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Karl Fischer Titrator is a laboratory instrument used for measuring water content in a wide range of substances. The instrument is widely used in the chemical, pharmaceutical, and food industries, as well as in environmental monitoring and research. The Karl Fischer titration is a widely recognized method for accurate water content determination in many different materials.
The principle of the Karl Fischer titration is based on the reaction between the water content in the sample and the Karl Fischer reagent, which is a mixture of iodine, sulfur dioxide, and a base. The reaction produces an electric current that is proportional to the amount of water present in the sample. The titration process is automated and can be performed quickly, accurately, and reliably.
The Karl Fischer Titrator consists of several components, including a titration vessel, a Karl Fischer reagent, a stirrer, and an electrode system. The titration vessel is filled with the sample, and the Karl Fischer reagent is added. The stirrer is then activated to ensure proper mixing, and the electrode system is used to monitor the electric current produced by the reaction.
The Karl Fischer Titrator is available in different configurations, including volumetric and coulometric methods. The volumetric method is suitable for samples with high water content, while the coulometric method is better suited for samples with low water content. The instrument can also be equipped with different types of electrodes, such as the dual platinum electrode, which is suitable for non-aqueous samples.
In summary, the Karl Fischer Titrator is a powerful laboratory instrument that provides accurate and reliable measurement of water content in various materials. It is an essential tool for quality control and research in many different industries.
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