4562-450mL, 4562-T-IN600-M-(IN600)-230-VS.12-3000-4848-ASME_1536568
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Parr 4562 450mL, 4562-T-IN600-M-(IN600)-230-VS.12-3000-4848-ASME

The Parr 4562-450mL, 4562-T-IN600-M-(IN600)-230-VS.12-3000-4848-ASME is a stirred mini reactor from the 4560 series featuring a durable Inconel 600 vessel with moveable head configuration. Designed for high-pressure, high-temperature lab applications, it offers precise control and robust construction, certified to ASME standards.

Product Features

  • 4560 Series stirred mini reactor with 450 mL total vessel volume
  • Vessel made of Inconel 600 with moveable head design
  • Standard rating pressure 3000 psi at 350 °C
  • PTFE flat gasket stable up to 350 °C
  • Head fittings include gas inlet valve, gas release valve, liquid sampling valve, dip tube, thermocouple with thermowell, pressure gauge (0–3000 psi), and single loop cooling coil
  • Split ring closure with six compression bolts for flat gasket sealing
  • Bench top stand included for stable setup
  • Valve connections are 1/8" NPT Male
  • General purpose magnetic stirrer drive with 16 in-lb torque, made of stainless steel
  • Variable speed motor VS.12, 1/8 hp
  • 230 V electrical supply
  • 4848 PID temperature controller with ramp and soak programming
  • ASME certification ensuring compliance with industry safety standards

Benefits

  • Compact design suitable for bench-top high-pressure reactions
  • Robust Inconel 600 construction for excellent corrosion and heat resistance
  • Precise temperature and speed control for reproducible results
  • Comprehensive safety and sealing features for reliable operation
  • ASME certification for assurance of quality and safety
  • Flexible head fittings and accessories facilitate various reaction setups

Why Choose the Parr 4562-450mL Mini Reactor?

This mini reactor combines advanced materials, certified safety, and sophisticated control to deliver exceptional performance for demanding laboratory applications. The Parr 4562-450mL reactor is ideal for researchers requiring a compact, durable, and highly controllable system to safely perform high-pressure and high-temperature experiments.

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