|
HS Code |
626745 |
| Chemical Name | Carboxin |
| Cas Number | 5234-68-4 |
| Molecular Formula | C12H13NO2S |
| Molar Mass | 235.30 g/mol |
| Appearance | White to off-white crystalline solid |
| Melting Point | 91-93°C |
| Solubility In Water | 21 mg/L at 20°C |
| Usage | Fungicide |
| Mode Of Action | Succinate dehydrogenase inhibitor |
| Toxicity | Moderate toxicity to aquatic life |
| Iupac Name | 5,6-dihydro-2-methyl-1,4-oxathiin-3-carboxanilide |
| Storage Conditions | Store in a cool, dry place |
As an accredited Carboxin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Carboxin packaging consists of a sealed white plastic container, labeled with hazard symbols, containing 500 grams of fine, off-white powder. |
| Shipping | Carboxin should be shipped in tightly sealed, clearly labeled containers, protected from moisture, heat, and direct sunlight. Follow all applicable regulations for hazardous materials. Transport with compatible chemicals only, ensuring secure packaging to prevent leaks or spills. Use appropriate safety documentation, including a Safety Data Sheet (SDS), and comply with local and international shipping laws. |
| Storage | Carboxin should be stored in a cool, dry, and well-ventilated area away from direct sunlight and sources of ignition. Keep the container tightly closed and away from food, feed, and incompatible substances such as strong oxidizers. Store in a secure location, clearly labeled, and out of reach of children and unauthorized personnel to prevent accidental exposure or environmental contamination. |
Competitive Carboxin 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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At our production facilities, Carboxin runs through stainless steel reactors every day. We have worked with this active ingredient long enough to know its habits, strengths, and quirks. The batches we produce—mostly in technical powder, fine granular, and flowable suspension forms—are a core part of our year-round output. Most of the Carboxin leaving our plant has an assay over 97%, water content under 0.3%, and is completely free from extraneous dust or irritating odors. The quality comes down to control—tightly regulated temperature profiles, high-purity starting materials, and meticulously managed filtration. Every package gets a batch number stamped on arrival, so we can always track it back if a problem pops up in downstream use.
Carboxin gained its place in agriculture through reliability, not hype. Seed and soil treatment producers order it because fungal losses are costly right from the start of a planting season. Our technical-grade Carboxin acts as a proven shield against diseases such as bunts and smuts in wheat, and a range of other early damping-off problems in a variety of crops. It targets Ustilago, Rhizoctonia, and similar pathogens, halting their spread while letting the plant put energy into healthy root shoots. Season after season, trial plots and real farms both report the same thing: more robust early emergence, more consistent stands, and less need for follow-up rescue applications.
What operators value most is predictability. They want a material that disperses cleanly in water, does not stick, and coats evenly over bulk seed stock. Our formulation experts have worked years perfecting particle size distribution and wetting agent blends that prevent caking or bridging in application machines. If field workers open a bag and see the granules flow easily instead of clumping, our work pays off in less downtime and less waste.
Manufacturing Carboxin at scale looks simple on paper but becomes a mountain of detail in practice. Over a decade refining our process, we learned that running a little off-temperature or letting reaction pH drift even half a point leads to off-color or lower-purity lots that customers reject. We continuously monitor every critical parameter and quickly recalibrate, even if it means discarding material that fails our internal specs. For distributors and direct users, this provides the assurance that every drum or sack they crack open will match their previous experience, not introduce new headaches.
Our team studies downstream complaints with the same focus. Sometimes, a grower complains that treated seeds had uneven protection or that dust-off rates increased unexpectedly in cold storage. Our plant engineers then adjust the excipient and carrier systems, closing the gap with further trials until the finished product performs identically, crop after crop. This relentless troubleshooting is what keeps our Carboxin a trusted option with repeat buyers.
Consistency starts with the raw materials. We source our primary intermediates from vetted suppliers, never buying from brokers that cut corners or obscure the origin. Every incoming lot gets checked for purity and contaminants, including residual solvents and off-specification byproducts. Quality assurance doesn’t end there; our in-house lab runs quick chromatographic checks during processing, validating that we are within narrow specification windows for the whole run.
After synthesis, our drying and milling steps make or break the batch. Too coarse, and Carboxin won’t mix well into seed slurries. Too fine, and the powder can drift or lose flow properties. We use a series of classifiers and high-shear mixers, checking flowability, bulk density, and moisture until we hit targets that let automated treating lines run without jamming. This granular control means the Carboxin we ship is ready for field rigors, not just the lab bench.
No agricultural chemical works in isolation—field conditions, seed varieties, and local diseases all influence outcomes. We collaborate with agronomists and equipment engineers to make sure our product supports different seeding rates and machinery types. Some users prefer drum mixing with water-based carriers; others want ready-to-use dust or granule forms for automated drum dosing. We respond to these needs with adaptable packaging sizing and tailored dispersants that won’t interfere with seed viability.
Over years in the field, one fact stands out: off-brand and imported Carboxin often shows visible segregation and caking in storage, leading to application blockages and uneven treatment. This costs growers time and seed. Even slight off-odors from solvent residues drive customers away, so our facility uses a closed-loop handling system to lock in the clean, neutral scent growers expect. We never chase the bottom-dollar raw material offers—buyers end up paying more later for rework or crop losses from marginal sources.
