|
HS Code |
442608 |
| Product Name | 5-Amino-6-methylbenzimidazolone |
| Chemical Formula | C8H9N3O |
| Molecular Weight | 163.18 g/mol |
| Cas Number | 52700-25-3 |
| Appearance | Off-white to light brown solid |
| Melting Point | 262-264 °C |
| Solubility | Slightly soluble in water |
| Boiling Point | Decomposes before boiling |
| Purity | Typically ≥98% |
| Storage Conditions | Store at room temperature, keep tightly closed |
As an accredited 5-Amino-6-methylbenzimidazolone factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 5-Amino-6-methylbenzimidazolone, 25g, supplied in a tightly sealed amber glass bottle with printed chemical label and hazard warnings. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for 5-Amino-6-methylbenzimidazolone: 10MT packed in 25kg fiber drums, secured on pallets for safe transport. |
| Shipping | 5-Amino-6-methylbenzimidazolone is shipped in tightly sealed containers to prevent moisture and contamination. It should be stored in a cool, dry, and well-ventilated area. During transit, it must comply with relevant chemical transport regulations, including proper labeling and documentation, ensuring safe handling and minimizing any risk of spillage or exposure. |
| Storage | Store **5-Amino-6-methylbenzimidazolone** in a tightly sealed container, in a cool, dry, and well-ventilated area away from moisture, direct sunlight, and sources of ignition. Keep it isolated from incompatible substances such as oxidizing agents and acids. Label the container clearly, and handle using appropriate personal protective equipment, including gloves and eye protection. Follow all relevant safety and local regulatory guidelines. |
| Shelf Life | **Shelf Life:** 5-Amino-6-methylbenzimidazolone is stable for at least 2 years when stored in a cool, dry, tightly sealed container. |
Competitive 5-Amino-6-methylbenzimidazolone prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615371019725 or mail to sales7@boxa-chem.com.
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Tel: +8615371019725
Email: sales7@boxa-chem.com
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We've worked in the chemical manufacturing space long enough to respect a molecule that pulls its weight in more than one sector. 5-Amino-6-methylbenzimidazolone stands out for this reason. Years of experience and trial in our facilities have shown us the reliability of this compound. This particular benzimidazolone derivative offers a unique combination of stability and reactivity, finding its role at the core of numerous applications. For those centered on color chemistry, textile printing, electronic materials, or even pharmaceutical intermediates, the demand for this compound has only increased due to a performance advantage that can be measured in real-world outcomes.
We produce 5-Amino-6-methylbenzimidazolone—model designation: AMBI-6M—in bulk because it consistently meets required chemical thresholds batch after batch. The white to slightly yellow crystalline powder emerges pure under strict process controls—our in-house quality assurance stands behind this result. With a molecular formula C8H9N3O, our standard physical batch testing secures a minimum purity of 99%. We maintain water content below 0.5%. This physical profile helps avoid common issues during downstream synthesis, lending greater predictability to scale-up.
Anyone who has handled the competitive pressures of dye intermediate manufacture knows the pain of contaminated starting materials. The difference between an efficient batch and one plagued by side reactions often tracks back to input quality. Our 5-Amino-6-methylbenzimidazolone holds up under scrutiny because we manage impurity profiles, especially trace metal residue, at source. Through every drum and container, we maintain this focus not just for regulatory compliance, but out of necessity. Downstream success depends on our process discipline.
We’ve seen this product used for direct-application dyes, specifically those with yellow, orange, and brown shades that demand bright chromatic output and strong lightfastness. Synthetic dyestuff operations rely on this intermediate for making both mono- and polyazo dyes, taking advantage of its nucleophilic substitution at the 5-amino position. In these reactions, we have observed a notable reduction in byproducts like unidentified tars or insoluble particulate formation when using our grade versus lower-purity materials harvested from less stringent makers.
Batch after batch, these incremental improvements translate into higher manufacturing yield and lower reprocessing needs. That drives savings in energy, solvents, and time, which isn’t lost on any operation weighing input costs versus margin.
