|
HS Code |
805301 |
| Chemicalname | 3-(1-Dimethylaminoethyl)phenol |
| Casnumber | 20651-43-0 |
| Molecularformula | C10H15NO |
| Molecularweight | 165.23 g/mol |
| Appearance | Colorless to pale yellow liquid |
| Boilingpoint | 267 °C |
| Density | 1.04 g/cm3 |
| Solubility | Soluble in organic solvents, limited solubility in water |
| Flashpoint | 118 °C |
| Refractiveindex | 1.546 |
| Synonyms | 3-(1-Dimethylaminoethyl)phenol; m-(1-Dimethylaminoethyl)phenol |
As an accredited 3-(1-Dimethyl Amino Ethyl) Phenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 500g of 3-(1-Dimethyl Amino Ethyl) Phenol is supplied in a sealed amber glass bottle with a secure screw cap lid. |
| Shipping | **Shipping Description:** 3-(1-Dimethylaminoethyl) phenol should be shipped in tightly sealed containers, protected from light and moisture. The chemical may require classification as a flammable liquid or irritant; ensure appropriate labeling per local regulations. Use secondary containment, and transport at ambient temperature with compliant documentation, handling with standard chemical safety precautions. |
| Storage | Store 3-(1-Dimethyl Amino Ethyl) Phenol in a tightly closed container, away from direct sunlight, heat, and sources of ignition. Keep in a cool, dry, and well-ventilated area, segregated from strong acids, oxidizers, and incompatible materials. Use secondary containment to prevent spills and avoid moisture contact. Label containers clearly and store at room temperature unless otherwise specified by the manufacturer. |
Competitive 3-(1-Dimethyl Amino Ethyl) Phenol prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615380400285
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Manufacturing 3-(1-Dimethyl Amino Ethyl) Phenol over the years has given me a front-row seat to its importance and distinct chemical character. We produce this compound through a controlled, multi-step synthesis that prioritizes both product purity and batch-to-batch consistency. Each batch comes with a pale yellow tone and a characteristic amine odor. From lab bench development to process scale-up, one thing stands out: precision makes all the difference when handling and refining aromatic amines.
Every order of our 3-(1-Dimethyl Amino Ethyl) Phenol comes with a set standard—tested at not less than 99% content by GC. Our product presents as a free-flowing liquid at room temperature, with narrow control of water and heavy metal impurities. Tight control of residual solvents helps users avoid unwanted downstream reactions. In our own facility, analysis involves HPLC and GC-MS to weed out trace by-products common to older, less-tuned production routes.
Our process avoids some typical by-products seen with lesser starting materials or poorly adjusted conditions. In our experience, phenolic impurities or amine overalkylation can bring headaches for downstream users; that’s why we focus on purity from the reactor forward. Strict in-house cleaning after each batch minimizes the risk of cross-contamination. For those in regulated fields, this kind of attention means fewer deviations or scale-up hiccups.
Anyone who’s blended surfactant intermediates, developed new phenolic resins, or optimized epoxy hardener systems sees the value of a fresh, well-made batch of 3-(1-Dimethyl Amino Ethyl) Phenol. The tertiary amine function and phenolic hydroxyl both play unique roles. In phenolic resin modification, the dimethylaminoethyl group increases resin flexibility and improves compatibility with harder resins. In epoxy hardener applications, it adds reactivity and control over curing profiles. Industries producing corrosion inhibitors or specialty coatings appreciate how our compound balances reactivity with ease of incorporation—no clumping, no haze, no surprises on the line.
One specialty adhesive formulator described their challenges using standard meta- or para-substituted products. Erratic curing, and inconsistent bond strength—issues that faded away as they switched to our made-in-house batch. The tertiary amine center lets formulators tune cure schedules: faster set times or more open working windows, whatever the chemistry demands. Compared to secondary or primary amines, it's less susceptible to yellowing or unwanted exotherms. The phenolic ring structure sets it apart from straight-chain alternatives, tolerating higher process temperatures and more aggressive conditions.
