|
HS Code |
988008 |
| Generic Name | Penicillin Sodium |
| Chemical Formula | C16H17N2NaO4S |
| Molecular Weight | 356.37 g/mol |
| Drug Class | Beta-lactam antibiotic |
| Appearance | White to off-white crystalline powder |
| Solubility | Freely soluble in water |
| Storage Temperature | 2°C to 8°C (refrigerated) |
| Route Of Administration | Intravenous or intramuscular |
| Mechanism Of Action | Inhibits bacterial cell wall synthesis |
| Spectrum Of Activity | Primarily Gram-positive organisms |
| Cas Number | 69-57-8 |
| Stability | Stable when stored as directed; solutions deteriorate rapidly at room temperature |
As an accredited Penicillin Sodium factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Penicillin Sodium includes a sterile, sealed glass vial containing 1,000,000 IU, labeled with product details and batch number. |
| Shipping | Penicillin Sodium should be shipped in tightly sealed containers, protected from light and moisture. Transport at room temperature unless otherwise specified, avoiding excessive heat. Handle with care to prevent contamination. Comply with local regulations for pharmaceuticals. Clearly label packages to indicate contents, and include appropriate documentation for safe and lawful delivery. |
| Storage | Penicillin Sodium should be stored in a tightly closed container at a temperature between 15°C and 30°C (59°F–86°F), protected from light and moisture. Avoid exposure to excessive heat or freezing temperatures. Store in a dry, cool, well-ventilated area, away from incompatible substances such as strong acids or alkalis to maintain its stability and efficacy. |
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Purity 99%: Penicillin Sodium with 99% purity is used in sterile injectable formulations, where it ensures maximum antimicrobial efficacy. Molecular Weight 356.4 g/mol: Penicillin Sodium of molecular weight 356.4 g/mol is used in intravenous antibiotic therapy, where it facilitates rapid systemic bioavailability. Particle Size <10 μm: Penicillin Sodium with particle size less than 10 μm is used in dry powder inhalers, where it allows efficient pulmonary delivery. Stability Temperature ≤ 25°C: Penicillin Sodium stable at temperatures up to 25°C is used in storage for emergency medical kits, where it maintains potency and shelf life. pH 6.0–7.5: Penicillin Sodium formulated to a pH of 6.0–7.5 is used in pediatric suspension preparations, where it minimizes irritation and enhances patient compliance. Water Solubility >50 mg/mL: Penicillin Sodium with water solubility greater than 50 mg/mL is used in injectable solutions, where it promotes quick dissolution and administration. Endotoxin Level <0.5 EU/mg: Penicillin Sodium with endotoxin level below 0.5 EU/mg is used in parenteral drug manufacturing, where it ensures minimal risk of pyrogenic reactions. Assay ≥ 96%: Penicillin Sodium assayed at 96% or higher is used in clinical infection treatments, where it delivers consistent and reliable therapeutic dosing. |
Competitive Penicillin Sodium prices that fit your budget—flexible terms and customized quotes for every order.
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Working day-in and day-out with penicillin sodium gives a real sense of how it behaves, how it looks, how it changes from batch to batch, and what pharmacists or healthcare professionals notice most. Every team in our facility—from the engineers at the fermenters to the technicians in final packaging—remains focused on quality stability and safety for the end user. The backbone of our product lies in our approach: strict controls along every step, thoughtful equipment design, and years of hands-on manufacturing knowledge.
Consistent output does not fall into place without dedicated maintenance and precise monitoring. Penicillin sodium, in its fine crystalline form, leaves our reactors through processes calibrated for high purity and dependable solubility. Staff calibrate and inspect fermentation tanks, monitor the pH of extraction liquors, and ensure the salts reach crystallization under optimal temperature and pressure. Unlike generic offerings that may blend components or relax specifications to save cost, our batches run under continuous checks—microscopic inspections, UV spectrometry, and careful titration—to catch trouble before it escapes past the lab.
