Titrimetry is a key analytical technique used for the quantitative determination of substance concentration in solutions through chemical reactions. The fundamental principles of titrimetry involve the use of calibrated glassware, standard solutions, and indicators, all of which are essential for obtaining precise titration results. Titrimetry encompasses various volumetric methods of analysis, such as acid-base titrations, redox reactions, precipitation titrations, and complexometric titrations. When it comes to precipitation titrations, particularly argentometric titrations, they are used to analyse halides and other anions. It is particularly important to accurately determine the end point of titration by using different indicators applicable in the Fajans, Mohr, and Volhard methods. A review of various titrimetric methods and their applications highlights the importance of conducting titrations with precision to ensure accurate quantitative determination of chemical components. The analysis and comparison of these methods contribute to a better understanding and more effective application in analytical chemistry.