Methyl Red: A Versatile pH Indicator and Chemical Intermediate for Diverse Applications
Discover the utility of Methyl Red (CAS: 493-52-7), a crucial pH indicator and chemical compound with widespread applications in laboratory analysis and various industries.
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Methyl Red
As a reliable supplier in China, we offer Methyl Red (CAS: 493-52-7), a vital pH indicator renowned for its sharp color transition from yellow to red within the pH range of 4.4 to 6.2. This characteristic makes it indispensable for precise acid-base titrations, particularly when analyzing ammonia and other weak organic bases. Its distinct color change is also fundamental in microbiology for identifying bacterial metabolic pathways, such as the mixed acid fermentation test, which relies on the production of stable acidic end-products. We are a trusted manufacturer in China, ensuring high quality and purity for all your laboratory needs.
- Understanding bacterial metabolism indicator properties, Methyl Red aids in differentiating bacterial strains based on their fermentation products.
- Accurate acid-base titration indicator use is a primary application, ensuring reliable results in chemical analysis.
- Exploring chemical intermediate applications, Methyl Red serves as a building block in synthesizing various organic compounds.
- Investigating pH 4.4-6.2 color change phenomena is key to its function as a sensitive pH detection tool.
Advantages Provided by the Product
Precise pH Detection
The distinct yellow-to-red color transition of Methyl Red makes it an excellent pH indicator for ensuring accuracy in acid-base titration indicator procedures.
Microbiological Analysis Tool
Utilized in bacterial metabolism indicator tests, it helps in characterizing microorganisms by detecting the products of their fermentation pathways.
Versatile Chemical Intermediate
Its role in chemical intermediate applications allows for its use in the synthesis of various dyes and other organic compounds.
Key Applications
pH Titration
As a primary pH indicator, Methyl Red is crucial for accurately determining endpoints in titrations involving weak bases and ammonia.
Microbiology
Essential for the mixed acid fermentation test, it helps identify bacteria by indicating the presence of stable acidic end-products.
Organic Synthesis
Its utility as a chemical intermediate opens doors for its application in the creation of specialized organic molecules.
Sensing Technologies
Applications extend to sensors, waveguides, and photoresists, leveraging its unique chemical properties for technological advancements.