glacial acetic acid cas number

Glacial acetic acid, characterized by its CAS number 64-19-7, occupies a unique and indispensable role in both industrial and laboratory settings. Known for its purity and high concentration, this chemical compound, essentially concentrated acetic acid, diverges from the diluted forms commonly used in the kitchen as vinegar. The distinction lies not only in concentration but also in its diverse applications and handling complexities.

The industrial and scientific communities recognize glacial acetic acid for its unparalleled potency. In the context of manufacturing, it serves as a critical precursor in the synthesis of numerous chemical compounds. Industries ranging from textiles to plastics rely heavily on its applications. It plays a vital role in producing vinyl acetate monomer (VAM), a key ingredient in paint formulations, adhesives, and coatings. The level of expertise required to handle and utilize glacial acetic acid safely underscores its significance and complexity, necessitating skilled labor and meticulous safety standards in its handling. For laboratory use, glacial acetic acid is an indispensable reagent. Its use in analytical chemistry to titrate weak organic bases exemplifies its critical role in experimental setups. Here, trustworthiness and accuracy in results are paramount. Laboratories ensure this by maintaining strict quality control measures and using only the highest purity compounds, with glacial acetic acid being no exception. Its integration into laboratory settings emphasizes the importance of experience and expertise in its application, reinforcing the need for thorough training and understanding of chemical properties and safety protocols.

glacial acetic acid cas number
Authorities in chemical manufacturing stress the importance of safety when dealing with glacial acetic acid. Due to its corrosive nature, it presents several handling challenges. Proper storage, personal protective equipment (PPE), and ventilation are non-negotiable requirements enlisted by authoritative bodies like OSHA and the EPA. These regulations ensure that businesses align with safety and environmental standards, thus fostering a trustworthy operational environment. Companies specializing in chemical distribution highlight their commitment to safety, packaging glacial acetic acid with robust, compliant materials that mitigate leakage risks and preserve its integrity. Beyond its practical applications, the discussion surrounding glacial acetic acid extends into environmental considerations. While its biodegradable nature is universally acknowledged, the concentrated form requires responsible disposal practices. Environmental expertise guides the development of protocols aimed at minimizing ecological impact, aligning with global sustainability goals. Manufacturers and users alike are encouraged to adopt environmentally-friendly practices, demonstrating a commitment to both industrial excellence and environmental responsibility. In conclusion, glacial acetic acid’s distinctive properties and extensive applications merit recognition and respect across various sectors. Professionals leveraging this compound must exhibit proficiency in its use, supported by authoritative guidelines and rigorous safety measures. This dedication to responsible practice not only augments the compound's utility but also reinforces a culture of trust and authority within the industry. Ultimately, the unique attributes and substantial impact of glacial acetic acid underscore its standing as a cornerstone chemical, essential for innovative and safe industrial and scientific advancements.