A customer working in oil and gas additives once compared product lines. They tracked thermal stability and performance, using our 3-(1-Dimethyl Amino Ethyl) Phenol as a benchmark. The result: fewer component breakdowns under field-testing conditions, a direct outcome of careful synthesis and raw material traceability.
Comparing to other phenolic amines, the 3-position of the dimethyl amino ethyl group on the phenol ring leads to distinctive chemical behavior. Ortho- and para-substituted analogs give different reactivity, affecting how the molecule interacts with resin matrices, amine-epoxy networks, or metal substrates. The dimethylaminoethyl group makes the product less volatile and more manageable in typical plant environments than monoalkyl analogs.
Shelf life depends on process hygiene, and we’ve learned to control for factors that degrade amine-type products over time. With proper sealed storage, the product stays stable and resists color change or viscosity drift for extended periods—and that brings peace of mind to operators and formulators.
On the handling side, our long-term experience shows that careful attention to the amine’s volatility and reactivity means better operator safety and cleaner workplace air. The odor profile stays within accepted standards, even at large-batch scales. End-users have told us that our material pours readily without gelling or plugging, a difference linked back to routine drum and line inspections between fills and clear SOPs for loading/unloading.
Other products in this chemical family sometimes bring trouble. One example: certain linear aliphatic amines tend to evaporate or discolour in storage, causing headaches at dispensing. Meta- or para-cresol derivatives create more by-products in heated blends. Anyone who’s run a batch of phenol-formaldehyde resin with inferior amines knows what it means to chase down bad smell in a ventilation review or find their tanks fouled beyond quick cleaning. That’s why we fine-tune our cleanup cycles and track process water pH throughout each production run.
Running a chemical manufacturing plant requires strict routines, not just for regulatory reasons, but for real-world product performance. Our operators go through regular training to spot issues in the batch as they happen. Lab teams check every batch for color, clarity, and assay—mistakes cost time and trust, both for us and for the user. When customers report easier product integration or fewer formulation adjustments, it traces back to these routines.
Once, a batch seemed fine on quick check, but off-odors on further testing flagged volatile low-level impurities. We isolated the problem, traced it to a raw material vent, and changed supplier contracts to lock in reliability. That episode showed how subtle process shifts can ripple downstream—so we invested in more in-process monitoring. The payoff comes not at the shipping dock, but months later when a customer renews without calling about that “strange off-smell.”
In sectors like adhesives, coatings, specialty lubricants, and electronics, our customers integrate 3-(1-Dimethyl Amino Ethyl) Phenol for reasons linked to its molecular structure. The tertiary amine group brings catalytic effects, speeds up certain curing reactions, and leaves behind fewer unwanted residues than bulkier or less-reactive analogs. Its low viscosity ensures easy handling in automated lines or pilot plant setups. Our formulation partners in advanced composites or insulation foams depend on that consistent pour, every time they scale up.
One composite resin customer once described recurring gelation problems with a commodity-grade amine, which disappeared with our in-house produced batch. These details matter when a production run can’t wait for troubleshooting. A fine chemical supplier in South America commented on our product’s lower chloride residuals, which helped them meet local regulatory standards seamlessly.
On the technical support side, we often share detailed application data and test scenarios from our own pilot lines. Customers sometimes face mixing order or temperature sequence issues that seem trivial at scale yet profoundly affect final product behavior. We field queries from plant engineers and lab managers looking for tweaks that bring stability. An open exchange of formulation experiences has saved hours for both sides.
Day-to-day in the factory, minimizing waste and emissions has grown more important each year. Our switch to closed-process loops and energy-efficient distillation units cut process water consumption and reduced solvent loss. The purification sequences follow lean manufacturing targets, cutting down on both discharge and raw material consumption. We also route off-gas for neutralization, so local air standards stay on track.
From sourcing of raw materials to packaging, the team looks for ways to shrink the environmental footprint. In one project, we switched from single-use drums to reusable containers for local shipments, which reduced solid waste and improved safety. For longer transport hauls, we ensure every drum meets integrity standards to prevent leakage and spoilage under fluctuating temperatures. These details may go unnoticed on a finished spec sheet, but field teams and plant engineers benefit from a cleaner, more reliable delivery.
