|
HS Code |
767771 |
| Iupac Name | 2,6-Dimethoxy-4-(prop-2-en-1-yl)phenol |
| Cas Number | 63942-98-9 |
| Molecular Formula | C11H14O3 |
| Molecular Weight | 194.23 |
| Appearance | Colorless to pale yellow liquid |
| Boiling Point | Varies, approximately 153-155°C at 10 mmHg |
| Solubility | Soluble in organic solvents, slightly soluble in water |
| Density | Approximately 1.09 g/cm³ |
| Smiles | COc1cc(OC)c(C=CC)cc1O |
| Synonyms | Eugenol dimethyl ether, 2,6-Dimethoxy-4-allylphenol |
| Pubchem Cid | 12439484 |
As an accredited Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) 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 Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci), sealed with a tamper-evident cap. |
| Shipping | Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9CI) should be shipped in tightly sealed, chemically resistant containers, protected from light and moisture. It must comply with relevant hazardous material regulations (e.g., DOT, IATA), include proper labeling and documentation, and utilize secondary containment to prevent leaks during transit. Handle only by trained personnel. |
| Storage | Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) should be stored in a cool, dry, and well-ventilated area away from incompatible substances such as strong oxidizers and acids. Keep the container tightly closed and protected from light. Store at recommended temperatures (generally room temperature unless specified otherwise). Ensure appropriate chemical spill containment and follow all relevant handling and safety guidelines. |
Competitive Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) prices that fit your budget—flexible terms and customized quotes for every order.
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As a chemical manufacturer, chemistry runs in our blood. The story behind Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) did not start with a catalog listing. It started with challenges in real-world labs and conversations with researchers who needed more than just a standard flavor or fragrance intermediate. Our staff handles every stage of production, refining the process batch after batch for purity and performance. Years of experience in temperature regulation, moisture control, and impurity removal shape every container. You won’t see low-batch inconsistencies or bottlenecked supply lines. Instead, we take pride in repeatable results—crucial for downstream users worried about process drift or revalidation headaches.
Chemists, especially those who synthesize advanced intermediates, request strict accuracy. Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) draws a pointed distinction compared to generic alkylated phenols. With its two methoxy groups at the 2 and 6 positions and a 4-allyl substituent, it stands apart. Misidentification here risks wasted time, off-target reactions, and regulatory questions that can set research back by months. To this end, analytical runs in our QC lab go beyond just NMR and HPLC. Staff provide in-depth records of production lots, using transparent documentation, so surprises never land on your bench.
From our team, not every batch gets described by theory. We care about practicality—powder flow, solubility behavior, packaging that safeguards against humidity, and the way the product handles during charging into reactors. Consistency makes life easier. Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) comes to clients as a crystalline solid, with a stable appearance and melting characteristics repeatable within narrow tolerances. The subtle beige hints look ordinary, but these come from a high level of purity; uncontrolled process steps at the manufacturing stage often leave a brownish tinge that tells the hands-on chemist all they need to know about batch history.
Cutting corners in chemical manufacturing leads to more than just hidden traces of starting materials. Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) is sensitive to oxidation and trace acids. We audit every drum for unwanted byproducts—often overlooked by traders. It’s not enough to promise an assay specification. We run periodic accelerated aging studies, knowing that stability at the point of delivery is just as critical as what leaves our reactor line.
Where this compound ends up defines its importance. Synthetic pathways for pharmaceuticals and agrochemicals incorporate it as a building block for complex etherification or cross-coupling reactions. Lab managers report how minor process tweaks downstream often depend on the reliability of each functional group in this molecule. In fragrance or flavor creation, especially in bespoke batches for high-value customers, there’s no substitution for a clean starting material. Fragile product lines—where every input leaves a signature on the end result—demand what we manufacture: unambiguous and repeatable molecules, not a vague “equivalent” offering.
