CU_4598_100mL, CUSTOM, 4598-T-SS-M-(SS)-230-VS.12-3000-4848, Series 4590, Micro Bench Top Reactor Systems_2278350
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Parr CU_4598 100 mL Micro Bench-Top Reactor System – 3000 PSI, Stainless Steel, 230V, Series 4590

The Parr CU_4598 100 mL Micro Bench-Top Reactor System is a high-performance laboratory reactor designed for small-scale chemical synthesis. Constructed from stainless steel, this reactor provides safe, reliable operation at pressures up to 3000 PSI and temperatures up to 350°C, with precise PID temperature control and variable-speed stirring.

Product Features

  • 100 mL fixed head reactor, bench-top style
  • Vessel MAWP rating: 3000 PSI [207 Bar] at up to 350°C
  • Head, cylinder, magnetic drive, and internal wetted parts made of stainless steel
  • Vapor-containing external valves and fittings constructed of stainless steel
  • PTFE gasket stable up to 350°C
  • Bench-top stand with mantle heater, 230V
  • Variable speed motor, 1/8 hp
  • 4848 Reactor Controller with PID temperature control, ramp and soak programming, manual speed adjustment 0–600 rpm, 230V

What's Included

  • Magnetic Drive, 16 in-lb with stirrer shaft, made of stainless steel
  • Pressure gauge 0–3000 PSI
  • Gas release valve
  • Double valve assembly with inlet and sampling valves over dip tube
  • Safety rupture disc
  • Thermocouple, Type J

Benefits

  • Handles high-pressure and high-temperature reactions safely
  • Durable stainless steel construction ensures long-term reliability
  • Precise PID temperature control and variable-speed stirring enhance reaction reproducibility
  • Compact bench-top design saves space in the laboratory
  • ASME-compliant design ensures safety and regulatory compliance

Why Choose Parr CU_4598 100 mL Micro Bench-Top Reactor System – 3000 PSI, Stainless Steel, 230V, Series 4590?

This micro bench-top reactor offers a compact, high-performance solution for laboratory-scale chemical synthesis, combining robust stainless steel construction, precise control features, and reliable safety systems for demanding experimental workflows.

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