| HS Code | 526408 |
| Cas Number | 105-67-9 |
| Molecular Formula | C8H10O |
| Molecular Weight | 122.16 g/mol |
| Iupac Name | 2,4-dimethylphenol |
| Appearance | White to pale yellow crystalline solid |
| Melting Point | 45-47 °C |
| Boiling Point | 210-211 °C |
| Density | 1.02 g/cm³ |
| Solubility In Water | 0.22 g/100 mL (20 °C) |
| Flash Point | 86 °C (closed cup) |
As an accredited 2,4-Xylenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 2,4-Xylenol is packaged in a 500 g amber glass bottle, featuring a secure screw cap and clear hazard labeling for safe handling. |
| Shipping | 2,4-Xylenol should be shipped in tightly sealed containers, protected from light, heat, and moisture. It must be labeled as a hazardous chemical and handled according to relevant regulations (UN 2430, Class 6.1). During transport, ensure containment to prevent leaks, and avoid contact with incompatible materials such as strong oxidizers. |
| Storage | 2,4-Xylenol should be stored in a tightly closed container, in a cool, dry, well-ventilated area away from sources of ignition, heat, and incompatible materials such as strong oxidizers and acids. The storage area should be clearly labeled, with adequate spill containment measures, and protected from direct sunlight. Personal protective equipment should be used when handling the chemical. |
Competitive 2,4-Xylenol prices that fit your budget—flexible terms and customized quotes for every order.
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Looking at the long run we’ve spent in chemical manufacturing, certain compounds keep reaffirming their value in industry and research. Out of the many phenolic intermediates, 2,4-xylenol holds a distinct place. On our production lines, every batch starts with a sharp focus on purity and consistency. We manufacture our 2,4-xylenol with established methods that minimize impurities, aiming for purity levels above 99%. Nothing replaces hands-on experience for tracking outcome quality, which we monitor closely in every step. From raw feed material to final drum filling, every barrel represents a record—and behind that, years of problem-solving and quiet innovation.
Not all phenolic compounds are built the same. Our 2,4-xylenol lands as colorless or pale yellow crystals. Its chemical formula, C8H10O, comes with a crisp, faintly medicinal odor you learn to recognize. In the plant, we’ve developed routines to keep every aspect—from storage temperature to exposure to air—in tight check. The solid, slightly tacky form can fool those who haven’t handled it before, but for us, it signals a ready-to-use intermediate that flows easily into chemical synthesis.
Consistency isn’t just about batch certificates or purity numbers. With 2,4-xylenol, consistency means each drum melts at a predictable temperature, dissolves the same way in solvents, and produces no off-spec byproducts in downstream applications. Through repeated investment in QC infrastructure, we keep contaminants—like cresols or 2,6-xylenol—well below actionable thresholds, usually sitting under 0.2%. We don’t take shortcuts or accept odd lots masquerading as pure. In our experience, even minor contaminants can choke off a production run or cause customer headaches down the line.
Melting point generally runs from 44.5°C to 46.5°C. This tight band says a lot about structural stability and batch repeatability. Moisture and acidity levels seldom stray because we’ve adjusted our purification filters and drying set-points to hit narrow targets. Every manufacturing staffer knows why these numbers matter: in resin synthesis, pH fluctuations and water traces mean unreliable yields. Feedback from long-term clients keeps us on our toes; if process behavior shifts, we investigate fast.
In the hands of manufacturers, 2,4-xylenol serves as more than a molecule—it connects raw feedstocks to countless specialized products. For more than a decade, we’ve shipped thousands of tons to producers of antiseptics and disinfectants who rely on its microbe-busting abilities. In phenolic resin synthesis, our product acts as a critical building block. Paint, adhesive, and plastics manufacturers all draw out different strengths from its chemical backbone, whether seeking flexibility, stability, or heat resistance in their end goods.
At the wastewater treatment level, it stands up well in formulation as a biocide, helping break down organic contamination in industrial effluent. Some clients operate blending plants that feed into agricultural fungicides; they depend on our supply chain for consistent feedstock, especially during the high season. Historically, pharmaceutical players have explored its antiseptic qualities for ointments and specialty soaps—fields where minute impurity spikes mean failed tests or recalls.
