|
HS Code |
391537 |
| Name | 3-Acetophenol |
| Cas Number | 121-71-1 |
| Molecular Formula | C8H8O2 |
| Molecular Weight | 136.15 g/mol |
| Appearance | White to light yellow solid |
| Melting Point | 56-58 °C |
| Boiling Point | 262 °C |
| Density | 1.140 g/cm3 |
| Solubility In Water | Slightly soluble |
| Flash Point | 136 °C |
| Smiles | CC(=O)C1=CC=CC(O)=C1 |
As an accredited 3-Acetophenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The 3-Acetophenol is packaged in a 100g amber glass bottle with a secure screw cap and clear chemical labeling. |
| Shipping | 3-Acetophenol is typically shipped in tightly sealed containers to prevent moisture absorption and contamination. Transport is done in accordance with local, national, and international regulations, often under standard conditions. Proper labeling, including hazard classification, is required. Ensure upright positioning and avoid exposure to heat, ignition sources, or incompatible materials during shipping. |
| Storage | 3-Acetophenol should be stored in a tightly closed container in a cool, dry, and well-ventilated area away from sources of ignition and incompatible materials such as strong oxidizers. It should be protected from moisture and direct sunlight. Store at room temperature and ensure proper labeling. Use secondary containment to prevent spills and limit access to trained personnel only. |
Competitive 3-Acetophenol prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615380400285 or mail to sales2@liwei-chem.com.
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Tel: +8615380400285
Email: sales2@liwei-chem.com
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Reliable industrial chemistry requires more than theoretical design and patent filings. As a chemical manufacturer with decades spent in busy workshops and bustling reactors, we measure success by the purity of the product stream, contented customer feedback, and trouble-free intake at our partners’ plants. Our work with 3-Acetophenol (also called m-hydroxyacetophenone) highlights this philosophy. Knowledge comes not just from textbooks, but through the evolving attention given year by year to every kettle, every run, every drum exit.
The product we offer carries a specification shaped by practical feedback and rigorous QC. We rely on GC purity analysis and batch-by-batch microanalysis, driven directly by the performance needs of compounders and fine chemical specialists. In any memory of the shop floor, the faintly sharp scent and off-white powdery look of 3-Acetophenol stand out long after the drums get loaded. Customers recognize the result: high purity, repeatability, minimal byproducts, and quick integration with intermediates.
Our model, 3-Acetophenol, reaches a chemical purity above 99%. Water content sits reliably low, so you avoid moisture interference in condensation reactions or downstream process steps. Bulk density and melting point prove consistent across orders, reflecting both our equipment investment and worker persistence. While the market brings seasonal shortages and speculative trades, we favor forward planning of raw material inventory, never chasing shortcuts that trade long-term trust for short-term gains.
These specifications earn their worth batch by batch. A project manager may need assurance a fluorination will proceed by the book, or that esterification cycles will not run into mysterious color changes from impurity buildup. As a result, we do not rely on third-hand certificates or thin traceability—our process integrates repeated in-process checks, guided by application know-how handed down through not just files and SOPs, but on-the-spot troubleshooting and regular team reviews.
In a manufacturing environment, the real world does not align neatly with elegant lab literature. We have witnessed how 3-Acetophenol plays a vital role in life sciences innovation, pigment formulation, and performance material synthesis. Our experience supplying pharmaceutical manufacturers has taught us the stakes involved when working with precursors for analgesics, antipyretics, or key intermediates in active pharmaceutical ingredients. They demand low metal content and stringent impurity profiles to avoid complicated compliance checks or product loss in downstream steps.
Companies in dye and pigment industries value the coupling reactions and acceptability in colorfast products. A well-made 3-Acetophenol means predictable shift profiles and clean reactions, even on demanding lines where any deviation adds days, not hours. Most new applications, from polymer stabilization to fragrance chemistry, approach us with detailed performance questions. “How does residual acetone show up during condensation?” “Will the m-hydroxy arrangement persist during chlorination?” These are issues we answer with records from scaled pilot batches, informed by failures and solved problems—not with marketing spin.