The industry keeps testing newer fungicides, but most require higher doses, hit only a narrow spectrum, or interact poorly with certain varieties. Carboxin stays relevant due to its low active ingredient rate, broad action, and strong fit with combination treatments. We supply it as a solo product but often work directly with partners who build dual-action blends. Mixing Carboxin with systemic strobilurins or triazoles, for example, gives seed producers both contact and systemic coverage with no phytotoxicity. Our chemists support custom blend requests, ensuring compatibility and stability over shelf life, which saves cooperatives and commercial seed business partners from costly batch failures.
Changing global regulations and shifting resistance patterns nudge the market constantly. Our regulatory affairs team reviews new standards regularly, making the adjustments needed so our Carboxin clears the registration bar in key regions such as Europe, South America, and Asia. By sticking to the upper end of purity and by maintaining detailed compliance records, we help seed treaters avoid last-minute regulatory snags. The farm economy benefits directly when the materials they depend on clear customs and regulatory scans without costly delays or forced reformulations.
Safe chemistry matters for our staff and our customers alike. Every pound of Carboxin rolls out under strict containment systems, with local exhaust hoods and seamless sealed transfer lines limiting airborne exposure. We hold routine workshops for operators on spill prevention and cleanup, and we supply comprehensive hazard communications with every shipment. At the field level, our dust-suppressed formulations improve operator safety. The finished product meets current global standards for operator and end-user exposure limits.
We see sustainability as both a market reality and an ethical choice. By controlling batch sizes carefully, we can ensure minimal waste generation. All off-spec or surplus product moves back into a controlled reprocess stream instead of going to landfill. Our liquid suspensions use biodegradable wetting and dispersing agents, which reduce the environmental load without sacrificing performance. Irrigation run-off monitoring at test sites further assures us that we stay ahead of regulatory tightening, not just trying to catch up when a new requirement surprises the industry. We believe in transparent communication, so we release summary data on our waste minimization and renewable energy use every year.
In the global market, buyers often receive a dizzying menu of choices: imports from regions with looser standards, or third-party blends that cut active loadings to chase lower cost per acre. Many products look similar at first, but years of feedback from large commercial farms give us a clear sense of where shortfalls lurk. Other technical grades often lack consistent crystal habit or carry over trace contaminants. This causes unexpected sludge in automated treating lines and burn or uneven protection in fields.
Some of our customers have tried switching for a season or two, returning immediately on account of dust-off complaints or extra seed drying times. Bulk buyers note that our Carboxin sticks to rigorous batch traceability, letting them comply with closed-loop audits demanded by big agricultural suppliers. Subtle variables such as angle of repose, dispersibility in cold water, and color shade actually matter to machine operators. We engineer to these standards, so every order arrives ready for direct use, not manual reprocessing.
Direct users appreciate our open-door technical support. Equipment jams or field residue call-outs get routed directly to our plant, not a distant call center. We solve these issues faster because our production and formulation teams understand the nuances behind consistent mixing and dispersal. Each time a batch leaves, it packs optimized particle range and dispersant compatibility, which prevents settling in storage tanks on-farm or offsite. The story repeats: smoother seed coverage, easier cleaning of treatment machinery, fewer work stoppages.
For partners who blend our Carboxin with companion actives, we run compatibility and accelerated aging trials right at our site. Many buyers ask how our technical grade stands up alongside triazoles or imidazoles. We back up claims with cross-lab analysis, not just certificates. We offer detailed application data and stability reports to help partners fine-tune treat rates and keep blends flowing through automated lines, even at scale. Every drum shipped includes real photos of the actual batch so buyers know what will arrive—not a generic stock image.
No chemical product survives long without adapting to user feedback. Our biggest breakthroughs came not from fancy process modeling but from field trials and hands-on work with customers. For example, storage in variable tropical climates ruins many products with clumping or streaking. We reformulated our carrier system to solve this, adding a proprietary anti-caking blend. Subtle adjustments such as humidity-controlled packaging and small run size adjustments keep us ahead of recurring problems that sink less attentive makers.
Every “problem” report—cloudiness in a mixer, faint off-smell, or hardening in cold sheds—drives our team to improve. Our research team works alongside plant managers, not in a distant office, speeding up resolution of new challenges. Because of this, we are able to keep our returns and complaint rates lower than most firms, and buyers come back with specific, practical requests instead of generic complaints.
Our real competition is not with other Carboxin sources—with generic makers or price discounters—it's with ourselves. Every year, input prices, regulatory constraints, and farm economics change. We watch what matters most: will customers see the same smooth suspension and consistent results as in past seasons? Are we packing it in a user-friendly way that makes their lives easier, from truck to farm? Our continuous improvement commitment comes from real experience, not a marketing claim. We stay on the factory floor, watching how every tweak affects the outcome, always working to ship out a better product tomorrow than we did yesterday.
Carboxin has become more than a regular item in our manufacturing schedule. Our partners and buyers see it as a linchpin that enables reliable, stress-free seed treatment programs. That trust wasn’t won by pushing high-volume output or cutting corners on inputs. It arose from fixing the everyday headaches—machine clogging, uneven seed coverage, odor issues, gloppy suspensions—and responding with practical, durable solutions. When a grower can rely on our Carboxin to handle real-world dust, storage, and application challenges, we know we are delivering more than an ingredient—we are making a difference where it counts.
Our story reflects the journey of every successful chemical: continuous focus on details, humility in the face of surprises, and a willingness to push beyond minimum standards. We take pride in knowing every shipment leaving our gates stands up to the scrutiny of the most demanding customers. Those relationships keep us learning and investing back into our production process, ensuring Carboxin remains a staple for those who need more than just a label—they need a result they can count on.