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Aloxicillin Sodium stands as a beta-lactam antibiotic raw material, widely valued in both medical and chemical fields for its ability to fight bacterial infections. It contains a sodium salt form that improves its solubility in water. The substance’s core chemical structure borrows from the penicillin family, which means it carries a four-membered beta-lactam ring fused to a five-membered thiazolidine ring. The exact formula is C16H17N3NaO6S, giving the compound a stable molecular base for synthesis and formulation. Chemists know the full IUPAC name references the amino and carboxyl groups modified by the sodium ion, providing a specific, reproducible molecular identity every time.
On close inspection, Aloxicillin Sodium appears as a white or almost white crystalline powder, though manufacturers produce it in varied forms like flakes, pearls, and sometimes as a granular solid. The powder dissolves quickly in water, making solution preparation straightforward in lab work and large-scale processing. Its density ranges from 1.29 to 1.33 g/cm³, ensuring manageable bulk handling without excessive dustiness or clumping, a factor crews in pharmaceutical plants care about for both dosing and mixing. Direct sunlight and high humidity degrade this antibiotic; storage in cool, dry, and airtight containers preserves its potency longer. Notably, ordinary solid forms present fewer risks of inhalation compared to fine dusts, but any pharmaceutical chemical likes a level-headed approach to personal protective gear.
Under a microscope, molecular diagrams reveal the signature fused ring system. This dual ring connects several functional groups, like the carboxylate anion, made possible by sodium. The molecular weight hovers at about 403.4 g/mol, which factors into solution calculations for both research and industrial synthesis. Structural integrity stems from strong covalent bonds and the salt bridge forged by sodium, which also raises water solubility, making Aloxicillin Sodium a popular ingredient for rapid infusions or injectable preparations. Chemistry students keep an eye on the beta-lactam ring, as it proves essential for the antibiotic action and also determines the major decomposition pathway under heat or acid.
Aloxicillin Sodium comes with strict technical sheets that clarify purity—most lots exceed 98% purity with negligible organic and inorganic impurities, as shown in typical COAs from major suppliers. The pH of a 1% aqueous solution ranges between 6.0 and 7.5. Handling instructions suggest limiting direct contact, since the powder can irritate mucous membranes on prolonged exposure. Whether the material ships in packets, drums, or bags, transport labels show the proper HS Code (2934999099), which international trade professionals use to declare and clear pharmaceutical raw materials at customs. Intact packaging and dry, cool shelving give the longest shelf life, reaching up to two years in optimal conditions.
Aloxicillin Sodium counts as an essential raw material for penicillin class antibiotics. It enters drug synthesis lines, hospital compounding pharmacies, and often university labs for studying resistance mechanisms. Teams should weigh potential hazards carefully. High concentrations may trigger allergic reactions, especially in people with existing penicillin allergies. Proper ventilation, gloves, and eye protection reduce the chance of skin or respiratory problems during weighing or mixing. Data sheets list the compound as harmful if ingested in raw form or released into waterways at scale, so organizations handle all stock as pharmaceutical-grade hazardous material. Environmental health officers recommend waste disposal through licensed chemical incinerators, preventing trace antibiotics in local streams or water bodies.
Aloxicillin Sodium’s performance as an active pharmaceutical agent depends on its reliable molecular structure, fast dissolution, and manageable powder properties. Pharmaceutical companies treat it as a crucial raw material in antibiotic manufacture, and the wider chemical industry recognizes its significance in both research and development. The density and crystalline nature of Aloxicillin Sodium facilitate precise batching and product formulation, supporting both efficiency and worker safety. Companies that source and handle it understand the hazards detailed in the MSDS and keep clear protocols for handling, storage, and transport. Each property—molecular weight, formula, density, and form—shapes how this substance takes its place in global healthcare and industrial chemistry.
