Water impacts the quality of a wide range of products: chemicals, medicines, lithium-ion batteries, and food. Optimizing the water content present can help maintain product performance, shelf life and ...

Automating volumetric titration in whole series of samples used to be a challenge: Firstly, there is the risk of ambient moisture compromising sample integrity, and secondly, there is the necessity to ...

The KF reaction is based upon an early reaction called the Bunsen reaction, in which sulfur dioxide is oxidized by iodine with the consumption of water during this oxidation. The original reaction is ...

Karl Fischer titration is a broadly used approach for calculating water content across multiple samples. However, to get accurate and reliable results, it’s essential to follow a proper workflow. Two ...

Volumetric Karl Fischer titration accurately determines water content in various samples, adhering to European Pharmacopoeia ...

Volumetric Karl Fischer (KF) titration is optimized for rapidly and accurately determining water content in a wide range of samples. It is based on the reaction of water with iodine, sulfur, an amine ...