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HS Code |
956810 |
| Product Name | Asparagine Veterinary Grade API |
| Chemical Formula | C4H8N2O3 |
| Cas Number | 70-47-3 |
| Molecular Weight | 132.12 g/mol |
| Appearance | White crystalline powder |
| Solubility | Freely soluble in water |
| Purity | ≥98% (by HPLC) |
| Intended Use | Veterinary pharmaceutical formulations (tablets, injections, capsules, powders, granules, premix, solutions) |
| Storage Conditions | Store in a cool, dry place away from direct sunlight |
| Shelf Life | 24 months from date of manufacture |
As an accredited Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White HDPE container, 5 kg, sealed with tamper-evident cap, labeled “Asparagine Veterinary Grade API,” batch and expiry details. |
| Shipping | Shipping for Asparagine Veterinary Grade API is conducted in secure, sealed containers to ensure product integrity during transit. Packaging complies with international standards for APIs, suitable for tablets, injections, capsules, powders, granules, premix, and solutions. Temperature and moisture controls are maintained, and all shipments include complete documentation for regulatory compliance. |
| Storage | Store Asparagine Veterinary Grade API in a cool, dry, and well-ventilated area away from direct sunlight, heat, and moisture. Keep the container tightly closed and properly labeled. Avoid exposure to incompatible substances and store at temperatures below 25°C. Ensure that storage complies with local regulations and practices for pharmaceutical raw materials to maintain product quality and stability. |
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Purity 99%: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Purity 99% is used in high-potency feed supplements, where optimal amino acid delivery enhances animal growth rates. Particle Size D90 < 150 µm: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Particle Size D90 < 150 µm is used in premixed granular formulations, where uniform blending improves dosage accuracy. Melting Point 234°C: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Melting Point 234°C is used in injectable suspensions, where high thermal stability ensures formulation integrity during sterilization. Stability Temperature up to 40°C: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Stability Temperature up to 40°C is used in oral solution preparations, where extended shelf life supports distribution in varied climates. Moisture Content < 1.0%: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Moisture Content < 1.0% is used in capsule production, where reduced moisture enhances product stability. Molecular Weight 132.12 g/mol: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Molecular Weight 132.12 g/mol is used in compounded veterinary tablets, where consistent formulation ensures predictable pharmacokinetics. Assay ≥ 98.5%: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Assay ≥ 98.5% is used in feed premixes, where minimum dosage requirements are met to improve feed utilization efficiency. Viscosity (1% Solution) < 5 cP: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Viscosity (1% Solution) < 5 cP is used in oral solutions, where low viscosity aids in smooth administration via drenching. Bulk Density 0.5–0.7 g/cm³: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Bulk Density 0.5–0.7 g/cm³ is used in powder blends for veterinary sachets, where optimal flow properties enable efficient packaging. Heavy Metals < 10 ppm: Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions with Heavy Metals < 10 ppm is used in injectable veterinary products, where low contaminant levels comply with safety regulations. |
Competitive Asparagine Veterinary Grade API for Tablets / Injections / Capsules / Powders / Granules / Premix / Solutions prices that fit your budget—flexible terms and customized quotes for every order.
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Email: admin@ascent-chem.com
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As producers of veterinary grade asparagine API, our motivation goes beyond supplying the global animal health industry with active ingredients. Quality starts from the foundation. Over the years, we've learned that making asparagine for veterinary applications isn't just about hitting a purity target or meeting compendial requirements. It is about ensuring consistency, traceability, and transparency that veterinarians, animal feed formulators, and pharmaceutical teams depend on every day.
In our plant, asparagine synthesis follows processes refined by experience. We use pharmaceutical industry reactors and adhere to protocols that eliminate common contamination concerns. We understand that every shipment, whether destined for tablets, injections, capsules, or premixes, carries a responsibility. Many facilities claim GMP environments; we work to ensure regulatory audits and customer inspections verify those claims. By controlling every critical step — sourcing raw materials, managing water quality, minimizing risk of cross-contamination — we create reliable asparagine trusted for animal health.
Walk through any formulation lab developing veterinary drugs or supplements, and you’ll see asparagine used in several ways. Not all Asparagine APIs perform equally across dosage forms. For tablet makers, free-flowing powder with close particle size control keeps tabletting lines humming — caking or extreme fines slow production and cause weight variability. For capsules, purity matters just as much as flow, since the wrong impurity load leads to regulatory headaches. With injections and solutions, there’s no hiding low solubility or trace contaminants — sterile products require clear results.
