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HS Code |
687053 |
| Chemical Name | Anthranilamide |
| Iupac Name | 2-aminobenzamide |
| Molecular Formula | C7H8N2O |
| Molar Mass | 136.15 g/mol |
| Cas Number | 88-68-6 |
| Appearance | White to off-white crystalline solid |
| Melting Point | 147-150 °C |
| Solubility In Water | Slightly soluble |
| Boiling Point | 382.5 °C at 760 mmHg |
| Density | 1.31 g/cm³ |
| Smiles | C1=CC=C(C(=C1)C(=O)N)N |
| Pubchem Cid | 6796 |
As an accredited Anthranilamide factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Anthranilamide, 100 grams, is packaged in a sealed amber glass bottle with a secure cap and clear hazard labeling for safety. |
| Shipping | Anthranilamide is typically shipped in tightly sealed containers, protected from light, moisture, and incompatible substances. It should be transported following regulations for chemical safety, often as a non-hazardous material, but appropriate labeling and documentation are required. Standard shipping conditions involve ambient temperature and cushioning to prevent breakage or leakage during transit. |
| Storage | Anthranilamide should be stored in a tightly closed container in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. Keep it separate from incompatible substances such as strong oxidizing agents. Use appropriate safety precautions, including gloves and eye protection, when handling. Follow all local, regional, and national regulations for storage and disposal. |
Applications of Anthranilamide in Industrial ManufacturingAnthranilamide (2-aminobenzamide) is widely employed across selected industrial segments, serving specialized roles in high-value chemical synthesis, polymer modification, crop protection intermediates, and dyestuff manufacturing. As a dedicated chemical raw material producer, we deliver batch-consistent anthranilamide fully traceable to production origin, supporting downstream processors with technical documentation and compliance transparency for every application area detailed below. 1. Pharmaceutical Intermediate SynthesisAnthranilamide is a core building block for the synthesis of various heterocyclic compounds, antidiabetic agent intermediates, and anticonvulsant analogues. Its ortho-substitution pattern, combined with reactive amide and amino groups, facilitates ring closure and acylation reactions that underpin the commercial routes to several regulated APIs and their intermediates. Manufacturers use it in multi-step batch and flow chemistry syntheses within cGMP-compliant environments, tightly monitored for impurity profiles and trace elements that impact downstream medicinal compound purity. Industry compliance standards
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2. Agrochemical Intermediate ProductionAgrochemical manufacturers incorporate anthranilamide in the synthesis of active ingredient intermediates, particularly those used in phenylamide, aniline, and benzimidazole crop protection agents. The compound's functional groups participate in nucleophilic substitution and condensation reactions, enabling routes to complex pesticide molecules. Plant facilities operate under crop protection GMP systems to satisfy regulatory residue and safety assessments, requiring precise control over input purity, trace contaminants, and batch uniformity for reproducibility in downstream application. Industry compliance standards
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3. Polymer Additive ManufacturingChemical processors use anthranilamide as a reactive additive and chain modifier in specialty polymer production, including the enhancement of polyamide, polyester, and acrylic resin performance characteristics. Its amide functionality contributes to improved chain structure and increased crystallinity, supporting finished materials with targeted mechanical and thermal properties. Process engineers introduce anthranilamide during melt blending or solution-phase copolymerization, applying relevant quality and environmental compliance systems specific to polymer production. Industry compliance standards
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4. Dye and Pigment ManufacturingColorant manufacturers leverage anthranilamide as an intermediate for synthesis of disperse and reactive dyes, utilizing its aromatic amide and primary amine groups as points of functionalization in diazotization, condensation, and coupling reactions. These processes require strict adherence to environmental and consumer safety standards regulating colorant residuals for use in textile, leather, and plastic coloration sectors. Input material traceability and impurity management are essential for ensuring the final dye’s compliance with textile and ecological labeling schemes. Industry compliance standards
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5. Specialty Metal Complex Ligand SynthesisIn industrial chelate chemistry, anthranilamide enables manufacture of custom metal-complex ligands for use in analytical reagents, metal extraction, and formulation of homogeneous catalysts. Its bifunctional structure provides strong binding motifs for transition metals, contributing to ligand sets utilized in fine chemical analysis and industrial water treatment. This segment requires documentation of trace metal impurity levels and robust supply chain transparency to fulfill stringent international specifications governing analytical reagent production. Industry compliance standards
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Competitive Anthranilamide prices that fit your budget—flexible terms and customized quotes for every order.
