|
HS Code |
475679 |
| Chemical Name | 2-Amino-5-Methoxyphenol |
| Molecular Formula | C7H9NO2 |
| Molecular Weight | 139.15 g/mol |
| Cas Number | 2835-99-6 |
| Appearance | Light brown to beige crystalline powder |
| Melting Point | 103-107°C |
| Solubility In Water | Moderately soluble |
| Synonyms | 5-Methoxy-2-aminophenol |
| Storage Conditions | Store in a cool, dry place, protected from light |
| Smiles | COC1=CC(=C(C=C1)N)O |
As an accredited 2-Amino-5-Methoxyphenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 2-Amino-5-Methoxyphenol, 25g, is packaged in a sealed amber glass bottle with a tamper-evident cap and clear labeling. |
| Shipping | **Shipping Description for 2-Amino-5-Methoxyphenol:** This chemical should be shipped in tightly sealed containers, protected from light and moisture. Ensure proper labeling, including hazard indications if applicable. Follow all local and international regulations for transport. Standard shipping may apply unless classified as hazardous; in that case, use certified carriers and provide safety documentation. |
| Storage | 2-Amino-5-Methoxyphenol should be stored in a tightly sealed container in a cool, dry, well-ventilated area away from incompatible substances such as strong oxidizing agents. Protect from light and moisture. Store at room temperature or as specified on the safety data sheet. Use appropriate labeling and avoid prolonged exposure to air to prevent degradation or contamination. |
Competitive 2-Amino-5-Methoxyphenol prices that fit your budget—flexible terms and customized quotes for every order.
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Making specialty compounds calls for a focus on small details, starting at the level of raw materials. We spent years working hands-on with aromatic amines and phenolic compounds, and few molecules stand out like 2-Amino-5-Methoxyphenol. This molecule, also known as 5-Methoxy-o-aminophenol, tends to spark conversations in R&D labs when new dye formulations or pharmaceutical targets come into play. Here, I want to share what we as the manufacturer actually see in this molecule—the challenges, the advantages, and why it really matters to get it right from the source.
Our model for 2-Amino-5-Methoxyphenol focuses on purity and consistency. Most requests from end users revolve around high-purity batches, with specifications often exceeding 98%. Customers working on oxidative hair dye intermediates and advanced pigment development know only too well how tiny impurities—down to a fraction of a percent—can cause color shifts, instability, and unpredictable reactions. Instead of relying on off-the-shelf reactants, we tailored our synthesis to limit by-products, particularly those that introduce coloration or inhibit coupling efficiency.
We produce this compound as a pale yellow to off-white crystalline solid. Handling characteristics matter a lot: low dustiness, manageable particle size, and ease of re-dissolving in working solvents save time. Chemically, the amino and methoxy groups at the 2 and 5 positions do more than define structure—they shape electron density across the ring, affecting how the molecule reacts in further coupling and diazotization steps. That’s why choices during synthesis (like the solvent system and protection/deprotection strategies) become critical. Our operators note very little batch-to-batch color drift. This doesn't just reflect process control—it saves headaches over re-qualifications or reformulations for our customers.
Working directly at the reactor, you learn that lab-scale protocols mean little to industrial practice without adaptation. Early on, we faced trouble with oxidative side reactions during demethylation and coupling steps. Not only could these waste valuable starting material, they often darkened the product—bad news for anyone making precision dyes or pharmaceutical intermediates. In scaling up, we adopted rigorous nitrogen blanketing and tuned our temperature profiles carefully to hit the sweet spot between reaction kinetics and selectivity. Every percent of yield gained translates into better pricing and less waste.
Our team found that even trace metals (from reactor surfaces or catalysts) play havoc with post-synthesis purification. To fix this, we started using lined reactors for sensitive stages and switched to chelated reagents where possible. Downtime fell, batch yields climbed, and we rarely get complaints about heavy metal residues today.
Most of our customers use 2-Amino-5-Methoxyphenol in oxidative dye chemistry, and especially for permanent hair colorant intermediates. This isn’t news—the compound’s electron-donating methoxy group boosts solubility, improves shade brilliance, and tightens control over final hue. Unlike unsubstituted o-aminophenols, the methoxy derivative brings light fastness and gentler oxidative profiles, which both cosmetic and textile sectors appreciate. We see formulators pushing for ever-more natural colorants. They need molecules that bring the right redox potential, don’t throw off side-tints, and play well with existing regulatory frameworks.
