|
HS Code |
519564 |
| Chemicalname | 4-Chloro-6-Nitro-m-Cresol |
| Casnumber | 1707-93-1 |
| Molecularformula | C7H6ClNO3 |
| Molecularweight | 187.58 g/mol |
| Appearance | Yellow crystalline powder |
| Meltingpoint | 102-104 °C |
| Solubilityinwater | Slightly soluble |
| Density | 1.5 g/cm3 (approximate) |
| Purity | Typically ≥98% |
| Synonyms | 4-Chloro-6-nitro-3-methylphenol |
| Storagetemperature | Store at room temperature, keep container tightly closed |
| Hazardclass | Irritant |
As an accredited 4-Chloro-6-Nitro-M-Cresol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Amber glass bottle containing 25 grams of 4-Chloro-6-Nitro-M-Cresol, tightly sealed, with hazard and identification labels affixed. |
| Shipping | 4-Chloro-6-Nitro-M-Cresol is shipped in sealed, chemical-resistant containers, clearly labeled per regulatory guidelines. It should be handled as a hazardous material and transported with appropriate documentation. Store in a cool, dry, well-ventilated area, away from incompatible substances. Personal protective equipment is recommended during handling and shipping to ensure safety. |
| Storage | 4-Chloro-6-Nitro-M-Cresol should be stored in a tightly sealed container, away from light, moisture, and incompatible substances such as strong oxidizers and reducing agents. Store at room temperature in a well-ventilated, cool, dry area. Ensure that storage areas are equipped with appropriate spill containment and clearly labeled. Access should be restricted to trained personnel, following relevant safety protocols. |
Competitive 4-Chloro-6-Nitro-M-Cresol prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615380400285
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In chemical manufacturing, a stable supply chain and consistent product quality define our work. Our 4-Chloro-6-Nitro-M-Cresol, produced with continuous process control and stringent batch monitoring, has become a reliable building block for clients who demand predictable performance. Laboratory teams focus not on volume, but on repeatable purity so every shipment meets rigorous chromatic and analytical controls. Achieving fewer batch-to-batch fluctuations lowers downstream risks for our users, especially where product differences can disrupt production.
Some years ago, we recognized persistent impurities in earlier generations of this molecule. These fragments interfered with applications, particularly in complex dyestuff synthesis and certain biocidal formulations. Technicians overhauled line filtration, swapped out precursor stock, and tightened control temperatures across our reactors. The investment paid off: independent audits since these changes have flagged declining impurity profiles and more robust end-use performance.
Other suppliers often overlook how small changes in raw material sources can lead to downstream surprises. Our procurement team insists on vetted intermediates and brings analytical staff into early-stage discussions on supply changes. We hold trace samples for five years to backtrack any anomaly. All these steps matter more to production engineers than to most end customers — yet clients who run into issues with variable sources find value in our approach. These lessons came at a cost, and our reputation grew not by marking up product data sheets, but by solving those in-plant headaches that technical teams remember.
Our team manufactures 4-Chloro-6-Nitro-M-Cresol with an appearance of pale yellow crystal or powder. On average, purity checks via HPLC reach above 99%, not just at the point of dispatch but across multi-month storage intervals. Moisture sits below 0.5% based on Karl Fischer testing. Iron content, often ignored by others, stays well under 15 ppm, and we test every lot to make sure these trace levels don’t creep up. These core values do not fluctuate year over year, because experienced operators flag anything questionable.
Some might ask about consistency across seasons and equipment shifts. There was a period where a minor equipment upgrade led to a spike in salt by-products, but swift corrective action and root cause analysis stabilized the profile. Not every event hits a data sheet, but direct feedback cycles in our plant improve both process and end-use utility. By keeping records linked to specific reactor batches, we know what’s gone into every kilogram distributed, and return on traceability if any questions surface years down the road.
Most orders of 4-Chloro-6-Nitro-M-Cresol serve downstream users in dye intermediates, pigment extenders, or as niche bactericides in coatings and plastics. In dye plants, factory managers have shared their appreciation when our shipments blend without needing extra dissolution steps. Minute gains in solubility may not appear in technical bulletins, but they spare operators hours on production lines. Formulators in resin chemistry prefer our product loadings, since narrow particle size cuts into milling time and supports more stable dispersion. In surface coating work, customers note reduced off-coloring, which trims their sorting rejects.
