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Selecting the Right Parr Reactor or Autoclave

How Do You Choose the Right Parr Reactor or Autoclave for Your Laboratory?

Selecting the appropriate Parr reactor or autoclave for your laboratory applications is crucial for ensuring optimal performance, safety, and compatibility with your specific experimental requirements.

SciMed, in collaboration with Parr Instrument Company, offers a diverse range of reactors and pressure vessels designed to meet various research needs. To make an informed decision, consider the following key factors:

1. Operating Pressure and Temperature

Assess the maximum pressure and temperature conditions your experiments will require. Parr reactors are designed to operate within specific pressure and temperature ranges.

For instance, the Series 5500 High-Pressure Compact Laboratory Reactors are suitable for high-pressure applications in a compact design.

1. Operating Pressure and Temperature

2. Vessel Size and Volume

Determine the volume capacity needed for your reactions. Parr offers reactors in various sizes, from micro reactors with volumes as low as 25 mL to larger reactors with capacities up to 100L!

3. Material of Construction

Choose the appropriate material for the reactor based on the chemical compatibility with your reactants and products. Standard materials include stainless steel and high-strength alloys, but alternative materials are available for processes involving corrosive substances.

Ensuring material compatibility is crucial for the longevity of the reactor and the safety of the operation. Typical alloys offered Hastelloy C276, Inconel, Monel and Titanium to name a few.

4. Stirring Requirements

These inefficiencies aren’t always obvious. But once you identify them, they’re fixable — often with small process changes and smarter tools. Technologies like MicroNIR PAT-W allow QA and production teams to move from reactive to proactive process control, validating blends in seconds instead of hours.

You don’t need to overhaul your system. Just upgrade how you measure success.

5. Closure Mechanism

Like most modern laboratory equipment, we can offer the control of hardware and logging of parameters to include:

  • Temperature internal and external
  • Pressure
  • Flow Rates
  • Valves

Depending on the application & complexity we can offer the automation that fits your requirements and budget

6. Additional Features and Accessories

Identify any additional features or accessories that may enhance the functionality of your reactor. Options include mass flow controllers, back pressure regulators, cooling coils, bottom drain valves, various types of pressure gauges, and temperature measurement devices.

These accessories can be tailored to meet specific experimental requirements and improve operational convenience.

By carefully considering these factors, you can select a Parr reactor or autoclave that aligns with your research objectives and operational parameters.

What to Do Next?

For detailed specifications and further assistance, consult SciMed’s resources or contact our technical support team.

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