Circulators and Baths

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• Baths are usually made of stainless steel with immersion circulators.
• Proper design of circulators and baths include a number of physical and mechanical features.
• Circulators and bath featuring conventional design have separate heating and cooling devices, which are immersed in bath liquid.
• The bath fluid needs to stirred effectively to maintain an even temperature.
• The stirring of fluid should be done very carefully so that there is no bubble formation in the fluid.
• The equipment is provided with a temperature control system, including the temperature sensor in order to maintain uniform temperature for longer duration.
• The most commonly used fluids in circulators and baths are oil and water.
• A wide variety of high-dielectric fluids are also used for temperatures below 32º F and above 212º F. In this case, use of water would not be feasible.

• Heating of baths is dangerous as they are mostly used in combination with other flammable liquids.
• It is always advisable to use circulators and baths on top of some durable surface.
• Baths and circulators should always be kept away from flammable materials to avoid sudden combustion.
• Baths and circulators should be completely cooled before removing them off.

• Internal & External circulation applications
• Analytical instrumentation
• Laboratory testing
• Immunochemistry
• Molecular Diagnostics