• Made from ASTM E-438 Type 1, Boro 3.3 heat resistance glass
• Determination of Iodine with ground joint and stopper

Here are some potential uses of a flask in the context of iodine:

1. Iodine Titration: Iodine is commonly used in titration reactions, such as in the determination of ascorbic acid (vitamin C) content in various samples. In these titrations, a solution containing iodine is often added to the sample, and the reaction is monitored using a flask. The color change associated with the iodine reaction can be observed.
2. Chemical Reactions Involving Iodine: Iodine can participate in various chemical reactions, and a flask may be used to contain reaction mixtures. For example, iodine may be involved in redox reactions, complex formation reactions, or reactions with other substances in the laboratory.
3. Iodine Storage: Iodine is sensitive to light and air, and a flask with proper sealing can be used for the storage of iodine solutions or solid iodine crystals, helping to prevent degradation.
4. Iodine Vapor Experiments: In certain experiments, iodine vapor may be generated for specific purposes. A flask can be used to contain the iodine crystals and provide a controlled environment for vaporization.
5. Organic Synthesis: Iodine compounds are sometimes used in organic synthesis. A flask may be employed as a reaction vessel in organic reactions involving iodine-containing reagents.
6. Chemical Analysis: Iodine can be used as a reagent in chemical analysis, and a flask may be part of the apparatus used for analytical procedures involving iodine.
7. Educational Demonstrations: Iodine reactions are often used in educational demonstrations to illustrate chemical principles. A flask can be used in these demonstrations to contain and present the reactions in a controlled manner.
8. Iodine Solutions Preparation: Flask may be used to prepare iodine solutions of specific concentrations for various laboratory applications.