Octanamide, a compound identified by CAS number 629-01-6 and the molecular formula C8H17NO, is a key player in various chemical disciplines. Typically presenting as a white to off-white crystalline solid with a purity of at least 98.0%, its chemical and physical properties of N-Octanamide are fundamental to its wide-ranging utility.

In the domain of chemical research, Octanamide serves primarily as a versatile chemical intermediate. Its structure facilitates its use in a multitude of organic synthesis reactions, enabling chemists to build complex molecules. Understanding how to effectively use N-Octanamide as a chemical intermediate is crucial for advancing research in areas such as pharmaceuticals and material science. The compound is frequently sought for its role in developing new drug molecules and innovative materials, making it a staple in many research laboratories.

Furthermore, Octanamide's utility extends to its function as a solvent. In chemical reactions and analytical procedures, its specific solvency power can be advantageous, allowing for controlled dissolution and interaction of reactants. As a result, reliable sources of octanamide for organic synthesis are always in demand. The availability of high-purity material ensures reproducible experimental results, a critical factor in scientific inquiry.

The compound is also known for its surfactant properties and its role as a processing aid in the rubber industry. These applications, while distinct from its use in synthesis, further highlight the chemical versatility of Octanamide. For researchers and industrial chemists, securing a consistent supply of N-Octanamide CAS 629-01-6 at a reasonable octanamide price is essential for their ongoing projects and production needs. The constant need for such compounds drives the market for fine chemicals, where purity and reliability are paramount.

In summary, Octanamide's value in research stems from its role as a fundamental chemical intermediate and a useful solvent. Its consistent properties and diverse applications make it an indispensable tool for chemists pushing the boundaries of scientific discovery.