|
HS Code |
545070 |
| Name | Xylohydroquinone |
| Chemical Formula | C6H6O2 |
| Appearance | White crystalline solid |
| Solubility In Water | Moderately soluble |
| Cas Number | 106-38-7 |
| Iupac Name | 2,5-Dihydroxy-1,4-dimethylbenzene |
| Odor | Slight phenolic |
| Synonyms | 2,5-Xylenol, 2,5-Dimethylhydroquinone |
| Storage Conditions | Store in a cool, dry place |
| Stability | Stable under normal conditions |
| Hazards | Irritant to eyes and skin |
As an accredited Xylohydroquinone factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Xylohydroquinone, 100g: Packed in a sealed amber glass bottle with a tamper-evident cap, labeled with hazard warnings and batch details. |
| Shipping | Xylohydroquinone should be shipped in tightly sealed, corrosion-resistant containers, clearly labeled, and protected from light, heat, and moisture. Comply with all relevant national and international regulations for hazardous chemicals. Transport with care to avoid spills, and include appropriate Safety Data Sheets (SDS) with the shipment for safe handling and emergency procedures. |
| Storage | Xylohydroquinone should be stored in a tightly sealed container, away from direct sunlight, heat, and sources of ignition. Keep it in a cool, dry, and well-ventilated area, separated from oxidizing agents and acids. Ensure appropriate chemical labeling and access restricted to trained personnel. Use secondary containment to minimize risk of leaks or spills, and regularly inspect storage conditions. |
Competitive Xylohydroquinone 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
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Producing specialty chemicals for decades has taught us that the most valued products aren’t just those with a spotless specification sheet—they’re the ones that perform under the hands of real users and in the unpredictable conditions of real-world processes. Xylohydroquinone fits squarely into that group. We’ve manufactured this aromatic compound with careful attention to purity, lot-to-lot consistency, and reliable supply, recognizing how vital these factors are in fine chemical synthesis, dye formulations, and pharmaceutical research.
Xylohydroquinone, characterized by two methyl substitutions on the hydroquinone ring, offers chemical features not found in simpler phenolics. That difference may look minor in a textbook but shows up clearly during scale-up or when experimental traces translate to production quantities. In powdered form, the product retains a stable, pale hue and avoids clump formation when stored as directed. Our team confirms every lot with chromatography, routinely seeing purity exceeding 99% in both HPLC and GC testing.
We have invested in a multi-step process route that limits positional isomer impurities during synthesis. Our in-house analytics have tracked particularly low levels of o,m- and p,m-isomers, which increases confidence for chemists targeting reactions with strict selectivity requirements. For those manipulating Xylohydroquinone as an intermediate, the result is fewer side products and a marked increase in downstream conversion yield.
Many buyers approach our technical staff with questions on xylene derivatives versus simpler dihydroxybenzenes, such as hydroquinone itself. The methyl groups attached to the aromatic core impart more than just steric bulk; they affect both solubility and electron density on the ring, directly shaping reactivity. In oxidation-reduction systems, methyl substitution increases stability—not only in storage, but in actual chemical cycles, especially where radical formation could lead to degradation. We have worked with formulation chemists in photoresist and dye industries who report notably improved bath life and reproducibility using our product, versus standard hydroquinone.
Compared to catechol and resorcinol analogs, our product shows lower oxidative browning in routine usage, a detail that matters to operators running multi-shift continuous processes. Less color drift means less wasted intermediate and smoother production planning. Our teams have measured this in both pilot-scale and commercial batches, drawing on years of trend data.
No specialty chemical wins loyalty on the datasheet alone. We emphasize practical matters—dusting behavior, interaction with common solvents, and impact of packaging type over time—because these influence reproducibility much more than theoretic parameters. Our product line includes two packaging options, each designed to prevent UV exposure and minimize oxidative drift, which reduces the risk of caking, yellowing, or loss of reactivity during storage.
Chemists tell us that the finely-optimized granulation helps with weighing, dissolution, and dosing into reactors, limiting handling loss in grams and saving hours in cleaning. Our process engineers have documented this with internal process trials across multi-kilogram and pilot-plant runs. Handling powder safely and efficiently is not a luxury—downtime adds up quickly, and process interruptions cost more than any small savings from lower grades.
Xylohydroquinone lends itself to several synthetic routes. It acts as an electron donor or radical scavenger in polymerization. In the dye sector, it goes into vat and azo dye manufacturing, where color fidelity and low ultratrace impurity levels matter. Unique among related compounds, our product demonstrates higher selectivity in oxidative coupling steps—a detail our customers in pigment production repeatedly focus on. In pharmaceutical R&D, Xylohydroquinone serves as a key precursor for several bioactive molecules. We produce lots ranging from bench-scale kilos to multi-ton runs, aiding both university labs and large process houses. As demand for specialty intermediates expands, we continue to invest in process transparency, batch traceability, and open communication with process chemists.