Over time, requirements for 3-(1-Dimethyl Amino Ethyl) Phenol keep evolving. Purity levels tightened, solvent tolerances shifted, customer audits got tougher. This keeps us sharp—from maintenance of sensors to investing in more automated mixing and advanced analytics. A few years ago, new customers in the electronics sector started specifying lower moisture limits, so we equipped the facility to deliver on that without incurring delays.
Feedback loops with end-users push us to keep standards ahead of the curve. For instance, requests for custom-packaging or cooperative validation runs are handled by our process development team, not pushed off to a partner or outsourced lab. This approach keeps our technical expertise aligned with customer reality.
Industry benchmarking also drives improvement. Having run competitor comparisons in independent labs, I’ve seen firsthand how minor adjustments—like pH control or removal of metal impurities—shift final product quality. Lab simulations rarely fully mirror plant conditions, but even small operational tweaks in column temperature or storage conditions have a visible impact. It’s those hundreds of small steps that separate a stable, color-consistent intermediate from a batch that creates off-notes or residue after six months in storage.
Not everything runs smoothly in chemical manufacturing. Some years back, we struggled with an unexpected by-product forming during high-humidity months. Instead of masking it downstream, we overhauled the dehydration step, improved sealed reactor design, and logged humidity curves over a full production cycle. A few adjustments on pre-charge timing and collection protocols paid off—our QA complaints dropped sharply, and customer feedback improved. These learnings carry over to every other process we run.
The chemicals supply chain can surprise you. Global issues sometimes disrupt raw material supplies or quality. Relationships with trusted vendors—built over years—mean less scrambling during a supply crunch. For less dependable suppliers, early audits and random batch testing catch deviations before they reach the main line. This diligence avoids costly rework for our customers and keeps us competitive in both price and quality.
We take pride in product consistency, but customer partnerships matter just as much. Many buyers, especially in regulatory-driven industries, value open discussions about sourcing, compliance, and test documentation. Our technical sales staff and process managers speak candidly about batch results, handling quirks, or shipping constraints, because trust gets built on shared successes and solutions to real-world snags.
In our experience, clear communication during new product development or troubleshooting saves time and money for everyone involved. A line operator noticing small gel particles during drum transfer might seem minor, but quick follow-up with our technical staff can correct things before they reach the final product. This hands-on approach sets us apart in a market where some suppliers focus only on the next shipment.
We watch as industries shift toward ever-stricter performance and sustainability standards. Our team adapts production methods, analytics, and logistics to keep ahead rather than chase changes. This means more rigorous material tracking, deeper batch data, and fast adaptation to new market compliance targets. As market applications diversify—thermoset resins, high-performance coatings, electronic encapsulants—the value of experience with 3-(1-Dimethyl Amino Ethyl) Phenol becomes clearer.
Maintaining product integrity stems from a combined effort across R&D, operations, and customer support. Lessons from years on the production floor inform each improvement. As new challenges arise, we focus on clarity, consistency, and transparent problem-solving. For us, producing 3-(1-Dimethyl Amino Ethyl) Phenol isn’t just about filling drums—it’s about supporting new chemistry with every batch that leaves our doors.
We believe the best way to deliver value is to help customers solve their actual process problems, not just deliver material specs. Whether it means adjusting a drying step, customizing a blend, or providing data for regulators, we view ourselves as partners in our customers’ success. Over the years, we've seen how this attitude leads to not just repeat business, but product innovation and safer, more efficient processes in downstream industries.
As global manufacturing embraces new demands, our commitment remains: make the best 3-(1-Dimethyl Amino Ethyl) Phenol by combining proven practices with a willingness to adapt. Good chemistry starts with clean processes, honest communication, and a constant eye on both opportunity and risk. For formulators, operators, and chemists across the supply chain, those qualities make the real difference—every batch, every time.
