Ethanol, scientifically known as ethyl alcohol (CAS 64-17-5), is far more than just the alcohol found in beverages. It stands as a fundamental building block in the chemical industry, serving as a crucial intermediate for synthesizing a vast array of other valuable compounds. For procurement managers and chemical engineers, understanding ethanol's capabilities as an intermediate and securing a reliable supply chain are key to efficient production.

The chemical formula C2H5OH denotes ethanol's structure, a simple yet versatile organic alcohol. Its primary role as an intermediate stems from its reactivity, allowing it to be readily converted into other essential chemicals. For example, ethanol is a direct precursor to acetaldehyde, a compound vital in the production of plastics, resins, and perfumes. It is also used to synthesize ethyl acetate, a widely used solvent in paints, coatings, and flavorings, and ethylamine, which finds applications in pharmaceuticals and pesticides. This transformative potential makes high-quality ethanol an indispensable raw material for numerous manufacturing processes.

The utility of ethanol extends beyond its role as a chemical intermediate. It is extensively used in the pharmaceutical industry as a solvent, preservative, and extraction agent. In the cosmetics sector, it acts as a solvent and base for perfumes, lotions, and sanitizers. Its presence in dyes, coatings, and synthetic rubber production further highlights its broad industrial significance. Procurement professionals seeking to buy ethanol should focus on purity levels, particularly for applications in the pharmaceutical or sensitive chemical synthesis sectors, where even minor impurities can have significant consequences.

For businesses looking to source industrial-grade ethyl alcohol, partnering with experienced manufacturers and suppliers is essential. A reliable ethanol supplier from China, for instance, can offer consistent quality, competitive pricing, and efficient logistics. Whether you are looking for ethanol for bulk chemical synthesis or specific pharmaceutical applications, understanding the specifications such as purity (commonly up to 99.9% for industrial use) and CAS number (64-17-5) is critical. By ensuring a steady supply of this fundamental chemical intermediate, companies can maintain uninterrupted production cycles and ensure the quality of their final products.