We’ve watched 2,4-xylenol move across the globe, handled by specialists in rubber vulcanization, dye intermediates, and even as antioxidants in lubricants. The critical takeaway: a strictly controlled product stream translates into reduced downstream troubleshooting. When regulations tighten, our knowledge of the full manufacturing chain lets us adapt faster. Time after time, we find that reliability at the source raises confidence in every finished item that depends on this compound.
People sometimes confuse the different isomers of xylenol. In direct, practical processing, 2,4-xylenol distinguishes itself both in chemical reactivity and physical behavior. It’s structurally unique: both methyl groups sit on the benzene ring at the 2 and 4 positions, which shapes its reactivity profile. Downstream, this means subtle reaction differences from isomers like 2,6-xylenol or 2,3-xylenol. If a formulation calls for 2,6-xylenol’s dimethyl substitutions—think certain engineering plastics or specific antioxidants—the wrong isomer simply won’t yield the same polymer flexibility or shelf life.
From the manufacturing end, separation isn’t a trivial task. Synthesizing 2,4-xylenol and keeping it free of other isomers means employing careful distillation controls and multiple purification passes. We invest in these steps so customers face fewer surprises. Letting a mixed isomeric product into the supply chain increases downstream variability, from unexpected viscosity in resin curing to off-spec scent profiles in consumer products. Knowing these details shapes our everyday routines and capital projects, as purification and analysis infrastructure dominate our annual investments.
Dealing daily with 2,4-xylenol, safety isn’t abstract. This compound can irritate skin and eyes, so we design our filling operations with closed systems, high-integrity gaskets, and measures to prevent vapors from escaping during transfers. Regular employee training and thorough inspections form the backbone of our safety culture—these lessons weren’t learned from manuals, but from fixing real leaks and reviewing actual incident reports. By running well-ventilated operations and keeping close tabs on inventory, we lower the risk both to our teams and to nearby communities.
Waste management gets the same hands-on approach. Leftover residues never go unchecked or untreated. We invest in advanced waste neutralization and thermal treatment units, keeping our effluent far below baseline regulatory standards. Decades of site audit experience remind us that every shortcut invites trouble: production efficiency must balance against the lasting health of our water, air, and land. Routine sampling, third-party validation, and data transparency all reinforce our environmental commitments.
Customers ask us about “green chemistry” trends. We see this as more than a talking point—it serves as a marker for future investments. Applying cleaner catalysts, cutting down on energy use, and reducing raw material consumption have all become standard targets in our plant upgrades. 2,4-xylenol production now benefits from reactor redesigns that cut power use and contain emissions. These tangible improvements answer tough regulatory questions and show our willingness to walk the walk ahead of headline mandates.
Industry demand for 2,4-xylenol keeps fluctuating as global supply chains shift. Early in our journey, we leaned heavily on regional suppliers of raw xylene. Since then, procurement has matured into a dance across continents—tracking trade routes, analyzing sanctions or tariffs, watching for natural disasters. The days of simply “buying what’s needed” feel long gone. Our current feedstock contracts extend to multiple countries, and diversification grants some shield from volatility.
Price spikes or shortages aren’t new to veteran managers. During the last feedstock squeeze, our team huddled on overnight calls, rewriting delivery routes to secure uninterrupted supply. We learned the value of local warehousing, back-up sourcing, and raw material forecasting. Downstream clients can’t afford pauses in production or substitution errors. Increasingly, we communicate openly about lead times and possible constraints, building a resilient supplier-customer relationship structured on information, not guesswork.
On the flip side, environmental stewardship in emerging markets sometimes complicates the sourcing process. Some regions still lack strong environmental checks, leading to occasional offers of off-grade 2,4-xylenol bulk at enticing prices. Our philosophy resists the temptation; we’ve learned that quality lapses rarely stay hidden over time. Building a clean, reliable product history pays back tenfold. Some longstanding clients even embed audits or request production data logs—they expect the straight story, and rightly so.
Regulatory landscapes cover everything from handling to transport. As the chemical sector gets more scrutiny, our documentation and traceability practices keep evolving. Material traceability from source benzene derivative through every vessel, sample, and testing checkpoint defines our operation. We maintain years of batch records not simply to “comply,” but because bumpy past experiences remind us how fast questions can arise—especially if a single impurity drifts higher than specs.
