, designed to meet the rigorous demands of modern laboratories. Its ASME certification and advanced control features make it a smart, reliable choice for researchers and engineers working under extreme conditions.