Our production batches turn out Asparagine meeting compendial purity standards, but we go further to characterize the non-compendial aspects. You will notice our veterinary asparagine stands apart on:
Most manufacturers simply quote assay figures and loss on drying. Over time, we’ve found that paying attention to these less glamorous specs prevents batch failures and simplifies downstream formulation. Premix and feed inclusion present new hurdles — clumping, degradation, or fading during pelleting or mixing can scrap a batch. We offer grades that keep their properties under feed-milling pressures as well as sterile options for parenteral products.
Our team gets calls from clients looking to troubleshoot failed formulations. Some issues sound familiar: slow dissolution in water, batch-to-batch color changes, unexplained particle agglomeration, or chargebacks over questionable test results. Most can be traced back to inconsistent sourcing or blending. Tablet runs that stall because the asparagine binds moisture too readily, or capsules that flake by the time they reach market — these problems eat into time and trust.
Internally, we reject “good enough is good enough” thinking. Our asparagine carries traceability from each raw material lot and records from every process step. We catalog the micronization settings, filter integrity checks, and the final packaging under controlled logistics. Clients receive not just a product but a support system: feedback loops for process tweaks, open records for inspection, and advice honed by years of seeing what fails under real-world use.
Several generic asparagine APIs surface on procurement sites, but many are repackaged or bulked out from non-pharma channels. Chemically, they may align with loose pharmacopoeial standards, but functional issues soon follow in actual production. One cannot expect uniform hydration, reliable flow, or predictable shelf-life from commodity sources or traders with minimal process visibility. For any animal health product, be it a chewable supplement or injectable, the burden falls squarely on the formulator and the upstream supplier. Our clients share back data showing tighter weight variations, more stable release, and fewer deviations when vetting our API against others.
No chemical plant escapes growing pains. In our earliest GMP certification, auditors pressed us on seemingly minute points: room air differentials, washing protocols for containers, traceability on non-active excipients. Initially, these seemed like secondary concerns. But over years in business, inconsistencies that start small — a slow-reacting batch of raw material, a poorly calibrated drier, a switch in packaging liner supplier — end up snowballing into lost batches, regulatory citations, or reputational damage with clients seeking veterinary APIs.
As a manufacturer, you live with the consequences of every shortcut. Dealers may disappear after a bad lot, but a plant tied to its product line cannot. This is where our team learned to treat every input seriously, from the source of L-aspartic acid in asparagine synthesis to steam and water quality. Veterinary products face hurdles human ones sometimes escape: faster reformulation cycles, rapid regulatory changes, and on-the-ground feedback from farms and clinics. One lesson stands out — build your quality system around not just today’s regulations but tomorrow’s risks.
Veterinary APIs must answer to multiple masters: pharmacopoeias from different regions, health ministry inspection, end-user veterinarians, and animal promoters. Early in our journey, we handled more requests for custom particle sizes, dual-layer packaging to survive humid shipping, or additional pathogen testing for products bound for countries with stricter import rules. Rather than view these as cost burdens, we viewed them as investments — over time, asparagine made in this way earned us repeat contracts with both regional and top-five animal health brands.
A common question comes up from prospective veterinary clients: “How different can asparagine be? Isn’t it just a single amino acid?” There’s truth in the structure, but practical experience shows stark contrasts in usability. Commodity asparagine, often destined for industrial applications, falls short on traceability and cGMP documentation. Batches may arrive with high water content, unexpected color shift, or out-of-spec heavy metals. For animal health partners, these are nonstarters — products fail incoming checks, documentation lapses, and rework costs mount.
Human pharmaceutical asparagine meets pharmacopoeial thresholds, yet in practice, veterinary requirements sometimes diverge. Inclusion in feeds or complex injectables benefits from even tighter control of micron size and flow than many oral-grade pharma suppliers maintain. Regulatory needs also differ: Not all human pharma documentation aligns cleanly with veterinary dossiers submitted to authorities overseeing cattle, swine, or aquaculture. We have spent years tuning our lines to the harsh realities of vet market oversight, which penalizes lot-to-lot fluctuation.
From an analytical perspective, our asparagine undergoes repeated micro and macro contaminant screening and stress testing, well beyond simple heavy metal and bacterial limits. Ongoing investment in chromatography, moisture mapping, and near-infrared screening allows us to detect deviations before they become field failures. We devote resources to validation trails for new endpoints, such as storage stability under heat or protracted transport. Working alongside animal formulators, we track if asparagine creates issues like unexpected odor, tackiness, or off-flavor in otherwise stable feed or dosage forms. Feedback from customers feeds directly back into batch adjustments.
Across all our veterinary asparagine-based APIs, we adapt material characteristics to fit the specific delivery form and regulatory environment. Manufacturing feed-grade powders that resist caking during long-haul ocean transit presents a different set of hurdles than supplying injectable or solution-grade asparagine. The demands of the animal health sector shape our process flows and batch release protocols.
