|
HS Code |
215084 |
| Chemical Name | 3-Bromo-5-Methoxyphenol |
| Molecular Formula | C7H7BrO2 |
| Molecular Weight | 203.04 g/mol |
| Cas Number | 174913-09-4 |
| Appearance | White to off-white solid |
| Melting Point | 72-76°C |
| Purity | Typically ≥98% |
| Synonyms | 3-Bromo-5-hydroxyanisole |
| Smiles | COC1=CC(=CC(=C1)Br)O |
| Inchi | InChI=1S/C7H7BrO2/c1-10-7-3-5(8)2-6(9)4-7/h2-4,9H,1H3 |
As an accredited 3-Bromo-5-Methoxyphenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The 10g package of 3-Bromo-5-Methoxyphenol arrives in a sealed amber glass bottle with tamper-evident cap and hazard labeling. |
| Shipping | 3-Bromo-5-Methoxyphenol is shipped in tightly sealed containers to prevent moisture and contamination. It is transported as a hazardous material in accordance with local and international regulations. Proper labeling, cushioning, and secondary containment ensure safe delivery, while shipping documents detail the chemical’s identity, hazards, and required handling precautions. |
| Storage | 3-Bromo-5-Methoxyphenol should be stored in a tightly closed container, in a cool, dry, well-ventilated area, away from sources of ignition and incompatible substances such as strong oxidizing agents. Protect it from light and moisture. Ensure appropriate chemical labeling and secure storage to prevent accidental spillage, contamination, and unauthorized access. Use secondary containment if necessary for added safety. |
Competitive 3-Bromo-5-Methoxyphenol prices that fit your budget—flexible terms and customized quotes for every order.
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Every batch of 3-Bromo-5-Methoxyphenol rolling off our lines carries the work of countless teams — from R&D in our lab corners to operators managing day and night shifts next to reactors. Before drums or glass bottles ever leave our loading docks, there’s hours poured into keeping specification tight: the off-white to light tan crystalline powder sits pure at 98% minimum by HPLC, moisture kept below 0.5%, ash never a worry at this point. Customers ask us how we stay consistent, and we say it’s not just the automated analytics. Eyes and hands train to spot what color and flow means for the finished product.
Over years handling bromo-phenol compounds, we noticed slight changes in winter supply: a chill in the process hall shifts how salts crystallize, even humidity in the air nudges evacuation times. Our operators learn to anticipate these quirks. So what lands with formulators or synthesis chemists carries honest traceability. Each drum bears the exact day’s run; records spell out the reagents lot-by-lot — we hold ourselves as the starting line of the final active you’re developing.
Industry seeks this compound’s sharp electrophilic bromine, tailored on a ring fixed with a methoxy group. In real-world synthesis, 3-Bromo-5-Methoxyphenol provides a versatile platform. It stands out where the bromine’s reactivity lets you build from it: selective couplings, substitutions, and as an intermediate for complex molecules, especially in pharmaceuticals and fine chemical research. Customers in API development or crop-protectant labs put our product to work in early stage syntheses or as a building block for more elaborate structures.
What sets this compound apart in performance is control. With bromine at the meta-position and a methoxy at the 5-spot, the molecule reacts differently than siblings like 4-bromo-2-methoxyphenol or 2-bromo-5-hydroxyanisole. The orientation blocks unwanted side products. Through customer feedback, we see their downstream reactions hit higher yields, save on quenching steps, and sometimes solve specific regioselectivity headaches. This isn’t just textbook chemistry — lab-scale feedback shapes how we adjust purification or handle packaging to shield reactivity until you’re ready to unlock it.
In a market crowded by lookalike phenolic compounds, quality control wins partners. Generic 3-Bromo-5-Methoxyphenol can come contaminated with byproducts — sometimes harder to catch but disastrous for those perfecting a new synthetic route or working to scale. We’ve opened shipments from other countries in the past and found unexplained peaks on GC traces or inconsistent melting points. Downstream, those defects multiply, wasting hours and budgets. Our in-house talk stresses, “You can’t remove what you don’t measure.” We adopted automated multi-point sampling, not just a spot-check, and we match each drum to a reference standard maintained year-to-year.
