The Chemical Profile: Delving into the Properties of Camphorsulfonic Acid Sodium Salt
The functionality of any chemical compound is dictated by its intrinsic properties. (+/-)-10-Camphorsulfonic Acid Sodium Salt is no exception, boasting a specific chemical profile that underpins its diverse applications, particularly within the pharmaceutical and fine chemical sectors. Its identity is firmly established by its CAS number, 34850-66-3, and its molecular formula, C10H15NaO4S. These identifiers are crucial for precise scientific and commercial communication.
Visually, the compound presents as a white powder, a common characteristic for many high-purity salts. This physical form is advantageous for handling, storage, and integration into manufacturing processes. The chemical's melting point, noted to be between 286-288°C, is a key indicator of its stability and purity. High melting points often correlate with strong intermolecular forces and a well-defined crystalline structure, which are desirable traits for pharmaceutical ingredients.
In terms of chemical behavior, the compound is recognized for its rapid absorption, a critical factor for its therapeutic effectiveness as a stimulant. This property, combined with its known interactions within biological systems—stimulating the respiratory center and supporting cardiac function—makes it a compound of significant interest. Manufacturers and researchers seeking to understand the nuances of (+/-)-10-camphorsulfonic acid sodium salt specifications will find these details invaluable for formulation development and quality assurance, ensuring consistent performance and reliable outcomes in their respective fields.
Perspectives & Insights
Silicon Analyst 88
“These identifiers are crucial for precise scientific and commercial communication.”
Quantum Seeker Pro
“Visually, the compound presents as a white powder, a common characteristic for many high-purity salts.”
Bio Reader 7
“This physical form is advantageous for handling, storage, and integration into manufacturing processes.”