For tablet and capsule applications, bulk density, flowability, and compressibility determine manufacturing speed and yield. A high-quality asparagine powder lets customers minimize additional flow aids and sticking agents, resulting in cleaner labels and more straightforward regulatory submissions. Many producers discover, after years trialing multiple suppliers, that poor flow increases line downtime and waste – costing far more than a marginally cheaper input price. We track these parameters as part of every incoming and outgoing batch.
In the injectable and solution markets, solubility and pyrogen-free status dominate. We supply asparagine that dissolves without haze or precipitate in the diluent water grades required by veterinary injectables. The difference becomes clear during autoclave cycles or solution filtration — poor-quality asparagine clogs filters, gums up lines, or leaves visible particles after filling. Practitioners demand precise dosing and clarity, so our QC routines stress these aspects before shipping to clients formulating veterinary medicines.
Powders, granules, and premix versions answer another category of use. Here, we adjust particle size and handling characteristics to match the feed miller’s process. Lower dusting, moisture pick-up prevention, and improved flow through augers and hoppers can mean the difference between smooth factory runs and clogged lines. To support custom requests, we maintain micro-milling and dry-blending equipment for special grades. Consistency and process documentation help feed manufacturers meet regulatory and voluntary certification.
By focusing on how our asparagine integrates with existing veterinary supply chains, we have tailored storage conditions, packaging, and documentation to eliminate unnecessary returns and counterfeiting risks. Secure tamper-evident packaging, serialized tamper labels, and maintained chain of custody records extend the safeguards built at the plant into the end user’s hands.
Our customers — major animal health companies and regional compounders — interact directly with our plant teams. Every inquiry receives not a stock answer from a trading desk, but a conversation with technical personnel who have spent years on the shop floor or in formulation support. We seek feedback, track released batches, and encourage open dialogue. Issues raised in one country often lead to process tweaks or test expansions that benefit all customers.
Routine improvements in our asparagine production came from this dialogue. Adjustments as small as modifications to packaging liners or tweaks to drying protocols have caused measurable improvements in field performance. Some changes arose from client comments about powder clumping, variable throat passage in capsule machinery, or strange odors in solution products. Others come from changes to relevant local or international vet med regulations, which can shift unexpectedly. Our technical support doesn’t rest on routine claims — we make adjustments rooted in actual plant practice and direct customer experience.
The veterinary pharmaceutical industry faces pressure on several fronts: rising expectations for joint-product traceability, expanding antimicrobial stewardship, import scrutiny, and more. Offering asparagine API that stands up to these rising demands starts well before the first kilogram leaves our dock. Years spent tightening batch records and expanding our in-house analytics proved their value as more customers pursued complex regulatory registrations or endured surprise plant audits.
Several newer market entrants present APIs that claim veterinary suitability based solely on certificate checkmarks or intermediary guarantees. We encourage potential buyers to dig deeper: ask for detailed process validation reports, examples of stability data under real-world storage, and open batch records for audit. These are benchmarks we not only meet, but expect our clients to demand as their own markets mature.
Animal health never stands still. New pathogens, public concern over drug residues, and global regulatory harmonization keep the stakes rising for veterinary drugs and feed ingredients. Today’s animal health professionals reject excuses for failing on purity, traceability, or performance. Every year brings new regulatory guidance or scrutiny from importing authorities; history shows that companies acting only after inspection risk losing trust or access to critical markets.
Our long-term commitment centers on continued investment: in analytics, real-time batch monitoring, and collaborative research with formulation partners. Periodic review with customers helps map out which attributes to fine-tune for next-generation forms or specialized regional requirements. Better process mapping and digitized QA raise our standards batch by batch, laying groundwork so clients can move faster and respond to market or disease pressures with greater agility.
We have seen asparagine gain wider adoption in companion, livestock, and aquaculture formulations as nutritional science advances and diagnostics sharpen. Emerging demands for custom delivery vehicles — rapid-release oral films, slow-dissolving granules, injectable microemulsions — challenge manufacturers to supply not just a raw chemical, but a solution built for rapid integration and support. We expect our role to evolve from API supplier toward formulation partner, delivering predictable materials, co-developing documentation, and responding promptly to emerging needs.
Veterinary-grade asparagine API must outpace simple cost competition. Trust grows when suppliers back quality with transparency, technical support, and real-world responsiveness. Our history rests on knowing the product inside out, adapting to the field’s needs, and investing in what counts for customers and animal health alike. Every batch reflects this commitment — not just to stability and purity, but to reliable partnership and future-ready supply.