Uses

• Pressure Measurement: It is primarily used to measure the pressure of gases and liquids in various experimental setups, ensuring that conditions are optimal for reactions or processes.
• Calibration: Bourdon gauges can be used to calibrate other pressure measurement devices by providing a reliable reference.
• Monitoring Reactions: In chemical reactions that involve gases, a Bourdon gauge can help monitor changes in pressure, indicating reaction progress or product formation.
• Vacuum Applications: They can be adapted for use in vacuum systems to monitor the pressure within the vacuum chamber, ensuring that it remains within desired parameters.
• Fluid Dynamics Studies: In experiments involving fluid flow, Bourdon gauges can be employed to measure the pressure drop across various components, aiding in the analysis of fluid behavior.
• Safety Monitoring: In systems involving pressurized gases or liquids, Bourdon gauges serve as critical safety devices, helping to prevent overpressure conditions that could lead to accidents.
• Research and Development: In R&D settings, they can be used to test new materials or processes by measuring pressure under varying conditions.
• Environmental Studies: Bourdon gauges may also be used in environmental laboratories to monitor atmospheric pressure or the pressure of gases in the field.