About Hydroiodic Acid (10034-85-2)
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Technical profile of Hydroiodic Acid, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Technical Specifications:
CAS Number: 10034-85-2
Synonyms: Hydrogen Iodide
Chemical Formula: HI
Industrial Uses & Applications:
Hydroiodic Acid Is A Strong, Colorless To Pale Yellow Aqueous Solution Of Hydrogen Iodide With A Sharp, Pungent Odor. It Is Widely Used As A Reducing Agent And As An Important Reagent In Organic And Inorganic Synthesis, Including The Manufacture Of Pharmaceuticals, Iodides, And Specialty Chemicals. It Is Highly Corrosive And Can Release Toxic Iodine Vapors On Exposure To Air.
Key Industrial ApplicationsHydroiodic Acid is fundamental in producing acetic acid and pharmaceutical iodides on an industrial scale. Its strong reactivity makes it ideal for organic synthesis as it efficiently cleaves ethers and aids in deoxygenation processes, enhancing reaction specificity and yield.
Physical and Chemical PropertiesThis high-purity (57-58%) acid is a colorless, water-miscible liquid with a refractive index of 1.54 and a melting point of -50C. Its molecular formula is HI, and with a molecular weight of 127.91 g/mol, it demonstrates strong acidic and reducing capabilities, making it a versatile reagent.
FAQ's of Hydroiodic Acid (10034-85-2):
Q: How is Hydroiodic Acid typically used in industrial processes?
A: Hydroiodic Acid is utilized primarily in organic synthesis for deoxygenation and ether cleavage, the iodination of organic compounds, and as a reducing agent. It is also essential in the large-scale manufacturing of acetic acid and various medicinal iodides.
Q: What are the benefits of using Hydroiodic Acid in organic synthesis?
A: Hydroiodic Acid offers high reactivity in nucleophilic substitution reactions, making it highly effective for deoxygenation and cleaving ethers. This allows for precise modifications in complex organic molecules, improving reaction efficiency and product yields.
Q: When should Hydroiodic Acid be selected as a reagent?
A: Hydroiodic Acid should be chosen when a strong mineral acid and powerful reducing agent are required, especially for processes demanding efficient deoxygenation, ether cleavage, or the introduction of iodide ions. It is particularly suitable for applications in pharmaceutical and acetic acid production.
Q: Where is Hydroiodic Acid mainly supplied and used?
A: Manufacturers and suppliers in India provide Hydroiodic Acid, distributing it to industrial, chemical, and research facilities worldwide. It is extensively used in the chemical, pharmaceutical, and glass industries among others.
Q: What safety measures are necessary when handling Hydroiodic Acid?
A: Due to its highly corrosive and reactive nature, appropriate personal protective equipment such as gloves, goggles, and chemical-resistant clothing must be worn. It should be handled in a well-ventilated area, with precautions taken to prevent contact with incompatible substances.
Q: How does Hydroiodic Acid benefit glass etching processes?
A: Hydroiodic Acid acts as a potent etchant, allowing for precise markings and modifications on glass surfaces. Its strong acidic properties enable it to target specific areas without excessive damage or residue.