The Parr 4575B 500mL reactor is part of the 4570 Series stirred high-pressure and high-temperature vessels designed for demanding laboratory applications. Featuring a movable head vessel assembly, it is constructed with stainless steel components and a flexible graphite flat gasket that withstands temperatures up to 500 °C and pressures up to 5000 psi. Equipped with a comprehensive range of standard fittings and the advanced 4848 PID controller, this reactor delivers precise control and reliable performance.
Product Features
- 4570 Series stirred high pressure and high temperature vessel
- Approximately 500 mL movable head vessel assembly
- Vessel MAWP rating: 5000 psi at 500 °C
- Head and cylinder constructed of stainless steel (SS)
- Flexible graphite (FG) flat gasket suitable up to 500 °C
- Standard fittings include pressure gauge (0-5000 psi), liquid sampling valve, gas release valve, gas inlet valve, safety rupture disc, thermocouple or thermowell, internal stirring system, dip tube, cooling coil, guide or foot bearing
- ASME certification
- General purpose magnetic drive made of T316 stainless steel
- 4848 Controller with PID temperature control, ramp and soak programming
- Variable speed motor (VS.12), 1/8 hp with 0-600 rpm speed range
Benefits
- Reliable performance in high-pressure and high-temperature conditions
- Durable stainless steel construction and flexible graphite gasket for longevity
- Comprehensive valve and safety features for secure operation
- Precise temperature and stirring control with advanced 4848 PID controller
- Movable head design allows easy access and versatility
- ASME certification ensures compliance with safety standards
Why Choose the Parr 4575B Reactor?
The Parr 4575B reactor is engineered to deliver exceptional reliability and precision for demanding laboratory processes. Its robust stainless steel construction, flexible graphite gasket, and comprehensive control system make it an ideal choice for applications requiring high-pressure and high-temperature operation with safety and ease of use.
