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Sulfaquinoxaline Sodium stands out as a synthetic sulfonamide compound, recognized for its established use in the field of veterinary medicine. Tracing its impact, many will recognize it from years past, especially within commercial livestock management. This compound takes shape as a white to slightly yellowish crystalline powder, offering good solubility in water. It's not just limited to its appearance, as the substance demonstrates notable chemical resilience, which allows extended storage. Anyone handling this product will benefit from knowing that it exhibits low volatility and delivers a notable therapeutic index when applied according to established protocols.
Sulfaquinoxaline Sodium goes by the molecular formula C14H11N4NaO2S, holding a relative molecular mass of about 338.33 g/mol. Its structure features a quinoxaline ring system, merged with a sulfonamide functional group, driving its pharmacological action. Inspection under good lighting reveals hard, angular crystals or dense flakes. The product's density comes in approximately 1.56 g/cm³, giving it a predictable bulk when measuring for formulations or dosing in the field. It exceeds expectations in moisture stability and resists rapid degradation under typical storage conditions, which is always a plus for inventory management. Key properties — like its notable solubility in water and slightly bitter taste — separate it from structurally similar compounds. The sodium salt form lifts its water compatibility, turning it into a clear solution with gentle stirring.
You'll find Sulfaquinoxaline Sodium sold mainly as a solid, sometimes milled down to fine powder or compressed into pearls or flakes. These physical forms stretch shelf life and adapt to production requirements for veterinary preparations. Some suppliers push out this chemical as ready-to-dissolve crystals, which mix straight into a measured volume of water. Such details matter for anyone on the practical end—measuring, mixing, or formulating on a busy line. Typical batches pass through rigid quality checks, confirming particle size, absence of black specks, and precise assay. Its material safety data lists a melting point near 265°C with light decomposition, so heating beyond this risks altering the product. Those searching for HS Code details will usually tag it under 2935009090, placing it in the broader category for sulfonamides.
Practical experience tells you to respect Sulfaquinoxaline Sodium as both a medicine and a chemical. Prolonged inhalation of dust or accidental hand-to-mouth transfer brings the risk of mild irritation in sensitive individuals. That’s backed up by decades of workplace monitoring, which encourage gloves and goggles during handling. While acute toxicity remains lower in humans under short exposure, it still classifies as a harmful compound because of potential sulfa allergies and impact on aquatic life. If you spill this raw material or end up with a concentrated solution, treat it the same way you'd handle other veterinary-grade hazardous chemicals—avoid direct skin contact, ventilate your space, and clean with water. Storage in sealed drums or thick-walled jars prevents accidental contamination and helps maintain assay standards across batches.
Sulfaquinoxaline Sodium provides the backbone for several formulations aimed at controlling coccidiosis, a disease that knocks out productivity in poultry, rabbits, and cattle. The raw chemical’s stability in powder, flake, or crystalline form means manufacturers can blend, granulate, or dissolve as needed. This versatility has convinced smallholders and industrial-scale producers alike that Sulfaquinoxaline Sodium secures commercial animal health without breaking the bank. Handling large lots builds respect for proper weighing and mixing, since minor dosing errors can lead to either residue buildup or subtherapeutic effects in treated animals.
Every shipment comes with a certificate of analysis listing molecular weight, solubility profile, and density measurements. Laboratories use ultraviolet spectrophotometry and titration to confirm purity and active content, which shapes decisions on batch release. Since this molecule resists breakdown under light and moderate heat, it keeps its potency during extended storage and shipping. For any operation needing a clear solution, Sulfaquinoxaline Sodium dissolves readily at standard laboratory temperature, giving users crystal-clear transparency without lengthy agitation. Routine QC checks monitor particle size, presence of unwanted ions, and the unmistakable sodium peak on spectra, building user confidence in each lot's consistency.
The story of Sulfaquinoxaline Sodium mirrors the broader challenges in chemical supply, balancing robust disease control with ongoing scrutiny over residue management and environmental runoff. From my own time observing animal husbandry, mistrust sometimes lingers about chemical use in feed due to news reports on resistance or misuse. Attention to quality assurance, traceability by HS code, and clear hazard labeling strikes a better balance between efficient agriculture and consumer safety. Progress now pushes toward clear digital labeling, online SDS access, and lot-level serialization, building trust across suppliers, veterinarians, and end users. Recognizing the hazardous nature of any strong chemical raw material, next steps should revolve around operator training, on-site PPE, spill containment upgrades, and transparent waste management practices so compounds like this remain effective, economical, and responsibly handled.
