The FUT-8030 was specifically developed as an extension for the automatic titrator AUT-801 and offers a particularly reliable solution for neutralization, precipitation, and non-aqueous titrations. By combining state-of-the-art sensor technology and advanced automation, laboratory processes can be significantly optimized. The device continuously records measurement results with high accuracy, making the analysis processes not only more efficient but also safer.
A decisive advantage of the FUT-8030 lies in the highly precise bi-platinum electrode HPD-303, which was specifically developed for polarization measurements with the highest requirements. Through direct integration into the AUT-801, the system enables fully automated sample analysis, performing each measurement with consistently high precision. Thanks to this innovative technology, measurement deviations can be minimized, ensuring that laboratory results are particularly reliable and reproducible. This significantly contributes to meeting quality standards and consistently performing high-quality analyses in the long term.
The FUT-8030 finds application in numerous industrial sectors where precise and reliable titration analysis is of crucial importance. Especially in the chemical industry, the system plays a central role when it comes to examining process solutions and chemical reactions. It is also regularly used in water and wastewater analytics to accurately determine important parameters and ensure continuous monitoring of water quality. Furthermore, companies in the food and cosmetics industry also benefit from this advanced technology as it helps to maintain production standards and continuously check the quality of ingredients. By automating the entire measurement process, laboratories save valuable time and simultaneously reduce the risk of errors that could occur with manual measurements.
Polarization titration is one of the most precise electrochemical methods for determining substance concentrations. During the measurement, a constant voltage is applied to an electrode, resulting in a defined current flow. This method enables highly accurate determination of the endpoint, especially in precipitation and redox reactions. By continuously monitoring minimal current changes, even the smallest concentration fluctuations can be precisely analyzed.
For this technique, a specially developed bi-platinum electrode is used, which precisely registers even the slightest changes during the reaction. Thanks to the exact control of the voltage, it is possible to clearly determine the endpoint of the titration. This high accuracy plays a crucial role in analytical chemistry as it provides reliable and reproducible measurement results.
One of the most common applications of polarization titration is argentometric titration. This method allows for particularly precise determination of halides such as chloride, bromide, and iodide by reacting them with a silver nitrate solution (AgNO₃). This method is frequently used in environmental analysis and food control as it enables quick and reliable identification of these ions.
Polarization titration is excellently suited for the investigation of metals that are detected through **redox titrations**. The concentration of iron, copper, and nickel can be determined with particular sensitivity, making this method indispensable in metallurgy, electroplating, and the chemical industry. Due to its high accuracy, it contributes to optimizing production processes and ensuring quality standards.
Another important application area of polarization titration is the exact analysis of sulfide ions in environmental samples, industrial wastewater, and petrochemical products. This measurement method enables targeted monitoring of sulfur compounds, allowing compliance with environmental regulations and control of emissions. Especially in water analysis and wastewater treatment, it contributes to ensuring water quality.
The polarization titration is characterized by a multitude of advantages that make it particularly valuable for both laboratory analyses and industrial processes. Thanks to its **excellent accuracy**, it is possible to determine the endpoint of the titration precisely without relying on visual indicators. This high precision ensures reproducible results, which are crucial in scientific and industrial applications.
© All Rights Reserved
Gerne beantworten wir Ihnen Fragen zu unseren Produkten oder schicken Ihnen ein Angebot zu. Alternativ schreiben Sie bitte an info@upm-gmbh.de
We would be happy to answer any questions about our products or send you a quote. Alternatively, please write to info@upm-gmbh.de