Conductivity 120 000 μS/cm / 120mS/cm
A 120,000 µS/cm (or 120 mS/cm) conductivity standard in a laboratory setting is primarily used for calibrating and verifying conductivity meters and sensors, especially for solutions with high ionic concentrations like wastewater or certain industrial process water. This range is significantly higher than what is typically found in ultrapure water (0.055 µS/cm) or even good municipal water (around 50 µS/cm), but it falls within the range of seawater (approximately 53 mS/cm).
Conductivity 120 000 μS/cm / 120mS/cm Applications and Uses:
Calibration Standard: This high conductivity standard is crucial for accurately calibrating conductivity meters designed to measure a broad range of conductivities, including those in industrial and environmental applications.
Wastewater Analysis: Due to its high ionic content, this standard is suitable for laboratories involved in analyzing industrial wastewater, which often contains elevated levels of dissolved salts and minerals.
Industrial Process Monitoring: Industries like chemical, electroplating, pulp and paper, and mining often deal with solutions that have high conductivity, making this standard useful for monitoring and quality control within these processes.
Specific Applications: It can be used in settings like boiler blowdown monitoring, desalinization plant operations, and the quality control of certain chemical streams where high conductivity is expected.
Quality Control in High-Ionic Environments: Any laboratory dealing with samples expected to have a high concentration of dissolved ions, such as concentrated salt solutions or highly saline water, would use this standard for accurate measurements.
Conductivity 120 000 μS/cm / 120mS/cm
Applications:
- conductivity measurements are used to monitor quality in public water supplies, in hospitals, in boiler water and industries which depend on water quality such as brewing.
Conductivity 120 000 μS/cm / 120mS/cm
