|
HS Code |
929442 |
| Name | Tylvalosin Tartrate |
| Chemical Formula | C47H77NO18·C4H6O6 |
| Drug Class | Macrolide antibiotic |
| Appearance | White to off-white powder |
| Solubility | Freely soluble in water |
| Molecular Weight | 1108.3 g/mol |
| Usage | Veterinary antibiotic for swine and poultry |
| Route Of Administration | Oral |
| Mechanism Of Action | Inhibits bacterial protein synthesis by binding to the 50S ribosomal subunit |
| Spectrum Of Activity | Effective against Gram-positive and some Gram-negative bacteria |
| Storage Condition | Keep in a tightly closed container, protected from light and moisture |
| Cas Number | 63428-13-7 |
As an accredited Tylvalosin Tartrate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Tylvalosin Tartrate includes a sealed 1 kg aluminum foil bag with clear labeling, batch number, and storage instructions. |
| Shipping | Tylvalosin Tartrate is shipped in tightly sealed containers, protected from light and moisture, and stored at controlled room temperature. It is classified as a veterinary pharmaceutical and transported according to regulations for safe handling of chemicals. Appropriate labeling, documentation, and, if necessary, temperature control measures are ensured during shipping. |
| Storage | Tylvalosin Tartrate should be stored in a tightly sealed container, protected from light and moisture. Keep it in a cool, dry place at room temperature, typically between 15°C and 30°C (59°F–86°F). Avoid exposure to excessive heat and humidity. Ensure the storage area is secure, well-ventilated, and away from incompatible substances, children, and unauthorized personnel. |
Competitive Tylvalosin Tartrate prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
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Tel: +8615365186327
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On the production floor, where every kilogram of feed additive counts, Tylvalosin Tartrate proves itself each day as a targeted solution for the control of respiratory and enteric diseases in poultry and swine. Working directly with the raw materials, our teams witness the transformation of active ingredients from the earliest synthesis steps through to the finished, microcrystalline powder, always focused on purity and consistency. Nothing leaves our facility without passing rigorous analysis—high-pressure liquid chromatography, residual solvent assessment, and microbiological purity checks—because any deviation affects both our partners and the animals they tend.
From the start, manufacturers used tylosin, a macrolide antibiotic, to address sensitive bacterial infections in farm animals. Over time, selective resistance and production realities demanded a more refined approach. Enter tylvalosin tartrate. Chemically, it stems from tylosin’s backbone, but the C-20 valeryl substitution and tartrate salt formation strengthen its water solubility and bioavailability. These shifts improve mixing in premixes, oral solutions, and water-soluble powders—tools frontline veterinarians and producers rely on during outbreaks of Mycoplasma and other respiratory threats.
Our typical lot specification ranges hover at assay values above 98%. Moisture content stays tightly under 5%. Clarity of solution and particle size distribution matter here, since precipitation or clumping during dosing ruins feed batches. Extensive trials on the production floor exposed early blending issues, prompting us to implement finer grinding steps and introduce extra sieving prior to final packaging. Feedback cycles with field users drive these improvements—real operators, real barns, real feedback.
In broiler houses, medicated drinking water with tylvalosin tartrate delivers reliable coverage on tight schedules. Our water-dispersible product form dissolves cleanly at typical dosages—25 to 50 mg per kg live weight a day, based on field veterinarian prescriptions. In the continuous operation of pig barns, the ability to incorporate tylvalosin tartrate into both feed and water minimizes waste and assures even intake, both critical under commercial pressure where sick pens must clear quickly. We hear it directly in farm visits: soluble, well-dispersing antibiotics cut down labor and keep stress off the animals and the teams that care for them.
Our technical team often spends days at customer installations during high-pressure disease events. When a Mycoplasma outbreak strikes, response time makes the difference between containment and rapid spread. The speed and thoroughness with which tylvalosin tartrate disperses in farm water systems has allowed several of our largest customers to shorten their disease recovery windows by up to 30%, measured against older tylosin-based protocols—not just on paper, but in the daily records of weight gain and mortality rates.
Tylvalosin tartrate manufacturing demands more than textbook chemistry. Our own batches, manufactured in closed reactors under inert gas blanket, remain free from cross-contaminants and rely on feed-grade excipients that have passed European and North American feed safety audits. Teams calibrate our reactors daily, monitor solvent residuals, and carry out endotoxin screening before release. These steps ensure that the finished product performs consistently from one drum to another, supporting feed manufacturers who require predictability and traceability for every addition to the blend.