In recent years, regulatory scrutiny increased focus on trace contaminants. Our analytical teams support customer requests by running additional scans, such as LC-MS/MS for low-level residue concerns, especially relevant in agricultural coating or biocidal segments. Product recalls linked to uncontrolled batches remain a persistent industry concern, and any user who’s experienced a downtime event from out-of-range raw material will understand our position on quality over quantity. Once, an equipment fault upstream sent an order above acceptable ppm for a minor contaminant. Quick response and transparency allowed the customer to switch batches immediately — far preferable to post-market surprises.
Other suppliers may offer similar claims of specification, but our direct manufacturing control tightens every tolerance range. We do not rely on third-party blenders or mixed-lot warehousing, so every drum, sack, or bulk shipment leaves direct from our production facilities. Over time, we found market sources that blend material from multiple origin points introduced inconsistencies. This led to subtle trouble in polymer applications and masked small contaminants in analytical checks for medical or food-contact use. Engineers working with significant batch volumes will recall incidents where color shade drifts led to product downgrades or client chargebacks. By contracting out one’s nameplate, these problems remain hidden until they hit the field.
Some claim marginally lower unit price, yet experience shows that the value of reliability far exceeds small price differences, especially in high-volume orders. Factories pulling product directly from a consistent, audited manufacturer report fewer stoppages, less production rework, and less waste. Our own teams interface directly with technical support at partner plants, offering both on-site review and remote troubleshooting, rather than sending users up a distributor chain or through call centers. This close relationship fosters quicker adaptation to changing application needs.
Strict solvent recovery, reduced waste output, and updated filtration minimize our environmental impact at every production interval. Our site managers invested in two-stage scrubbers and closed-loop water systems, which allowed us to substantially reduce both emissions and effluent. These updates rarely feature in short-form brochures but matter to technicians and procurement leads responsible for global reporting standards. Auditors from outside third-party bodies found our tracking system for process inputs provides strong documentation in carbon and waste reporting metrics.
Operator safety plays a critical role in how we plan and operate equipment. Dozens of small mechanical changes — double-sealed valving, quick-latch containment hoods, and automated sampling lines — stem from observing our own teams at work and acting on their recommendations. Lessons from near-miss incidents led us to invest in ongoing job site training and cross-shift safety boards. This approach keeps accident rates low and supports long-term retention of experienced chemical handlers. Site visits from partner companies often result in follow-up questions about these programs, rather than simply product rates.
From day one, product traceability drew the attention of customers anxious about end-use certification, especially in Europe and North America. Our integrated batch management system logs raw material sources, operator sign-offs on each production phase, and analytical outputs. Each product batch ships with a full certificate validated by both our in-house and, on request, external testing labs. This tight documentation exceeds most minimum regulatory demands and provides peace of mind where downstream audits or certifications touch medical or food packaging spheres.
Clients often ask about the flexibility to provide tailored particle sizes, or whether stability remains intact across varied humidity or temperature profiles during global shipping. To support long-distance partners, humidity-controlled containers and anti-tamper batch sealing have been standard practice. This way, product degradation or unexpected shifts during transit become rare. Customers in tropical regions have shared that their on-site storage records show virtually unchanged product performance even six months after delivery.
The chemical industry faces frequent regulatory and supply chain disruptions. Our survival depends on responding rapidly—not with showy marketing copy, but with proven solutions. For example, a recent restriction on a specific chlorinated feedstock led the team to source an alternative route. Cross-functional collaboration allowed us to adjust, run pilot syntheses for validation, and scale up with no line shutdown. Open communication with production partners avoided any confusion in the field.
We’ve seen the value of readiness on more than one occasion. A flood at a supplier’s port installation once threatened incoming material flow. By keeping deep local stocks and dual qualifying alternative vendors, we rode out the interruption and kept our output commitments. The same approach applies to regulatory changes. When new reporting on residual solvents in specialty applications came down, our analytical chemists built out their own reference spectrum library, improving the speed and accuracy of compliance paperwork. Customers value this agility and come to expect rapid alignment with new standards.
