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Conductivity flow cell

A Jinke Optical conductivity flow cell is an advanced tool that scientists use to measure the electrical current flow in a liquid. When we say a liquid can conduct electricity we mean the liquid has ions (charged up particles). Imagine ions as tiny heroes that allow electrical current to pass through the liquid. The more ions present in the liquid, the better the electricity conductor. 

Now, let’s talk about pH. Another key aspect when using ultrasonic flow cell is pH. It indicates whether a liquid is neutral, acidic or basic. Acidic liquids are lemon juice, and basic liquids are soap. The importance of knowing the pH of a liquid is that it will affect the conductivity of the liquid.

The Role of pH in Conductivity Flow Cell Analysis

A liquid with a lot of ions may be a strong electrical conductor, while another may not; for instance a liquid that is too acidic or too basic may not pass electricity well, while neutral (balance) tends to conduct better. This is done when measuring the pH and the conductivity simultaneously, because, in fact, both parameters are interrelated and allow a better understanding of the liquid. 

In wires industries, for example, conductivity is a crucial parameter that needs to be looked at on a real-time basis. When you monitor in real time, you are able to instantly see if there is something amiss in the liquid where you can take action immediately if necessary. This helps scientists make more informed discoveries based upon what they observe as it’s happening.

Why choose Jinke Optical Conductivity flow cell?

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