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When people ask what a flow cell is used for, the simplest answer is this: a flow cell is used to guide a liquid or gas through a controlled space where it can be measured, analyzed, exposed to light, brought into contact with electrodes, or processed in a stable and repeatable way.
When customers ask us, “How does a flow cell work?”, they usually want to know more than the definition of a component.
Are you measuring the pH of your solutions accurately? pH sensors are essential tools across various industries, from water treatment to food safety. They provide reliable measurements that help ensure quality and safety. In this guide, you will learn how to effectively use a pH sensor, including the preparation, calibration, and proper measurement techniques. We'll also explore maintenance tips for long-lasting accuracy.
Did you know that a small change in pH can drastically affect the quality of water, food, and even industrial products? pH sensors are essential tools for measuring the acidity or alkalinity of a solution, offering precise control over critical processes.
When it comes to maintaining water quality, two key parameters are frequently measured: Total Dissolved Solids (TDS) and pH levels. Both TDS sensors and pH sensors play essential roles in monitoring water for various industries, from agriculture to manufacturing. While they both contribute to understanding water quality, they measure different aspects of it.
