The Karl Fischer method determines water content specifically and is easily applied to a huge variety of samples. It is a common standard method in R&D, quality control and production monitoring. However, the method requires adequate sample preparation in order to receive correct results.
This brochure presents a short, historic overview of the development of Karl Fischer’s method. It explains the chemical reaction and the two major measuring techniques: Volumetric and coulometric.
This brochure uses METTLER TOLEDO’s expert knowledge of Karl Fischer titration to explain more advanced sample preparation procedures than the simple sample dissolution in the titration cell.
This brochure explains some important rules and guidelines for drawing samples to determine water content according to Karl Fischer. Our tips and tricks incorporate the experience of METTLER TOLEDO’s application chemists and are well proven through daily practice and application.
This guide recommends the methods specifically suitable for each sample type and summarizes the various KF titration methods currently in use. The guide is compiled in table form for a fast and easy overview.
Learn from METTLER TOLEDO’s extensive knowledge of moisture and water content determination from 1 ppm to 100%.
Karl Fischer Titration basics, methods and techniques
Introduction to Karl Fischer Titration. This brochure explains the chemical reaction and the two major measuring techniques: Volumetry and coulometry. I also presents a short, historic overview of the development of Karl Fischer’s method.
Advanced sample preparation procedures. This brochure uses METTLER TOLEDO’s expert knowledge of Karl Fischer titration to explain more advanced sample preparation procedures than the simple sample dissolution in the titration cell.
This guide explains important hints and tips for drawing samples to determine water content according to Karl Fischer Titration.
This guide recommends the methods specifically suitable for each sample type and summarizes the various KF titration methods currently in use.