Over time, newer uses emerge. Some formulators incorporate it into stabilizer packages, stabilizing tire materials, or supporting UV-protective coatings. In each use, we tracked feedback, ran functional group tests, and adjusted drying procedures to reduce caking or flow-inhibiting agglomeration. Large-scale users want fast throughput in bulk; smaller research teams may need tighter batch-to-batch analysis, or flexibility in packaging. Satisfying both starts from meticulous scheduling and coordination with logistics teams and storage managers—each shipment, each loading, checked to preserve quality to the user’s line.
Most buyers face catalogs, sample packs, and price grids with little to distinguish between producers. Yet, we know from repeated account visits how real-life distinction emerges not from promises, but in day-to-day reliability. 3-Acetophenol often shows subtle but critical variations from rival products. Impurity patterns shift depending on feedstock origin, catalyst choice, or even subtle differences in distillation protocol. We have encountered product lots from secondary suppliers where even a half-percent contaminant throws off hydrogenation or complicates downstream filtration.
Our in-house line, drawing from years of trial, has moved past batch-to-batch guesswork. We have tailored our purification sequence not only to maximize the central peak in chromatographic analysis, but to squeeze out those lesser-known, process-wrecking taints—aromatic residues, color bodies, and residual solvents. The end result consistently performs across sectors. It means a scale-up chemist can plan six months of supply using our product code and never rerun stability checks mid-cycle. It frees our packaging engineers to guarantee material flows freely in automated plant hoppers, even after long transport hauls.
Contrast this with the more generic, trader-driven supply chain, where material provenance is impossible to track, and minor storage mishandling can set off endless complaint cycles. Our internal documentation trails each drum back to its raw ingredients and personnel shifts. We receive calls directly from big plant managers and specialty R&D chemists alike, not for hand-holding, but because a routine order is genuinely trusted. Mislabeling or administrative mix-ups get caught at the floor level, not met with a shrug. This method refines not only product but relationship.
Quality of 3-Acetophenol climbs as the smallest deviations get noticed by skilled eyes and hands. Our reactors are closely monitored, of course; automation gets you to a baseline. The difference comes from cross-checks during solvent recovery, active sampling during the drying step, and team members who understand how a subtle color shift might point to a heat control issue or uneven reactant feed.
We credit our best improvements to chemists who sweat over slow filtration, operators who catch a pH swing in time, and everyone in between who has learned to connect sensory impression to technical analysis. Moisture content and residual solvent checks happen in real time; GC outputs land in hands used to marking every small off-peak. No “standard parameters”—just guys, gals, and techs who know the basics, treat every batch with the respect it earns, and teach juniors the same.
With regulatory demands mounting in every major economy, nobody can afford to cut corners on supply records or labeling. Finished 3-Acetophenol leaves our plant with a documented trail that includes source solvents, batch microanalyses, and detailed cleaning logs for every work-up and vessel involved. These practices are the result of lessons learned from years of post-shipment audits and the rare recall. Any issue gets investigated not abstractly, but by retracing every step from barrel to beaker. No supplier can claim perfection, but some resolve to track, log, and answer for each container. That builds real confidence over a career of shipped drums.
Problems rarely announce themselves as chemistry. A customer once described an odd stickiness in their tumbler after opening a shipment in humid weather. The answer traced to a tiny rise in product moisture content; since then, we tweaked our drying curve and added vapor moisture checks to every final stage. A pigment house reported a faint discoloration in a coupling run—our post-shipment review found an obscure trace impurity, so we adjusted upstream process steps. Before long, we built in extra filtration and visual checks. Each tweak comes from care, applied thoughtfully over time, not from customer complaints collected in a spreadsheet.
If a customer hits an unplanned problem on their plant floor, technical service picks up the phone or steps over for a look. Most issues stem from the real world: weather events, stockroom mis-shelving, or a new project trial gone astray. Our chemists and support team have solved unexpected agglomerates, smoothened flow in bulk packaging, and helped troubleshoot bottlenecks around the globe. Feedback loops back into process changes, and improved documentation tightens the next run. One lesson learned locally can benefit a dozen distant users.
