Metrohm Titration Vessel 6.1415.220 – a key component for analytical precision
The Metrohm 6.1415.220 titration vessel is an essential component in Karl Fischer titration systems. Designed with a capacity of 20 to 90 mL, this vessel ensures flexibility of use in a wide range of laboratory analyses. It is specially adapted for volumetric titrations, particularly in the determination of moisture according to the Karl Fischer method, where the precision and compatibility of the glassware are fundamental to ensuring reliable results.
Manufactured by Metrohm, a recognised leader in chemical analysis instruments, the 6.1415.220 model features a robust and ergonomic design. Its shape allows easy insertion into Metrohm titration modules and effective sealing when fitted with a suitable lid.
Its variable capacity of 20 to 90 mL allows optimal adaptation to the sample volumes handled, which is particularly useful for laboratories that process a variety of matrices. Whether for liquids, dissolved solids or oils, this vessel guarantees maximum compatibility with the requirements of the Karl Fischer protocol.
The container can be supplemented with optional accessories, such as lids with five openings. These allow several electrodes, nozzles or air tubes to be inserted simultaneously, thus improving flexibility of use in complex setups. Two lid models are available: a standard model (ref. 6.1414.010) and a model specially designed for Karl Fischer titration (ref. 6.1414.030).
The 6.1415.220 integrates seamlessly into Metrohm's automated titration systems , ensuring full compatibility with titration arms, detectors and control systems. It is made of materials that are resistant to solvents and reagents typically used in titration procedures, which extends its service life and reduces the risk of cross-contamination.
The 6.1415.220 titration vessel is a reliable, robust and adaptable choice for all laboratories using Karl Fischer titration technologies. It is the go-to solution for professionals who are committed to maintaining high standards of analytical accuracy.