End-users sometimes need nuanced technical assistance rather than boilerplate answers. Our technical staff fields questions not just on the base chemistry, but also on blending ratios, storage impacts, or downstream process adaptation. Users from older facilities appreciate direct line access to our plant engineers, who have resolved on-site impeller blockages or recommended modifications in filtration to better match our material grade. Years of partnership with end users suggest that product understanding and hands-on troubleshooting improve loyalty more than generic service desks.
We receive frequent requests for more comprehensive documentation: expanded impurity profiles, extended shelf-life studies, or special-grade outputs. While these requests often require additional time, our teams see them as opportunities to improve plant operations—not nuisances. By providing deeper technical data, we help users avoid costly regulatory fines, lower their reject rate, or simply gain confidence in their next production run. Feedback loops have shaped many of our internal methods, and customer-driven modifications make our material more valuable to every subsequent user.
Over decades of manufacturing 4-Chloro-6-Nitro-M-Cresol, investment has focused both on updating equipment and fostering employee skill. Control automation upgraded the plant’s throughput, but it was the constant knowledge sharing between shifts and support staff that dropped our out-of-spec numbers. Supervisors working alongside operators, not removed in offices, picked up on overlooked variations and closed the gap between plan and outcome. Improvement targets are set by analysis, then turned into real-world checks by the production floor team.
A recent case involved tightening control over micron-size distribution to meet a demanding pigment formulist’s specs. By collaborating across teams, from procurement, through process engineering, to shipping, we re-tuned grinders and established tighter screen checks at load out. Once implemented, the downstream customer cut their own filtration steps and reported higher dye uptake. Instances like these demonstrate how feedback from the end-of-line users strongly influences our internal changes, keeping the product competitive and focused on performance gains that real factories notice.
Consistent end-user results do not come just from high lab purity, but from robust manufacturing methods and real-time decision-making. Not every batch moves straight to dispatch; some get held back for extra screening if initial checks suggest a deviation. In a handful of instances, decision to reprocess cost us both time and margin, yet this conservative approach prevented downstream failures. Time teaches that customers remember this approach—and come back based on reliable support, not one-off bargain pricing.
Quality control rooted firmly in manufacturing experience delivers the type of confidence clients value. Not all users articulate their needs in technical language, so clear, honest communication from lab bench to final packaging makes the biggest difference. Staff are trained to listen carefully, match queries with real-world process knowledge, and follow up well after product leaves our site. By bringing every discipline into both early design decisions and post-delivery follow-up, we create a cycle of learning that keeps defect rates low and customer satisfaction high.
Market trends point to growing demand for cleaner, more traceable chemical inputs in dyes, coatings, and specialty additives. This demand encourages ongoing investment in plant upgrades, automation, and digital tracking tools. The next stage includes integrating real-time quality sensors, not just at final product check but throughout the entire synthesis. This level of oversight enables more granular control and quicker intervention at any sign of drift. Our team is actively trialing these tools to trim turnaround times while boosting transparency for partners.
End-user feedback highlights the need for more flexibility in delivery formats, packaging stability enhancements, and more rapid analytical reporting. Trials are underway to test anti-static liners and humidity-absorbing drums for users based in fluctuating climates. Upgrades extend to digital batch records, allowing easier integration with partner quality systems. These behind-the-scenes efforts rarely draw public notice, but every improvement noticed by a plant operator or technical director strengthens our brand’s reputation.
Our direct experience as manufacturers of 4-Chloro-6-Nitro-M-Cresol guides every choice we make, from sourcing through processing and support. Customers who work closely with our technical staff value the assurance that comes from a supplier that controls its own processes, listens to feedback, and learns from every batch. We believe that the future of specialty chemical supply lies not in marketing gloss, but in the visible, real impact of dependable product and straightforward communication. As industry demands continue to evolve, we remain committed to steady improvement—because lives, businesses, and reputations depend on it.