You’ll see penicillin sodium referenced with various model numbers. In our shop, those actually mean something. We keep to defined ranges for particle size, controlled mainly for injectable or oral formulation use. The model PS-99, for instance, signals over 99% penicillin sodium with minimal byproducts. Water content must sit below a threshold—the dryers do not always make that easy, especially in sticky seasons. We document assay values, impurities, and endpoint sterilization results, shipping only those lots with full compliance.
Full traceability helps those who need tighter audit trails, like hospital pharmacies or drug manufacturers. Each drum leaves our warehouse with a record going all the way back to raw material input, ensuring a clear history with no hidden surprises. Beyond just numbers, our documentation includes process logs, spectrographs, and end-point micro tests. This translates into less batch drift for our customers, smoother mixing, and a lower risk of out-of-spec finished dosage forms.
On the factory floor, we see firsthand what penicillin makers and compounders require. Target use shapes every choice along the line: powder suited for oral suspensions favors one particle size distribution, while injectable preparations call for smaller, purer, and drier crystals. That makes particle control and humidity management a recurring effort for the team—especially since degradation or poor solubility wastes effort and, worse, affects patient confidence.
Veterinary formulations draw from the same batches destined for human use but face their own challenges. Animal health producers, who often blend with stabilizers or additional salts, warn us about caking or color issues. Since we oversee every stage ourselves—fermentation, extraction, centrifuge, drying, milling—we address those concerns directly and offer specific lot selection advice.
There’s a belief that one penicillin sodium looks much like the next, and on paper, the chemical formulas match. In practice, several differences add up. Some rivals run with contract plants where oversight isn’t always consistent. We operate our own lines, maintaining strict separation from contaminants and cross-products, doubling down on staff training, and opening our doors to customer audits whenever requested.
Moisture content poses a constant battle—too high and shelf stability drops; too low and the powder turns brittle, hard to dissolve, or prone to static clumping. We control this by using calibrated dryers and sealed transfer systems, testing residual water before every packing run. Solubility and appearance play a big role: cloudy suspensions or floating specks signal poor control somewhere up the chain. Years of customer feedback led us to refine our crystallization and micronization steps, yielding powder that dissolves evenly and resists premature breakdown.
Our internal testing teams have tight protocols for endotoxins, microbial limits, heavy metals, and residual solvents. Many generic factories stick to minimum requirements or batch outliers, but our team runs every lot through a standard battery of tests, updating systems as new guidance and technology emerge. When regulatory requirements become tougher, our response is to upgrade instead of cut corners. This lets us stay ahead of recalls and product alerts, and helps our customers sleep a little better.
Penicillin sodium stands apart from penicillin G potassium or procaine penicillin in more than just a name. Chemically, all these compounds spring from the same backbone, but each salt changes handling, solubility, shelf life, and risk profile. From the machinery and raw ingredients to the storage and shipping methods, each salt pushes equipment differently.
Sodium is favored for its rapid absorption after injection and is considered the gold standard in critical infections, especially in hospital use. Potassium can be an alternative for those sensitive to sodium or where fluid management is stricter, but for bulk hospital supply and compounding, sodium wins for stability and versatility. Procaine salts hold a niche for slower-release forms, but the injectable sodium salt forms the core of emergency protocols and general therapeutics. Real differences jump out during production—sodium salts tend to dissolve faster and stay mostly stable under our controlled conditions, so end users see less variation in dosing.
Blending or switching between different penicillin salts calls for knowledge of compatibility, container closure systems, particulate handling, and pharmacokinetics. As a manufacturer, we see how a small tweak in crystallization or drying can alter these critical behaviors. We tailor our line controls specifically for sodium, ready to provide technical advice should downstream formula or process shifts call for fine-tuning. Our commitment starts at raw penicillium strains and maintains full chain-of-custody up to the sealed drum.
Changes in global API markets, supply chain disruptions, and shifting regulations challenge everyone from hospital buyers to contract manufacturers. Stable supply now means more than filling orders—it demands deep reserves of technical skill, investment in updated fermentation and purification systems, and the will to recall or remake anything that shows the slightest deviation.