We also field steady requests from pharma and fine chemical companies interested in heterocycle synthesis using 2-Amino-5-Methoxyphenol as a key building block. The ortho-amino group’s proximity to the phenol supports intramolecular cyclizations for various heterocycles. If you start with a product with unknown or inconsistent impurity profiles, side-reactions bloom, yields collapse, and you’re plunged into extra separations. We took that lesson to heart by working closely with scale-up chemists—cleaner processes mean fewer headaches downstream, whether in chromatography or in the final product’s QC.
We often get asked about differences between 2-Amino-5-Methoxyphenol and other o-aminophenol isomers, or even para analogs. Structurally, that methoxy at the 5-position is a major player. It not only affects substitution reactions at adjacent positions, but it also alters the solubility in polar solvents—a crucial factor when you want predictable application in hair dye or fast formulation in analytical standards. The electron properties tweak how the molecule accepts or donates electrons in oxidative processes, and in colorant intermediates, those subtle electronic effects decide whether you see a muted brown or a clean, vibrant hue.
Compared to unsubstituted o-aminophenol, our methoxy-variant performs more consistently under strong oxidants. Dye-makers often come to us after failed formulation trials with non-methoxy analogs, frustrated by instability or off-hues. Textile researchers love that this product pushes color fastness, even after repeated wash cycles—a detail you wouldn’t pick up just looking at a spec sheet. We run real-world wash-fastness and light-fastness panels, feeding results back into raw material qualification. This commitment to feedback means we adjust our upstream process even before customer issues arise.
No one benefits from surprises during regulatory inspections or customs checks. For every batch of 2-Amino-5-Methoxyphenol, we ensure compliance with all the latest relevant chemical safety and environmental controls. Staying on top of new testing requirements means we routinely update process documentation and finish our own GC, HPLC, and spectral analyses before clearing product for shipment. We manage our own waste streams, pushing for minimal environmental footprint—practices that matter more each year as downstream users face stricter environmental standards on dye residues and pharmaceutical ingredients.
During shipping, we noticed temperature controls make a clear difference in maintaining appearance and free-flowing properties. Moisture can degrade the product or cause caking, so we ship in moisture-proof, nitrogen-flushed packaging, based on real experience of failed shipments years ago. This cuts down on customer claims for re-testing, keeps warehouse managers happy, and ensures formulation runs start as scheduled.
Most improvements in our process didn’t come from textbooks or outside consultants—they came from listening to plant operators, QC analysts, and customer technical calls. For example, minor tweaks in filtration and solvent recovery suddenly delivered much cleaner product without adding capital expenditure. Fielding a suggestion from one of our senior technicians, we dropped an old washing procedure in favor of something gentler, which gave us a color quality boost for every batch since.
Time spent gathering feedback isn’t wasted work; it tells us which impurity profiles matter most to users. A pharmaceutical lab flagged a recurring trace contaminant—we tracked it back to a single supplier’s input, fixed the supplier issue, and notified customers in real time. Trust builds with transparency, and we stand behind every update with real data.
Complex industries like hair dyes, fine chemicals, and pharmaceuticals face urgent pressure for sustainable sourcing and safer, cleaner ingredients. Molecules like 2-Amino-5-Methoxyphenol often draw extra scrutiny under EU REACH and other chemical inventories. As a direct manufacturer, we must anticipate these scrutiny shifts. Staying nimble through process modifications, cleaner chemistry, and open-door audits sets us apart from traders chasing lower prices at the cost of quality.
We meet often with customers in Europe, East Asia, and the Americas. Feedback always converges on one simple truth: reliability beats novelty. It’s tempting, sometimes, to chase the “newest” process route. But performance in dye batches, pharmaceutical registrations, or analytical standards depends on well-understood, repeatable synthesis supplied by people who know what to look for—and how to act when things go awry. The added advantage of on-site analytical labs means we catch off-spec material before it enters the supply chain or makes trouble for our partners.
Cost control comes from yield, not just from faster synthesis. Early years of running batch pilot work taught us the penalty of scaling up too soon or without full analytic control. A bad yield means extra waste handling, more off-spec product, higher reprocessing costs—and unhappy customers tired of variable batches. For us, every improvement in yield and purity reflects directly in lower costs for users, less environmental burden, and a smooth process from order to shipment.