Our teams frequently field requests for alternative grades. Sometimes a partner asks for an ultra-low metal assay. One year, we designed a high-purity version to supply a university group working on oxidative coupling. They ran side-by-side comparisons with commercial material; the increased reproducibility in their results sped up their publications, letting them focus on the chemistry outcome, not cleaning up starting material. This hands-on feedback loops right back to our process team — if solvents or filtration need an upgrade, we take it on instead of passing off trouble to the customer.
3-Bromo-5-Methoxyphenol’s differences extend to safety and ease — not all competitors focus there. Some lots from elsewhere carried higher dustiness, which makes weighing, dissolving, and handling more fussy in production lines. Our controlled crystallization tightens the particle size, cutting down nuisance losses in plant operations and lab hoods alike. By building tighter specifications, our material flows easily, limiting airborne particles, which protects users’ air and, ultimately, lungs.
We’ve seen customers tighten up on documentation over the years. They walk the paper trail from their shelf back through our logbooks. We maintain in-house chain of custody on every kilogram — from raw phenol and reagents to final product sitting on our shelf. Screens catch trace iodides, heavy metals, and common aromatic impurities, verified by third-party lab spot audits on schedule. Auditors don’t just ask about current lot specs; they want to see staff retrained, new process controls in place, and deviations logged transparently.
Site visits sometimes surprise customers: people expect a faceless plant but find chemists standing at benches or sampling intermediate stages by hand. The distance between lab bench and bulk line shrinks, which helps bridge the needs of a hundred gram researcher and a multi-ton plant operator. Fast response times on customer complaints start with real folks picking up the phone, able to trace backward and forward through every batch, sidestepping the black box most “no-name” supply chains rely on.
Chemists at agrochemical firms synthesize herbicides by direct coupling downstream from our product. Some pharma companies use brominated phenol intermediates in anti-infective development projects. It isn’t always about blockbuster drugs — plenty of our output finds use as a building block in aroma compounds, specialty dyes, or other fine chemical products, where precision and a clear impurity profile shape the final taste, tone, or shelf life.
University researchers pushing for greener synthesis reach out for batch histories, or details on solvent recovery and minimal impurity levels, pushing up the whole industry’s expectations. We invest in process changes, solvents recovery, and on-site waste treatment to make good on sustainability concerns that matter not just on paper but in site inspections. The research community feeds knowledge back: one collaboration led to a reduction of byproduct formation and a purification tweak, which reduced both our energy bill and final product variability.
3-Bromo-5-Methoxyphenol features heavily in method development. One industrial partner traced the success of a key Suzuki-Miyaura coupling to our batch’s higher control on phenolic impurities; they had spent months screening for material that wouldn’t poison their expensive catalysts. Several customers highlight less yellowing or tar build-up in their reaction vessels using our product, which keeps lines running and limits downtime for cleaning and re-qualification. The end product benefits from labor spent upstream.
A science-backed manufacturing ethos guides adjustments. We regularly examine solvent cycles, looking for ways to shrink waste or recycle materials on-site. Our logistics group switched to custom fiber drums with vapor-tight liners after fielding requests to prevent moisture exposure in humid unloading bays. Where others bulk-pack or reuse generic liners, we print batch data right on the seal and use anti-static decoration, making warehouse inventory easier and safer for handlers.
Labs want speed: tight timelines mean trouble if supply skips a beat. Coordinating shipping out of our factory requires more than just a phone call. Progress tracking integrates with carrier APIs and GPS, and we time outbound QA checks with end-of-shift changes, not allowing bottlenecks to creep in. Some clients ask about air shipment, given shelf-life sensitivities; we keep key inventory for these orders. This approach costs us more in storage and sometimes in expedited transport fees, but long-term client trust and positive feedback offset any margin pinch.