Manufacturing chemicals to high standards involves constant vigilance. We view every lot of 3-Acetophenol as a trust deposit from our customers. Operators work with close attention to both process safety and end-user well-being. Trained response for minor spills or near-misses means every pound of product gets handled uniformly, with a safety culture drilled in at every hiring and refresher session.
Beyond plant gates, we recognize our impact on local families. Emissions are contained, effluent streams get monitored, and energy usage is watched by the entire team—these practices save more than cost. They support the legitimacy of everything leaving our doors. Our local and regional reputation does not stem from glossy brochures, but from direct feedback visits, honest reporting, and quality that stands up during audits.
The future of advanced chemicals cannot ignore sustainability. Improvements to solvent recycling, renewable inputs, and waste minimization all factor into daily decision-making. For 3-Acetophenol, waste management has long involved close capture and treatment of byproducts, as well as steady efforts to raise energy efficiency each year. Our teams engage with visiting engineers and process consultants to spot new ways to lower emissions or adapt to new compliance marks without giving in to the streamlining that sacrifices quality.
Customers periodically inquire about green certifications or alternative raw material sources. While standard solutions take time, we have piloted several bio-based and circular economy projects. Sometimes these show promise, occasionally they lag behind established industrial tech, but each pilot yields new lessons. Many buyers now demand documented, low-volatile product lines; this trend flows directly into how we design and run every project. Green chemistry is no longer just buzz—it creates the baseline for continued relevance and trust.
The chemical industry has long been vulnerable to disjointed supply chains and opaque sourcing. We build our edge not on price wars, but on transparent communication, predictable lead times, and careful stewardship of every raw material shipment. Problems with global freight, unstable markets, or extreme weather reach deep into chemical supply; experience steers us clear of panic fixes that undermine product traceability or introduce dubious intermediates.
Repeat buyers admit that they rarely question the paperwork or do full-scale verification, because our shipments arrive as requested, in the state described, every time. This record rests on deep ties with upstream suppliers, verified site visits, and a refusal to play fast and loose with specification promises. Across hundreds of shipments, only a handful go off plan, and each gets re-examined until a lesson emerges.
Much of our progress in 3-Acetophenol production began at the request of partners and users. Whether someone needs a finer mesh, reduced particle size, or a unique purity range for a specialty pharma line, we take each request seriously. Collaboration has sharpened our technical knowledge, and provided new perspectives on how the molecule fits into emerging syntheses. We return this benefit in diligent product validation and by sharing process innovations with other industry partners.
We make no claims to sweeping reinvention. Every refinement derives from hundreds of small, repeated tweaks—new additive trials, kiln airflow tests, and alternative storage methods—all aimed at keeping the product reliable through changing seasons and market volatility.
As regulatory frameworks tighten and the industry pivots toward ever-cleaner and more predictable intermediates, reliability in 3-Acetophenol delivery—the real, day-in, day-out reliability—becomes the true mark of manufacturing excellence. We have prepared for this by building resilient internal supply routes, redundant purification capacities, and direct customer communication channels to head off surprises and meet pressures as they arise.
Our team continues to invest in technical education, new analytical equipment, and sustainable process improvement. New applications, from advanced adhesives to experimental materials for electronics, reach out in search of stable supply and deep process knowledge. We answer these calls with honest assessment, shared project plans, and the lessons that lived experience brings.
Every drum, sack, or flask of 3-Acetophenol carries the care of everyone who touches it along the line. Our confidence comes not from empty claims, but from the knowledge that each container leaves our floor with a full story—audited, tracked, and checked by real human hands, eyes, and commitment. For any customer seeking not only a product but a partnership grounded in mutual respect and shared progress, our door remains open.
We believe the difference shows in every synth, every lot number, and every call. That is the standard we create. It’s how manufacturing ought to be.