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Every season, new orders for dyes, crop protection solutions, and pharmaceutical materials flow into the production halls. Over the years, Anthranilamide became a cornerstone compound for all sorts of specialty synthesis. As the manufacturer, we stand over each batch, checking the color, grain, consistency, and even the smell because we know what long hours and tough customers have taught us: quality starts at the source, not the shelf.
Raw Anthranilamide rolls off the reactor line as a white to off-white crystalline powder. Each lot matches only one standard: the one set inside our own plant. Our typical specification holds the active content above 99% by HPLC. Moisture hovers under 0.2%. Ash residue drops below 0.1%. These numbers reflect hard-earned know-how from decades of tightening controls, testing each production run, and working hand-in-hand with chemists and engineers on-site—not at desks miles away.
Every drum of Anthranilamide has a story that begins at a steel-clad vessel with a trained operator logging temperatures and adding reactants ounce by ounce. No automation replaces the technician who recognizes by sight when a crystalline slurry is ready or when it needs more time. Production runs in this business can’t hide behind slipshod labeling or vague paperwork; we track batches down to the hour they left filtration. Knowing where and when a drum was filled backs every ton we ship with a record that follows it clear to the customer’s plant.
In the dye industry, a trace impurity translates into shades drifting off tone. For pharmaceutical middlemen, excess moisture or inconsistent crystal size eats into yields during downstream reactions. Our team doesn't just hit textbook specs. We watch for full dissolution rates and inspect granule formation to ensure that when you weigh out Anthranilamide in your operation, it acts precisely as your own QC team expects every single time.
Partners ask how to work with Anthranilamide, and we give it to them straight. This material flows easily from sealed bags but holds a knack for sticking if left exposed on humid days. Workers in our plant never skip desiccant use, and we keep drums closed tight. One misstep and the quality slides, so we only fill containers inside a climate-controlled suite. Each batch leaves the warehouse with silica packs and the kind of sealing we’d expect if we were receiving it ourselves.
Some customers want as fine a grade as we can make without pushing costs through the roof. Years back, a leading pigment factory gave us feedback—the coarser form settled too slowly in their tanks. We altered the crystal growth step, dialed in the particle size, and swapped filter meshes. That adjustment cut their process time by hours. That’s not a trick from a textbook. It comes from trial, error, and direct conversation with the people who put their name on the end product.
Among the dye producers, Anthranilamide serves as a key intermediate in producing azo compounds and certain disperse dyes. In agrochemical lines, it slots into the crafting of fungicides and herbicides that require a clean, non-reactive amide group. Pharmaceutical operations depend on our product for reliably yielding downstream amination and condensation reactions—especially where regulatory filings require process repeatability. The point is this: we know exactly where our product lands because we’ve toured these customer plants, seen their benches and production lines, and fielded their rawest, toughest process complaints.
Outside labs don’t run our QA program; our own technicians sign off every lot before it clears the dock. Batch sheets stay accessible long after shipping in case a traceability audit crops up. Customers sometimes ask for full spectral files or wet chemistry proofs, and we scan, print, or prepare fresh ones as needed.
Regulatory challenges build new hurdles every year. We remember the day when only local checks mattered; today, a shipment can stall if the certificate or safety data isn’t flawless. Our compliance department works side by side with the production crew. Instead of dumping paperwork on a separate office, we train everyone—lab techs, packers, even forklift operators—to know what new standards look like. Tracking each lot against European, US, and local regulations becomes a living part of every shift.
No seasoned manufacturer gets through a decade without slip-ups. Sometimes a filter fouls and a batch runs off spec, or we find a stray impurity on a retention sample that sailed through visual checks. No cover-ups, no delays—senior staff lock down that batch, rerun every test, and call out the root cause before resuming shipments. Lessons learned in sweat—every one of them winds up written in the process guide, right where new staff can see how to dodge past mistakes.
We’ve handled plenty of alternatives—both home-grown and imported. Some producers chase the lowest cost with recycled solvents or relaxed crystallization conditions. These shortcuts creep into the product, showing up months later as clogs in customer lines or off-odors in stored material. Years ago, a client returned a large lot sourced elsewhere due to plate-out on their reactors. We opened both bags: one with a fine, free-flowing powder, ours with no visible residue after hours exposed to air. That moment said more than any marketing brochure.
Open dialogue makes a difference. A client aiming to scale up their dye run flew in for a walkthrough. Days on-site, in boots, sampling at every step gave them the answer: the problem came not from our shipment, but from a leaky pipe diluting their dissolution tank. Problem fixed, business kept humming. Real support doesn’t end at the order confirmation.
Some users don’t sweat granular size, purity, or dampness—but the toughest customers stand behind the most exacting processes. We track not just what our product is, but how it acts after weeks in storage or a thousand miles in a hot shipping container. We store retention samples and welcome surprise audits. The best antidote to errors is expecting them, preparing for them, and tracking changes with exactness.