Links to sustainability overlap everywhere in this product line. Dye-makers especially want to lower heavy metal and aromatic amine residues, to meet stricter limits in finished consumer goods. We constantly audit and improve our own effluent streams for better environmental impact numbers, figuring that someone downstream cares about waste even if regulatory frameworks lag behind.
Anyone selling a fine chemical can ship reference specs or recite a data sheet. Our job as a manufacturer starts at the lab bench and ends only when our customer’s process succeeds without fail, batch after batch. Over the years, we built a knowledge base around 2-Amino-5-Methoxyphenol—from alternate reduction protocols to the best ways to store and transport new grades over long distances.
Supporting users includes practical advice—how to avoid accidental oxidation (keep containers sealed, nitrogen-flushed, especially in humid conditions), how to dissolve the material for use in prep HPLC, and what reaction partners deliver the expected selectivity in dye synthesis. We don’t get to stop at “meets specification.” If a customer runs into formulation trouble with this molecule, our technical teams can provide direct insights from team members who helped run the very batch in production. This feedback loop sets apart genuine chemical makers from paper traders.
We push to maintain full visibility over every stage of production, from initial procurement to packaging. Shop floor reporting—every anomaly, deviation, or unusual physical property—feeds into real-time process adjustments. If one batch comes out slightly darker, or with a minor melting point depression, the cause gets investigated and lessons are shared across shifts. This level of care gives customers consistent experience year after year, no matter where or when they order.
Having walked every step from raw material tankers to finished product drums, we see that reliability depends on pride in workmanship, not just expensive instrumentation. Everyone here signs off on quality sheets because they see how the product is used in the field—whether for a high-end dye, a pharma building block, or a reference standard for university research. This hands-on ownership shapes the way we respond to supply disruptions or logistical challenges: quick, direct, honest communication, backed up by years of practical experience.
For many technologists, 2-Amino-5-Methoxyphenol doesn’t seem like a headline molecule; it doesn’t get big press in trade journals or flashy presentations at chemical expos. But dig into the supply chains of colorants, fine chemicals, and some modern pharmaceutical syntheses, and this humble compound turns up again and again. Dyes wouldn’t achieve the reliability or shade depth demanded by today’s customers without the right substitution pattern on their aromatic cores. Formulators discover, often through trial and error, that a compound with the wrong impurity fingerprint falters where it counts—in shelf stability, colorfast performance, or catalytic activity on the bench.
There isn’t a chemical shortcut to producing quality 2-Amino-5-Methoxyphenol. Each process detail has a purpose: maintaining product lightness, managing solid handling properties, tightening the melting point range, removing trace heavy metals, and guaranteeing each shipment matches not just technical but practical expectations. By listening to our operators, staying alert to the needs of customers and regulators, and backing decisions with data from the lab, we put out product that users can trust for the long haul.
As environmental and regulatory pressures mount, molecules like 2-Amino-5-Methoxyphenol will only gain scrutiny. End users look past commodity pricing; they want assurances on traceability, long-term availability, and green manufacturing credentials. We keep investing in greener reagents, more energy-efficient synthesis, and new waste-recovery systems—not because it’s trendy, but because tomorrow’s chemical landscape demands it. Serving future customers means keeping processes under real-world control, reducing accidents and nonconformity, and helping customers meet new global standards before those standards become mandatory.
Experience in this business counts. Customers know who actually makes what, and who simply resells. We’ve seen productivity gains by sharing technical improvements—from scaling washing techniques to piloting alternative crystallization steps with select partners. Honest troubleshooting and preventative maintenance have always driven higher reliability than any glossy brochure. Our product stands for more than a chemical formula; it reflects years spent tuning every step for your process as much as ours.
Real quality comes from commitment at the source—the plant floor, the QC lab, and the people handling every batch. 2-Amino-5-Methoxyphenol represents that commitment. Whether you’re developing new dyes, fine chemicals, or advanced pharmaceutical products, this molecule’s reliability makes it a cornerstone in demanding applications. If you care about purity, response time, and real manufacturer expertise, you’ll find value here that outlasts the latest trend or cost-cutting fad.