Shipping 2,4-xylenol brings its own set of paperwork, spanning customs documentation to hazard labeling and GHS compliance. International clients often require evidence of REACH registration or confirmation against California Prop 65. Meeting these takes more than ticking boxes; every certificate, every translated label reflects our ongoing effort to match local expectations and keep doors open abroad.
Customers grow savvier each year. They want granular data: chromatograms, impurity level trends, detailed process flows. Long-term buyers seek risk buffers, demanding near real-time updates about availability, or quick notification if a regulatory landscape shifts. As makers, we stay on call for technical consultations, troubleshooting problems, or helping design new formulations. Our outgrowth into customer support sprang from necessity: over decades, even minor setbacks can escalate without the direct technical backing that only a manufacturer provides.
Chemistry stays in flux, with new applications constantly in development. 2,4-xylenol’s antibacterial properties drive formulation testing for hospital-grade cleansers and advanced coatings. Every research lab in touch with us brings new questions and requests for tailored grades—sometimes extra-high purity, sometimes custom solvents, sometimes special packaging. Our process engineers find both challenge and reward in making these accommodations—when successful, such collaborations spark product breakthroughs for both sides.
Upcoming advances in composite resins aim for even better fire resistance and mechanical integrity. In many of these cases, the isomer shape and reactivity of 2,4-xylenol play central roles. Developers of electronics and circuit boards rely on its ability to improve both processability and end-use stability. As sustainability pressure mounts, demand is accelerating for more biodegradable or reduced-toxicity resins—a trend that requires ongoing process tweaks at the raw material level.
On the insecticide side, newer biocide formulations call for tighter control on trace contaminants, pushing our teams to expand analytical and separation technology. Medical equipment sterilization continues to grow as a stable end-use channel, owing to a blend of reliability, potency, and regulatory acceptance of phenolic agents like 2,4-xylenol.
Sustaining quality output never comes down to equipment alone. Training keeps our operations humming, from junior chemical handlers to senior lab managers. Everyone touching 2,4-xylenol picks up skills that go beyond compliance—sight and smell cues, batch cooling behaviors, filtration quirks unique to our site. We cross-train teams to rotate through roles, share feedback, spot deviations, and solve bottlenecks. Every successful shift runs on this blend of repetition, supervision, and open communication.
Retention climbs as newer staff see the value in “getting it right the first time.” Our more experienced operators relay stories—both triumphs and close calls—that guide younger hands. Bad habits tend not to stick when you work in a culture that shares both good data and honest breakdowns. Yearly workshops combine theory, practical troubleshooting, and reviews of near-misses or quality upticks. These loopbacks ensure everyone sees the connection between day-to-day diligence and finished product reliability.
Change sometimes meets resistance in established routines, but as process efficiency and analytical capability improve, most staff reach a point of seeing the benefit. This constant learning shapes both morale and the bottom line. Industry culture inside our plant accepts that every product run, every maintenance shut-down, and every support call builds not just technical knowledge but the collective experience that keeps customers returning.
Forecasting demand and regulatory pressure for 2,4-xylenol isn’t so much a crystal-ball exercise as a close reading of external signals: research journal trends, policy whitepapers, and daily client discussions. From years of living with this material, we see the next chapter unfolding across three main tracks: safety upgrades, deeper sustainability, and digitalization. Safety means more real-time monitoring, headcount for inspections, and tighter stopgap plans during maintenance.
On the sustainability end, we continue to implement solvent recycling systems, improve byproduct valorization, and hunt for lower-impact raw material streams. These changes come with adjustment headaches but bring strong returns, especially as clients start to explore their own carbon reporting and full-scope life cycle assessments. The digital track brings benefits like updated batch records, sensor-driven quality alerts, and robust supplier notifications—each helping reinforce both trust and performance benchmarks across the board.
Optimizing 2,4-xylenol production isn’t simply about price per kilogram. Our industry gets judged on transparency, response speed, and credible delivery history. We measure regular success in terms of repeat orders, last-minute technical support, hard-to-win certifications, and tight regulatory compliance. This compound holds a unique spot in many value chains, but its real-world utility rises or falls on our ability to push reliability, safety, and responsiveness forward each year. Meeting these expectations shapes every decision on our factory floor—and forms the quiet competitive edge of a seasoned manufacturer.