A misconception we sometimes see—especially among new entrants—is believing similar benzimidazolone intermediates will interchange without penalty. The methylation at position six and the amino group at five create an electron-rich aromatic system that doesn't just alter the hue in dye chemistry; it also influences reactivity and compatibility with diazotizable partners. Our own experience confirms that batches run with non-homogeneous material often require extra filtration or, worse, yield colored product with unpredictable solubility. These complications risk downstream product recalls or outright loss of acceptability with end customers.
Other benzimidazolone derivatives, say, without the 6-methyl group, display different melting points, solubility in DMF or water, as well as altered reactivity with diazonium salts. It’s a point of pride that end users report fewer processing interruptions when maintaining a steady supply from our line. Laboratories and scale-up teams alike return with feedback on how our material minimizes adjustment at the reactor, especially when compared to generic lots from the spot market.
Many forget how just a small inconsistency in reagent lot can ripple through to multi-ton orders. As manufacturers, we live these consequences and have responded by designing our process around continuous monitoring and feedback. Our teams run at-line chromatography and routine spectroscopies to catch deviation before any material leaves our facilities.
In recent years, electronics applications—particularly in the production of specialty pigments and intermediates for organic semiconductors—have found value in 5-Amino-6-methylbenzimidazolone. This wasn’t always obvious; historically, the bulk of production flowed to textile dye routes. As our clients pushed into thin-film transistor and OLED research, requests for tighter particle-size distributions and higher photostability began to surface. Our process adaptation included modifications to control both particle size and crystal habit, supporting these evolving needs without sacrificing batch throughput.
Feedback from technical users in the pigment sector sharpens our priorities. Long-term stability, color consistency, and predictable dispersibility may sound routine, but these properties decide how well a compound earns its place in high-value print and fabrication. Dyehouses running continuous process lines have verified that our intermediate does not trigger jamming or unexpected filtration slowdowns. For large-volume textile plants or digital inkjet ink operations, this reliability makes a direct impact on run-time efficiency.
Pharmaceutical users have brought new scrutiny to our operation. Their focus on not just purity but also documented track-and-trace documentation has influenced our batch recordkeeping and secondary containment protocols. We’ve been required to guarantee reproducibility of impurity levels, particularly with regard to precursors not always flagged in traditional dye routes. That has changed how we validate cleaning and cross-contamination controls. Such demands raised the bar industry-wide—and our staff trains to surpass these benchmarks.
People often ask us what differentiates our batch from a catalog supplier. We see the answer on the line, at the filtration unit, and in the final yield figures plant managers share with us. Our operational philosophy does not treat batch-to-batch variance as acceptable. Supply contracts for industrial clients demand transparency; we back our assurances with validated results, providing not just a certificate but an ongoing track record.
Unlike middlemen or spot traders, we own the synthesis from raw material to final packaging. This vertical integration grants us leverage over command points such as raw precursor quality, solvent purity, and precise reaction time/temperature settings. Documentation of these stages protects users from surprises that crop up in sporadic lots or inconsistent origins.
By keeping all stages in-house, we resolve impurity challenges before they exit the site. Our research group stays in close contact with technical teams along the value chain—adjustments at the plant level often stem from direct site feedback. We have made investment in both people and capital, with automation and analytical upgrades following where operational input points to inefficiency or risk.
Long experience teaches that real-world handling differs from idealized laboratory-scale material. Packing, transit climates, moisture ingress, and container residue sometimes affect material received at the customer site. To head off absorption or clumping, we have upgraded our packaging protocols, adding desiccant-lined barriers and large-batch homogenization. This move resulted from direct user reports—sometimes, the most significant progress follows from listening to plant operators managing the day-to-day.
We also know customers look beyond the material itself to consider life cycle impact. Chemical production does not exist in isolation anymore; audits of water and energy use, compliance to local emission standards, and reduction of hazardous byproduct all weigh on sustainable contracts. Our site recycles and treats process water, leverages heat recovery, and tracks solvent emission across all output streams. Formal lifecycle assessments shape both long-term partnerships and immediate purchasing decisions. Running a production facility as an open book builds trust between supplier and user—especially as global buyers push for greener alternatives at every step.
