About 2-METHOXY PHENYL ACETIC ACID
2-METHOXY PHENYL ACETIC ACID
CAS NO.: 93-25-4
MOLECULAR FORMULA : C9H10O3
MOLECULAR WEIGHT : 166
APPEARANCE : LIGHT BROWN TO YELLOWISH SOLID
MELTING POINT : 122125C
MOISTURE CONTENT : 0.5% MAX
PURITY BY GC : 98% MIN
Quality and Safety Compliance2-Methoxy phenylacetic acid adheres to rigorous analytical standards for purity, with lead content less than 0.001% and heavy metals passing European Pharmacopoeia limits. Classified as non-hazardous and non-poisonous, it ensures safe handling and transit, as it is not regulated for transport under standard international guidelines. This makes it an ideal choice for laboratory and industrial applications.
Applications and BenefitsWidely valued in the pharmaceutical sector, this substance serves as a key building block for drug synthesis, fine chemicals, and research reagents. Its stable nature and moderate acidity enable reliable performance in organic synthesis. The products high purity and compliance ensure consistent results, making it beneficial for research and manufacturing environments.
Storage and Compatibility GuidelinesFor optimum shelf life and quality, store 2-methoxy phenylacetic acid in a tightly closed container at temperatures below 30C in a cool, dry place. Avoid contact with strong oxidizing agents to maintain chemical stability. Packaged in fiber drums or HDPE bottles, it accommodates various operational needs for distributors and users alike.
FAQs of 2-METHOXY PHENYL ACETIC ACID:
Q: How should 2-methoxy phenylacetic acid be stored to maintain its quality?
A: To preserve its integrity, keep the compound in a tightly sealed container and store it below 30C in a cool, dry place. This ensures up to 24 months of shelf life under recommended conditions.
Q: What are the main uses of 2-methoxy phenylacetic acid in industry and research?
A: This chemical is commonly used in pharmaceutical intermediate synthesis, fine chemical production, and organic research. Its purity and reliability make it suitable for laboratory experiments and commercial manufacturing.
Q: When is it necessary to consider compatibility when handling 2-methoxy phenylacetic acid?
A: Compatibility should be considered when storing or mixing this compound, as it must not be exposed to strong oxidizing agents. Such interactions may compromise stability and safety.
Q: Where can 2-methoxy phenylacetic acid be shipped, and is it considered dangerous for transport?
A: It is not classified as dangerous goods and is not regulated for transport, allowing global shipment by distributors, exporters, and importers without special restrictions.
Q: What is the recommended disposal method for 2-methoxy phenylacetic acid?
A: Dispose of the chemical in accordance with local regulations for laboratory or chemical waste, ensuring responsible management of residual material.
Q: What benefits does the product offer in pharmaceutical synthesis?
A: It serves as a reliable intermediate with analytical-grade purity, contributing to consistent results in drug synthesis and research, which enhances efficiency and compliance with quality standards.