Metrohm titration vessel 6.1415.250: a reliable solution for precise volumetric analyses
The Metrohm titration vessel 6.1415.250 is an essential component for volumetric titration analyses, particularly in analytical chemistry, quality control or industrial research laboratories. Thanks to its simple yet rigorously designed construction, this vessel ensures optimal compatibility with Metrohm's automated Karl Fischer titration systems , while guaranteeing maximum reliability in sample preparation, handling and analysis.
This model is designed to hold volumes ranging from 50 to 150 mL, making it versatile for different types of applications, from small sample titrations to larger analyses requiring greater capacity. It is made from high-quality materials that are resistant to chemicals commonly used in titrations, ensuring a long service life and increased safety during handling.
The mounting ring (reference 6.2036.000) allows for quick and stable installation on compatible Metrohm devices. This mounting accessory also ensures a perfect seal when used with specific titration lids, optimising the accuracy of the results obtained. The mounting ring also facilitates correct positioning of the vessel in the device, which is crucial for ensuring the smooth running of automated titration sequences.
In addition to the vessel, Metrohm offers two types of optional lids: the standard lid with 5 openings (reference 6.1414.010) and the lid specially designed for volumetric Karl Fischer titrations (reference 6.1414.030). These lids allow the insertion of various sensors, electrodes, tubes, or needles required for analysis, while ensuring a hermetic seal of the system to prevent contamination or evaporation of solvents.
The 6.1415.250 vessel fits perfectly into Metrohm's analytical ecosystem, helping to maintain a consistent, coherent and efficient analysis chain. Its simple design also facilitates cleaning and maintenance, which are key factors in ensuring repeatable measurements and reducing the risk of analytical errors. Whether in a research or production environment, it is a relevant choice for laboratories concerned with the quality and reliability of their results.
