Titration analysis

Titration analysis is a widely used method in surface technology that is used to determine the concentration of a specific substance in a solution. In surface technology, titration analysis is often used to measure the concentration of acids, bases or other chemical substances used in processes such as surface treatment, electroplating or coating.

The process of titration analysis begins with the preparation of a solution containing a defined amount of analyte and a titrant, a solution with a known concentration of the reagent that reacts with the analyte. The titration solution is gradually added to the analyte solution while the reaction between the analyte and the titrant takes place. An indicator is used to determine the final point of the reaction, called the equivalence point.

In surface technology, titration analysis is often used to determine the level of impurities in coating or electroplating processes. For example, the acid concentration in an etching bath can be measured to ensure that it provides the right conditions for surface treatment. Similarly, the concentration of metal ions in an electroplating bath solution can be monitored to ensure the quality of the coating.

Titration analysis is a precise and reliable method for determining concentrations in solutions and is therefore often used in surface technology to monitor and control the quality of processes and products. By accurately measuring concentrations, manufacturers can ensure that their surface treatment processes are reproducible and deliver consistent results.