No researcher wants a supply interruption just as a project phase starts. On our side, that means forecasting demand in multi-ton lots, holding safety stock, and maintaining tight links with raw material suppliers. Our operators have learned from experience that neglecting safety stock or ignoring minor raw material spec shifts leads to delayed deliveries and potential contamination. As a producer, we never source from brokers or resellers. Every drum is traceable to our internal QA reports. We find this approach makes for direct, accountable problem-solving—when questions arise, the answers come straight from our production staff, not someone with second-hand information.
Many newcomers to the industry look at family names—phenols, alkylphenols, methoxyphenols—and think they’re swappable. Those working in real synthesis know this doesn’t hold. The (2,6-dimethoxy, 4-allyl) substitution pattern unlocks unique reactivity, particularly in selective transformations where steric and electronic features come into play. Attempting to swap in a cousin compound for cost savings often results in liabilities—low conversion rates, unwanted side chains, and silent process drifts.
In some market samples, we’ve observed unreported use of recycled solvents or inconsistent process parameters. Chromatographic profiling on our end uncovers these batch differences immediately. Not every manufacturer talks about the risk of contaminants—especially in minor impurities or unidentified stabilizers—which can poison delicate downstream catalysts. Addressing these issues takes more than paperwork; our crew treats every feedback loop as a chance to hone both process and QC.
Over decades in this business, customer input becomes invaluable. Once, a partner flagged a trace impurity that, while negligible for standard research, stalled a large-scale pharmaceutical scale-up. We invested in tighter controls and opened extra testing protocols, cutting off that problem in the next run. Several modifications—better nitrogen purging and alternate crystallization solvents—emerged directly from these partnerships. Reliable supply depends on this cycle of shared experience, not just transactional bulk shipments.
The people mixing our reactors and packing our final product learn from mistakes as much as successes. Removing a residual odor through extended vacuum drying, improving lot labeling to cut warehouse search time, or redesigning packaging to withstand long transport—all of these arose from practitioner-driven conversations that shape real-world project flow at the customer end.
Real chemical producers must do more than manage yield and purity. Our location in a major industrial park brings daily reminders about waste regulation, effluent monitoring, and resource conservation. For Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci), our wastewater management includes condensate recovery and engineered biotreatment for organic residues. By recycling process water and monitoring solvent emissions, we take steps that not only protect our license but ensure safety for neighbors and employees.
Synthetics like this phenol variant come with occupational exposure concerns—vapor, skin contact, and accidental handling. We assess hazards beyond standard MSDS sheets. Years of firsthand knowledge go into protective equipment routines and exposure controls. Operators run regular air quality checks and batch room airflow monitoring on every shift. Work isn’t finished until personal dosimeters clear at shift end. This discipline stays invisible to outsiders, but for a manufacturer, these routines make the difference between lost-time accidents and smooth shifts.
Long-term stability only comes from tested protocols, not wishful thinking. Our records show stable assay levels for three years at ambient warehouse conditions with the right oxygen barrier packaging. Temperature spikes and partial vial use risk slow degradation. We instruct clients directly: avoid storing opened drums under humid, fluctuating conditions. Once a drum leaves our factory, usage practices at the receiving site make all the difference. Many breakdowns trace back not to inherent product flaws, but secondary handling lapses after delivery. We believe in sharing these nitty-gritty lessons, not just pushing out drums and moving on.
The real gain for users goes beyond the molecule’s chemical formula—consistency in color, melting point, moisture, and trace impurity distribution keeps research baselines steady. Repeat users say they’d rather pay for a batch that mirrors the last than “experiment” with bargain-lot samples. Chemistry is unforgiving; what looks simple in a catalog can derail analytical reports or require unscheduled troubleshooting. Our team tracks each lot’s critical control points to guarantee these recurring qualities.
What starts as a gram-scale pilot under lab fume hoods can quickly balloon into multi-ton annual demand. We have learned this shift isn’t always smooth. Bench protocols often ignore bottlenecks that show up at the plant—crystal morphology, filter clogging, agitation dead zones. Our scale-up process introduces additional checkpoints: pilot batch evaluation, continuous versus batch reaction impact, and real-world solvent recovery. Customers who need both sample-scale and production-scale material benefit from our hands-on feedback on what will or won’t hold up as volumes grow.
