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Measuring the conductivity of Li-ion battery electrolytes in an organic medium is challenging. The use of an InLab® 710 sensor offers several advantages, like linear response for a broad conductivity range.
The chemically resistant body of the sensor is ideal for measurements in harsh chemicals and organic solvents. These, along with a few more advantages of using an InLab® 710 sensor, is listed in the application note. The note also shares important tips and hints related to Good Calibration and Measurement Practices to reduce errors while measuring the conductivity of battery electrolytes.
To learn more about measuring the conductivity of electrolytes from lithium-ion batteries, download this application note now.
Frequently Asked Questions (FAQs): Conductivity Measurement of Li-Ion Battery Electrolyte
Why is measuring the conductivity of electrolyte of a lithium-ion battery important?
The ionic conductivity of the electrolyte is a property that helps to determine how fast a cell can be charged or discharged and has been reported for many aqueous and non-aqueous electrolyte systems. Therefore, conductivity measurement becomes an important parameter in ascertaining the quality of electrolytes in a lithium-ion battery.
What are the advantages of using the InLab® 710 sensor for measuring the conductivity of battery electrolytes?
The InLab 710 sensor can be used in harsh chemical environments and organic solvents; it can also be used for a broad conductivity range. To learn more about the advantages of using this sensor, download our application note.