Hazard management forms an unavoidable part of manufacturing and downstream use. Safety data highlights the need for personal protection and good hygiene. We’ve seen improved outcomes with user training, especially when facilities invest in high-quality dust extraction at transfer and dissolution stations. The ease with which this compound dissolves in organic solvents presents both opportunities and risks: while it expedites process flow, it also means greater attention to spill containment in case of a breach. No product—no matter its quality—outweighs the importance of risk-aware process management.
As the global supply chain shifts, volatility in raw material cost impacts all links in the production chain. The price of specific aromatic amines, energy tariffs, or local regulatory changes can upend budgets and planning. We have responded by broadening supplier networks, actively developing second-source routes for critical inputs, and engaging with stakeholders well ahead of contracts coming up for renewal. Many customers prefer a steady line of communication, not just at order placement, but through the entire lifecycle of a project. Our sales and technical service teams work together rather than in silos, closing the information gap that can lead to shortages or overstock.
The dialogue with end users has changed over the last decade. Sustainability, traceability, transparency—words that once sat on aspirational whiteboards—now factor into every client query. As a manufacturer, this shapes how we design, execute, and document each production campaign. Government regulations—especially those related to aromatic amine risk reduction—add another dimension. Our stewardship role continues to grow. Adapting not only to evolving technical standards, but new forms of responsibility, defines our place in this industry.
No manufacturing process stands still. Continuous review and feedback have taught us where weaknesses crop up, notably in three areas: process optimization, environmental impact, and customer service. The need for greater throughput presses us towards advanced synthesis planning tools; process digitalization and in-line analytics have helped realize these efficiencies at scale. To minimize environmental footprint, we pursue closed-cycle solvent recovery and superior emission scrubbing, not because of obligation, but because resource conservation lengthens a site’s operational lifetime and secures regulatory goodwill.
On the rare occasion where a shipment falls short—be it due to handling or transit delay—our approach prioritizes rapid response. Maintaining open lines of communication, right through to onsite visits, ensures issues don’t spiral into lost production cycles for our partners. Our application technicians have stood alongside staff during scale-up and commissioning, translating lab knowledge straight to plant practice.
Innovation doesn’t only mean new molecules; often, it means better ways to deliver trusted ones. By integrating user experience into product design, adjusting packaging formats, enhancing documentation, and bringing analytical transparency, we answer unmet needs and raise customer confidence.
Every year, our customers present new technical or operational challenges that push us to review and refine our product. Some ask for tighter particle-size ranges for their specific dispersion processes. Others challenge purity standards to meet changing global regulations for aromatic amine content. Each scenario forces us back to the synthesis and purification line to revisit controls. Over time, this partnership approach leads to substantial improvements, not in broad strokes, but in precise, user-driven adjustments.
Textile market dynamics, for instance, have moved towards more robust colorfastness and stricter residue controls, especially in Asian and European markets. Our response—greater monitoring of byproduct clearance and solvent removal—measurably lowered downstream spotting and wastage rates. Most of these changes find their genesis not in top-down mandates, but from real accounts of what works—and what doesn’t—on the user floor.
We draw a straight line between what our customers require and the incremental process tweaks made in our daily production. Honest, practical feedback from partners has repeatedly helped us leapfrog bottlenecks that would have stifled operations if ignored. Maintaining this loop of learning and revision is how manufacturing advances in practical, ground-level ways.
We stake our reputation not just on the product, but on the entire experience from inquiry to delivery and beyond. Our relationship with 5-Amino-6-methylbenzimidazolone is more than a commercial transaction; it’s a continual challenge—to supply, adapt, and anticipate. We value the trust placed in us by our partners, and we match it with process discipline, technical investment, and transparency.
By anchoring our production practices in measurable outcomes—yield, purity, safety, cost control—and layering on direct industry feedback, we aim to set a bar that others follow. Manufacturing has never been about simply producing and shipping; it's about standing behind every kilogram and every ounce of expertise that gets poured into the drum. The journey with this compound continues, fueled by both tradition and the drive to solve tomorrow’s questions before they become today’s limitations.
