Heating Circulators

Heating circulators are essential devices used to maintain precise temperature conditions in laboratory settings. They ensure consistent thermal regulation, supporting critical experimental accuracy and reliability.

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Common Applications

chemical reactions

sample incubation

viscosity tests

biochemical assays

material testing

Buying Guide

Heating Circulators Buying Guide

When selecting a heating circulator, it's crucial to consider the specific requirements of your laboratory experiments. Different models offer various features that may enhance or limit your capabilities.

Focus on the following factors when evaluating surplus options:

  • Check the operating temperature range to ensure compatibility with your experimental needs.
  • Verify if the circulator offers both heating and cooling functions for more versatility.
  • Inspect the condition and service history to ensure reliable performance over time.
  • Evaluate the compatibility with your existing lab setups and other equipment interfaces.

Frequently Asked Questions

What are heating circulators used for?
Heating circulators are used to maintain and control the temperature of samples in laboratory experiments.
How do heating circulators maintain temperature accuracy?
They use a fluid medium that circulates within a closed system to provide uniform heating.
What should I consider when buying a surplus heating circulator?
Check the condition, temperature range, and compatibility with your existing lab equipment.
Can heating circulators be used for cooling?
Some models offer both heating and cooling functions, but not all units have this capability.