Even at the point of packaging, parameters go under the microscope. Tylvalosin tartrate absorbs moisture if left exposed, so our line staff immediately seal filled pouches in composite aluminum foil bags for long-haul shipping. This hands-on, batch-by-batch care matters not just for shelf life but for inhibitor stability, crucial when premixes undergo pelleting or storage prior to usage. We perform ongoing temperature and humidity stress tests to back up our label claims with data, and send out verification kits so our users can check potency on arrival if required.
Buyers with long experience in the livestock sector often compare tylvalosin tartrate against tylosin phosphate, tylosin tartrate, tiamulin hydrogen fumarate, and even florfenicol. In our years of feedback, several differences stand out. Tylvalosin’s spectrum reliably covers problematic Mycoplasma species and certain Gram-positive pathogens at a lower minimum inhibitory concentration than tylosin phosphate or tartrate. In feed trials, tylvalosin tartrate did not trigger the same feed refusal occasionally recorded with tiamulin, especially in piglets. This translates to smoother transitions during medicated periods, and fewer animals falling behind on growth targets.
Concerns about antimicrobial resistance draw increasing attention across the sector. Tylvalosin tartrate, through its modified structure, faces slower resistance development compared to traditional tylosin or erythromycin. We back this with ongoing laboratory surveillance data, working with veterinarians and academic partners to track susceptibility shifts over time. Responsible stewardship, both in design and use, underpins every lot we release. Rather than pushing dosage maximums, we support dose optimization work and encourage rotational use with other agents—an approach that fits both health and regulatory demands.
Animals under treatment need to thrive, not just survive. Tylvalosin tartrate’s pharmacokinetic profile allows for rapid tissue penetration and fast excretion, minimizing withdrawal periods in meat-producing animals. We maintain clear documentation and standard operating procedures so that users know exactly how to transition treated livestock safely back into production cycles. In our facilities, we maintain zero-tolerance policies for unapproved residues, validating this commitment through third-party audits and customer sampling reports. One of our most rewarding experiences remains a long-standing partnership with several integrated poultry groups, helping them maintain record-setting residue compliance year after year.
Farmers and veterinarians need more than just an active ingredient—they need technical backup when issues arise. Our account managers and field technicians travel out on calls, supporting on-farm water testing, checking for compatibility with vitamin-mix carriers, and troubleshooting mixing or storage problems. Over the years, we’ve helped many operations recover from costly batch errors, sharing precise remediation protocols based on laboratory analytics performed in our own QC labs. The lessons from these on-site challenges feed back into our internal product development sessions: sometimes it’s a tweak to carrier selection, sometimes a packaging redesign, always grounded in real-world results.
Our in-house research division compiles usage data across several hundred commercial sites. Performance benchmarks draw on average daily gain data, mortality tracking, and feed-to-weight conversion ratios pre- and post-intervention. One field study at a major integrator documented a 30% reduction in respiratory disease days per 1000 pigs when switching from previous tylosin protocols to tylvalosin tartrate, holding other management variables constant. These are not theoretical claims—they come from live production data, subject to statistical regression analysis and independent audit.
Residual studies remain a regulatory priority. Each tylvalosin tartrate lot comes with full certificate-of-analysis records and cross-references against national and international MRLs (maximum residue limits). Periodic joint testing initiatives between our manufacturing team and external residue labs help assure feed integrators and processors that the additive, when used as prescribed, leads to compliant food products without endangering export market access.
Where the theory meets practice—in the pipes and mixers of the plant—tylvalosin tartrate’s solubility and stability get tested daily. Early in our experience, we saw how minor inconsistencies in starting material quality (even heritage tylosin base crystals from contracted upstream suppliers) could throw an entire batch off specification. Over the years, we tightened our incoming inspection protocols and developed dual-source supplier arrangements, so that disruptions or quality dips upstream never translate to downtime for our downstream partners.
Granulation and blending cycles benefit from tylvalosin tartrate’s physical form compared to earlier tylosin derivatives. Bulk densities remain consistent within tightly controlled ranges, which reduces surging and segregation in pneumatic transfer lines. Our operators run regular sieve checks and run stability tests under simulated field conditions—temperature cycling, humidity spikes—replicating what the additive will face in active barns. Each feedback loop, from the plant floor to field crews, shapes continual process adjustments, always pushing closer to zero deviation release.