Regular investment in high-grade raw materials and R&D ensures we keep pace. Staff attend scientific conferences, test new starter cultures, and update procedures when evidence shows a gain. This real-world feedback—along with regulatory audits and repeat testing—gives us an advantage in troubleshooting and in discussing solutions with our customers. Our record shows fewer out-of-spec lots, fewer complaints about dust or insoluble residues, and frequent callbacks from customers who tried alternatives and noticed a change down the line.
Global events sometimes trigger raw material shortages or lower the quality of available inputs. Instead of passing along these pressures through variable output, our plant maintains strategic inventories and adapts extraction yields during lean cycles. Instead of relaxing documentation, we add extra verification steps so every shipment meets the original rigorous standard.
Customers regularly call on us for advice beyond a typical spec sheet. Problems in downstream tablet presses, questions about solubility in suspension, or hints about packaging shelf life—these are practical concerns that pop up far from the sterile lab bench. We support them because we manufacture every step, meaning insight into process quirks instead of canned answers or finger-pointing between third parties.
Whether scaling a new formulation or addressing changing environmental conditions in transit, our technical staff draw on process logs and real-time manufacturing data—not just regulatory filings. This connection from customer query to operator logbook can close troubleshooting loops, preventing reoccurrences and improving end-product experience. Technical help is not some stand-alone offering but arises naturally from being the one group with firsthand data and deep experience with the product.
Pharmacists, contract manufacturers, and veterinarians want predictability. They expect less downtime, minimal rejects, and reliable on-label performance. For us, this means a continuous focus on reducing lot-to-lot variability and keeping impurities below breaking points. Every technology upgrade targets sharp controls on yields, moisture, and byproduct profiles. Regular calibration drags down uncertainty; careful operator training heads off silly mistakes; routine preventive maintenance spots issues before production starts.
We share shipment reports and process data with customers who request deeper detail, opening our lines to third-party auditors and corrective action reviews. This openness creates confidence—customers know real people stand behind the powder, not just brands stamped onto 25 kg sacks.
Penicillin sodium starts as a living fermentation, not just a string of reactions. Care and consistency through the entire process, from inoculum to sealed drum, decide the final product’s value in the market and in the real world. Our teams’ decades of accumulated awareness—how to read a cloudy fermenter, when to change a membrane, how to temper a filter cake—carry as much weight as any published standard.
For buyers, choosing the right penicillin sodium means more than picking a supplier based on price. Talking directly to the source unlocks a channel for discussion, troubleshooting, and real answers. Experience in direct manufacturing grants a perspective impossible to find through aggregators or brokers, where batches could come from varied unknown origins, stored under uncertain conditions. We encourage open lines of communication, field visits for customers and regulators, and dialogue about actual performance, shelf life, and practical details.
Collaboration grows best with mutual knowledge, especially as regulatory and therapeutic contexts evolve. Sharing production challenges and listening to downstream customer problems—everything from printer smudge to late-stage caking—ensures steady improvement on both sides. Our customers invest time to monitor product performance; we match that by tracking process improvement and inviting scrutiny. Long-running partnerships reduce the learning curve, improve problem resolution, and create the conditions for true confidence.
Health and safety carry real consequence. From batch records to cold chain logistics, we never lose sight of the fact that penicillin sodium enters sensitive environments—injections, IV products, pediatric suspensions, and more. We prioritize sterility, particulate management, and full documentation of every step. Our decades of direct manufacturing practice have shaped tight safety habits, continual staff training, and escalation systems for troubleshooting.
We maintain close relationships with regulators and stay plugged into the latest audit trails and inspection notes. This keeps us prepared to react to regulatory guidance updates and to support customers through certification, documentation, and audit demands. Our plant managers meet regularly with quality teams to assess new risks and respond before problems trickle down to the market.
Technical support never stops at shipping. We guide customers on storage, handling, and formulation, ready to share lessons learned, new stability data, and best practices—no generic advice, just hard-earned factual guidance. By keeping feedback loops open and investing in our people and systems, our customers benefit from the safest, most consistent product, season to season and across regions.
Penicillin sodium’s value grows with reliability, open communication, and hard-won experience at every production stage. Years of focused manufacturing, technical excellence, and customer engagement have shaped our operations. This experience safeguards quality and informs every improvement, building trust in both the product and the people behind it.