Special requests aren’t an afterthought in our business. Researchers sometimes need a tweak—improved particle size, tailored moisture levels, or alternate packaging. We do not charge arbitrary “customization fees”; a good manufacturer sees these as process variables, not obstacles. Our experience allows us to flex product attributes at short notice, drawing from proven process modules, rather than gambling on an unverified alteration. This approach increases confidence all around, minimizing disruption and maintaining high confidence in repeat deliveries.
Production schedules hinge on accurate forecasts and honest dialogue. We keep customers in the loop on raw material outlooks, maintenance downtime, and transport logistics. Our staff doesn’t hide behind intermediaries—real answers come from the crew running the lines and the people loading trucks. Trust grows from admitting setbacks and correcting fast; a promise kept matters more than an artificially short lead time that can’t be met. Over the years, customers have told us that realistic ETAs help labs plan reliably, shorten downtime, and rationalize budgets without constant rescheduling.
Every improvement in process—be it solvent optimization, time-on-heat reduction, or crystallization enhancement—results from analysis and the drive to make the next batch better than the last. Quarterly audits and process reviews mesh with feedback from end-users, production operators, and shipping staff. Sometimes a tweak comes from the most unexpected place: a delivery driver noting drum shifting in transit, or a technician catching a shift in product texture during routine sampling. Our floor is open to suggestions because the next idea often comes from the people closest to the problem at hand.
With global scrutiny on supply chains, nothing replaces the value of a transparent, documented sourcing protocol. Each drum of precursor arrives with its own COA and shipping manifest. Our chemists cross-examine every record. Reject batches happen—a fact of honest production—but every acceptance or rejection leaves an auditable trail. This diligence heads off hidden risks that can ripple through the value chain, long before a receiving chemist or purchasing manager has to deal with a nonconformance report.
Our location subjects us to local, national, and international oversight. Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) falls under substances scrutinized for end-use reporting, especially in pharma and agricultural products. Staying audit-ready means deep record-keeping, test batch archiving, and clear communication with regulators and buyers. Auditors arrive unannounced, and we treat every lot as if inspection could happen tomorrow. The cost of short-cutting compliance isn’t just fines—it’s lost licenses, halted projects, and trust broken with customers who count on regulatory assurance.
Our company’s backbone lies in the veteran shift leaders, the new grad chemists learning from old hands, and the maintenance team fixing pumps at dawn before startup. We’ve seen the benefit of low staff turnover—familiar faces mean process know-how doesn’t walk out the door. These teams take pride in their role, whether filtering a final crop or troubleshooting a spot impurity spike. No wisdom compares to the person who’s run the same batch hundreds of times, logging notes and refining processes with practical, day-in-day-out expertise.
Some firms focus on margins, others on throughput. We find that expertise comes from shutting down operations to investigate a temperature drift, rather than pushing out one more order at the risk of introducing a latent issue. A record of consistent deliveries and process transparency matters more in the long run than market share alone. Our customers recognize the difference between secondhand product lines and direct-from-manufacturer accountability. Once you have built a track record with customers who value low-variance quality, the relationship deepens.
Demand for customized synthetic phenols grows each year, driven by expanding R&D in pharmaceuticals, fragrances, and specialty materials. Instead of stretching thin for more market reach, we invest in modernized equipment and expanded QA. That means faster detection of anomalies, faster tweaks to process controls, and fewer failed lots reaching the customer. We keep our ears open: as end-users imagine new applications, our chemists and engineers meet to decide whether an alternate process route or new facility investment makes sense.
Too much of this industry gets lost in translation between brokers and intermediaries. Buying direct cuts through that noise. As a manufacturer, we stake our name and our credibility on every drum that goes out. Through open feedback, constant improvement, and the belief that end-use success reflects on us as much as on our buyers, we build value batch by batch. Phenol, 2,6-Dimethoxy-4-(2-Propenyl)- (9Ci) is more than just a molecule on a spec sheet; it’s a shared project—synthesized, handled, and delivered by a team that understands the real consequences of quality and reliability, forged through years of hands-on experience on the production floor.