We calibrate every detail—degree of dryness, content by titration and HPLC, bulk density—on the samples your operators pull on their own lines. Sometimes we get requests for material with special melting points or slightly altered granularity. Instead of turning these away or making bland promises, we bring R&D right to the line and test changes at pilot scale, tweaking just as much as the application demands. Flexibility in production, paired with practical skill, brings more value than generic assurances.
Real buyers know poor consistency eats up more cash in downtime and remediation than any imaginary savings from budget vendors. Over-dependence on spot suppliers or souped-up middlemen links the fate of your whole process to someone who’s never seen how the raw material acts during an overnight run or in a mixer at full scale. Our plant’s proximity to our own supply chain helps avoid those letdowns. In our experience, old-fashioned partnership, backed by data and transparency, trumps fast talk every single time.
Stories pour in from buyers caught short during global shortages—supplies strangled, prices doubled, deliveries missed. In those days, we keep the lines rolling and stock up buffer inventory. While others chase substitutions or filtered-down blends, our customers get full-strength Anthranilamide without the risk of recipe changes or defensive explanations to their end buyers. Consistent operation keeps not just our staff paid but our partners’ processes whole.
Every time a truck leaves our yard, we walk the line—seals checked, drums double-wrapped, and pallets braced for long hauls. Field stories about torn bags or powder streaking out the back of containers keep our team alert. Nothing ruins a high-purity batch faster than careless handling in freight. We use thick polybags, triple-layered, and only food-grade ties. From the filling station to your loading dock, we carry the liability for every shipment.
Decades handling Anthranilamide built muscle memory in our team—goggles on, dust controls running, careful tracking of every spill or sweep. Waste streams see double-redundant checks before discharge. Our environmental monitors cross-verify with official standards daily. Staff rotate through ongoing environmental and safety classes. Not just to check boxes—because a single mistake could ruin reputations and relationships built over years.
We appreciate the unvarnished complaints, sometimes more than the praise. One loud phone call about a batch that wouldn’t dissolve right had our QA running extra solubility checks until root cause came clear. Every correction nudges us closer to zero-defect shipments. We post feedback forms right on every invoice and answer every call in real-time, pulling staff away from paperwork if needed. No question too small, no hour too late.
Improvement isn’t a one-off project. Five years ago, we shifted from solvent-based to cleaner water-based purification. Energy savings followed, and so did a drop in trace residues. Another round of investment brought in new chromatographs, letting us slice impurities that rode through older methodologies. Vendor evaluations run every season—not for show, but to catch trading partners who lose focus on raw material clean-up. Our Anthranilamide didn’t just ‘meet the market;’ it keeps moving with the market needs.
Standard products fill the bulk orders, but unique requirements come through quieter channels. Once, a large client came with a pharma-grade request: tighter than any generic producer would even consider. We shut down a whole line, refitted filtration gear, and fine-tuned our crystallization cascade batch by batch until the spectra fell into lockstep. Those kinds of custom runs keep the crew sharp, the lab busy, and the product ahead of outside substitutes.
Clients sometimes share what works and what doesn’t—process steps that make or break their conversion yields. We dive into their struggle, running side-by-side trials or duplicating conditions inside our pilot labs. Every real-world adjustment turns into the next improvement loop in our documentation. Managing Anthranilamide for years, we learned that the customer’s process becomes part of our expertise the minute we step into their plant or receive samples for troubleshooting.
Ask any member of our crew about a memorable batch, and you’ll hear stories of hot summer days, power bumps, impossible targets, and last-minute fixes that staved off disaster. Pride doesn’t grow from keeping up with the market—it comes from fixing what went wrong, stretching what’s possible, and keeping the bar higher with every shipment. Our Anthranilamide doesn’t claim a miracle; it grows better from every test, every phone call, and every pound packed by a crew that takes their job personally.
Looking back over tens of thousands of tons shipped, what stands out isn’t just numbers on a page. It’s the faces behind the process—operators, lab techs, clients who risk their own reputation on our materials. Making Anthranilamide at this scale means investing both in smarter processes and sturdier relationships. Experience spanning generations taught us not to treat quality, safety, or traceability as a marketing boast, but as a daily, living practice.
Not every customer demands full profile tests, humidity logs, or updated compliance files, but we run them as a matter of routine. Our track record with Anthranilamide stands as the result of thousands of small corrections, late hours, and a culture of accountability. Each new order refines the process. That’s not just manufacturing; that’s partnership—the best kind, earned honestly, batch by batch.