No discussion of tylvalosin tartrate can ignore current debates over antimicrobial stewardship. Industry partners continue to face mounting requirements for transparency, traceability, and minimized total antibiotic exposure. Our stance comes from experience: the quality and precision of the finished product only matter when paired with honest usage education. We work closely with veterinarians and nutritionists on proper dosing, disease targeting, and responsible rotation practices, sharing accumulated field data rather than generic advice.
In the heat of disease challenge, producers need fast, reliable answers. Our teams deliver on-site support, drawing on years spent in barns, mills, and labs. Combined with our data acquisition schemes—tracking resistance markers and tissue residue levels—this real-time experience allows us to refine each production run, preempt issues, and support our partners’ regulatory compliance. These efforts make tylvalosin tartrate less an off-the-shelf product and more an integrated tool in modern animal production.
Across continents, transit and storage environments present their own challenges. Our shipping managers track container conditions, humidity exposure, and seal integrity from warehouse door to delivery point. Working with partners, we’ve adapted our packaging—using multi-layer bags and nitrogen flushing—to maximize stability in both tropical and temperate climates. Data loggers in select shipments helped us refine thermal insulation protocols and catch subtle spoilage risks that only reveal themselves weeks after production.
On-farm, our product’s free-flowing, light powder form proves easy to integrate at dosing points, whether automated or manual. Technical sheets supplied with each shipment explain shelf-life tracking and provide mixing charts that reflect proven field results, not just laboratory claims. Each batch that leaves our warehouse represents not only factory standards but cumulative field feedback, ensuring consistency from our hands to yours.
Feed conversion ratios at the barn level, healthy bodyweights, and rapid disease recovery matter more than generic product features. Our direct partnerships with users turn tylvalosin tartrate from a static input into a dynamic part of disease management and growth promotion. Regular farm visits, continual product performance evaluation, and willingness to tweak formulations based on real customer feedback distinguish what we do from commodity resellers or brokers. Even seemingly minor tweaks—such as improvements to flow agents or mesh size—reflect persistent attention to end-user realities.
In the field, we’ve watched integrators shave labor hours off cleaning and mixing routines, reduce costly feed rejections, and see more predictable end-of-cycle weights. These improvements trace back to both manufacturing precision and application support. We track disease outbreak cycles, help stage interventions, and partner on on-site trials to develop improved protocols—all rooted in actual barn conditions, not just lab settings.
Government rules around antibiotics in food production are growing sharper each year. Staying ahead means more than meeting published specifications—it means supporting transparent record-keeping, helping users prepare for evolving audits, and providing ongoing residue and stability data on every lot. Our team keeps close tabs on both changing international guidelines and on-the-ground enforcement. This dynamic attention to detail helps customers present clear, verified data during plant audits, border checks, and produce certification procedures.
We refuse to cut corners on compliance. Our documentation packages include not just a certificate of analysis but also full chain-of-custody and stability studies—tested in real scenarios, from batch manufacture to weeks in barn storage. We also run voluntary blind checks with independent labs, providing additional confidence and demonstrating the incremental improvements achieved through continued R&D investment.
No production season finishes without lessons learned. Our teams review both success stories and outlier incidents—be they mixing errors, packaging faults, or field-level dose inconsistencies. Lessons go straight back into process redesigns: refining agitation protocols, modifying carrier blends, and introducing new moisture barriers or anti-caking steps. Like our best industry partners, we see every product release as part of a continuous cycle—each batch tested, improved, and informed by those who put the product to work daily.
Our field teams, production staff, and researchers remain in close communication. Advances in tylvalosin tartrate’s manufacturing and deployment never occur in isolation—they are always the result of shared labor, open exchange of data, and practical problem-solving. We keep our vision practical and rooted both in chemical science and livestock production experience. Only by walking both factory floors and animal houses can we drive the kinds of incremental, sometimes invisible, improvements that allow tylvalosin tartrate to deliver real value where it matters most.
End-users ask for more than just a molecule; they expect comprehensive support, proven reliability, and a responsive partner when challenges emerge. We measure the true worth of tylvalosin tartrate not in the technical details of the specification sheet but in the feedback from those who feed, treat, and care for animals day after day. Our commitment rests on understanding their needs, responding to their experiences, and continuously enhancing the product through honest, hands-on collaboration. The path forward involves not just chemical manufacturing but practical, accountable teamwork from factory to farm.