Supplying raw materials means troubleshooting never stops. Customers phone in about strange color shifts or small particles visible in post-reaction mixtures. Every technical question ties back to our archive of retained samples and history sheets. Some years ago, a custom synthesis partner faced a persistent off-color problem during a key hydrogenation step. After tracing the issue and spotting a supplier-side issue in one starting raw material, we reformulated and fine-tuned purification, solving two customer headaches and improving another product’s throughput.
Several of our longest-running partners rely on advice, not just product. By reviewing downstream application challenges — be it scale-up, flow chemistry, or regulatory hurdles — we adapt or suggest alternate purification cuts, supply analytical standards, or test hypothetical synthesis modifications in our in-house lab. In practice, this communication saves both sides months and makes the kind of innovations that drive next-generation products possible.
Decision makers increasingly examine where raw materials originate — political shifts, logistics bottlenecks, and quality scares pull at the global network. As a producer standing behind our output, we keep full internal control on every key step, unlike repackers or fragmented traders. If a substrate market spikes or a regulatory clampdown hits, we have alternate sourcing lined up, verified for equivalence by lab and QA before making any change to core intermediates.
We don’t rely on last-minute spot markets even when pricing fluctuates wildly or major ports shut down. Ties with long-term trusted suppliers upstream mean stable inputs, and customers see this steadiness reflected in their shipments. Unpredictability causes headaches in research and manufacturing plans — our job isn’t just selling chemical, it’s enabling others to plan, forecast, and meet end-user demands without disruptive delays.
Industry trends point to more specialized uses for 3-Bromo-5-Methoxyphenol — from targeted modification chemistries in therapy to more environmentally sensitive downstream applications. Synthetic methods get cleaner, reactions run with tighter yields, and pressure increases to lower solvent waste and simplify purification routes. Our collaborations with research centers and industrial process engineers supply us with real-world feedback, encouraging early adoption of purification shifts, energy savings, and creative waste minimization.
As legislation and market expectations toughen, certification and inspection cycles grow. Third-party certificates, up-to-date GMP or ISO compliance, and environmental documentation roll with every order. For manufacturers like us, this means continual learning and adaptation. Internal QA staff train yearly, and audits turn into pragmatic improvements, from documentation flow to employee safety and environmental handling. Every step stays visible for partners and regulators alike.
No shortcut substitutes for persistent hands-on oversight. Thousands of kilograms may move a year, but improvement stays in the daily details: samples pulled mid-shift by operators, solvent barrels kept isolated, and weekly reviews of every analytical certificate. No distributor or third-party can match firsthand familiarity. We walk the same floors, keep the same logs, and catch the outliers before they enter the customer’s workflow.
We hear from both bench chemists trying out a few grams and production leads scaling ten metric tons about the difference a reliable supplier makes. Small batch variation can sour big research; a bit of diligence at source keeps the world’s science running, therapy projects moving, and cleaner processes multiplying. By listening, adjusting, and investing ahead, we turn a simple organic intermediate like 3-Bromo-5-Methoxyphenol into a reliable partner on your bench or your bulk vessels.
Standing in today’s global chemical market, responsibility never shrinks. Researchers and production managers face unpredictable markets, environmental standards, tougher compliance rules, and shifting supply lines. Working as a manufacturer teaches that each drum means more than an order: it’s a reputation, a project’s progress, and in many cases, a safer and cleaner outcome for both people and planet. Our job continues even after product leaves the plant — by supporting, solving problems, and standing behind every lot, we help innovation reach the next step.
Customers depend on more than a label; they ask for answers, records, speed, and above all, trust. Rooted in our production line’s real-world practices, 3-Bromo-5-Methoxyphenol moves from the lab notebook into products shaping daily lives. By sharing our experience, opening up our recordbooks, and letting chemists and formulators peek behind the curtain, we aim to raise industry standards and push for practical progress, one batch at a time.
