Methyl Red 0.1%

Buy Methyl Red 0.1% (845-10-3) MF: C15H14N3NaO2 | MW: 291.28. Get High Quality Methyl Red 0.1% (845-10-3) from Tristains.

Methyl Red is an azo dye that appears as a deep red crystal. Methyl red 0.1% solution, on the other hand, is a more concentrated form of the pH indicator methyl red. It is dissolved in a suitable solvent like water or methanol. With a chemical formula of C15H15N3O2, methyl red undergoes a noticeable color transformation from red to yellow within a pH range of 4.4 to 6.2. This higher concentration allows for more pronounced color changes, making it particularly useful in specific analytical and industrial applications. Methyl red 0.1% solution serves as a highly efficient and versatile pH indicator, delivering distinct and vibrant color changes that enable accurate pH measurements. Its applications encompass a wide range, including acid-base titrations, microbiological testing, water quality analysis, and industrial manufacturing.

TriStains series products are carefully tested to ensure accurate, reliable, and reproducible results. Our products are available in different packaging sizes to allow you to get all types of stains & Indicators for your specific purposes from a single source.

In-addition Tristains also deals in numerous Laboratory Supplies, Chemicals, Equipment, Instruments, Reagents, Standard Solutions, Buffers, Histological Stains/Biological Stains & Indicators and many more, for more information please visit our website www.tristains.com or email to [email protected] we will be happy to help you. All Tristains Products are exclusively distributed by Dawn Scientific Inc (https://dawnscientific.com)

Application :

• Methyl red 0.1% solution is used extensively in acid-base titrations to determine the endpoint of the titration. Its clear color transition is particularly useful in titrations involving weak acids and strong bases.
• It is employed in the methyl red (MR) test to detect mixed acid fermentation by bacteria. This is part of the IMViC series of tests used for differentiating enteric bacteria.
• It can be utilized in testing the pH of water samples, helping to monitor and ensure water quality in environmental and industrial contexts.
• It is applied in various chemical manufacturing processes where precise pH control is critical for product quality and consistency.
• It is used in the preparation and calibration of buffer solutions to ensure accurate pH maintenance in laboratory and industrial processes.

Benefits :

• Provides a more intense color change, which can be easier to observe and interpret
• Versatile and cost-effective
• Provides accurate and consistent results