Managing the environmental footprint of phenolic derivatives like Xylohydroquinone matters as much as technical performance. Producing this compound means handling methylated aromatics and managing waste streams with care. Over the past five years, our facilities have adopted closed-loop solvent recovery and improved vapor management systems. Internal audits show significant reductions in fugitive VOC emissions and spent solvent waste. Our ongoing partnership with certified waste handlers ensures everything exiting our gates meets strict disposal protocols. We believe customers value this even if they rarely see the plant floor—since their own audits and certifications increasingly depend on responsible sourcing.
On the user end, safety comes down not just to hazard statements but to realistic, day-to-day procedures. Our experience supplying Xylohydroquinone to hundreds of facilities has taught us which control measures actually work. Spills tend to be rare due to optimized packaging, but training in localized exhaust and cleaning with appropriate materials (avoiding steel wool or abrasive tools) can cut incident rates further. We've developed and shared safe handling guidelines rooted directly in our experience, and we regularly update these resources as field data and regulatory frameworks evolve.
Manufacturers set themselves apart by being present during troubleshooting. In moving from laboratory scale to plant level, new hurdles always appear. Solubility in various organic solvents shifts, as does filtering performance when multiplied by hundreds of liters. Batch-to-batch color consistency can only be maintained by controlling not just starting materials but also every critical operation during synthesis. Working side by side with process chemists, we've optimized cooling rates in crystallization steps, fine-tuned agitation speeds, and selected filtration aids based on actual plant trials, not theoretical models.
Doing so reveals otherwise hidden issues. For example, we’ve seen that inadequate mixing during neutralization can trap trace acidic impurities, changing both color and reactivity. Real-world tweaks—including settling time extension or a change in filter cloth grade—solved problems for actual clients. Sharing this knowledge doesn’t just solve a problem; it saves time, cuts costs, and strengthens partnerships.
Our laboratory staff draw samples hourly from every batch, running not just elemental analyses but also impurity profiling by NMR and mass spectrometry. External labs confirm our findings. Documentation goes beyond paperwork; it helps customers pass audits and guarantees their compliance with environmental and quality management systems. We continually update our certificates based on customer needs and new regulatory guidelines. All quality tags we publish stem from real data held in our archives, not empty marketing.
We hear most from users during new process launches or when something goes off-spec. A recent example from a client synthesizing electroactive polymers: Following an unexpected drop in product yield, our technical team traced the source to a minor solubility mismatch between Xylohydroquinone and a new batch of co-solvent. Adjusting the solvent ratio regained full conversion and eliminated persistent color streaking, demonstrating not just product consistency, but also how direct support can save an entire campaign.
Similar incidents arise in pigment manufacture, where medley trace metals often sabotage color performance. Our in-house analytics have tracked these impurities down to sub-ppm levels, enabling rapid remediation before batches move to scale. Through careful feedback gathering, regular customer reviews, and tailor-made technical bulletins, our support does not stop at shipment.
One silent measure of any chemical’s value shows up in delivery reliability. Our production runs year-round, backed up with on-site inventory and regional warehouses. Shortages or supply interruptions disrupt more than finance—they affect project schedules, customer commitments, and even regulatory deadlines. Detailed planning, strategic safety stocks, and direct communication with our major users keep supplies moving. Our logistics staff track shipments from initial pickup to final delivery, updating customers every step of the way to prevent unpleasant surprises.
This reliability builds trust, seen in repeat contracts, shared development projects, and the foundation for new R&D. Some users even rely on us to act as secondary validation for their own internal QC, sharing cross-check data to spot potential process improvements.
Our vision goes beyond the current product line. We aim to expand both application fields and production efficiency. Upcoming investments target more energy-efficient synthesis methods, aiming to reduce carbon footprint per kilogram produced. We also research new downstream products, hoping to address rising global demand for advanced phenolic intermediates in electronics and energy storage. Early feedback from collaborative research projects in these sectors indicates opportunities for Xylohydroquinone-based materials, particularly where stability and electronic properties matter.
Commitment extends to green chemistry as well. Our process development group experiments with alternative feedstocks, greener reagents, and continuous process control in order to further minimize waste and non-target byproducts. We regularly invite customer partners into our facilities, encouraging open discussion on ways to improve both product and process. Breaking down walls between supplier and user has brought mutual gains—faster time to market, higher yields, and a network of expertise built on openness.
Sifting through market options can feel confusing. Buying Xylohydroquinone direct means you aren’t just purchasing a drum; you’re gaining rapid support, lot-specific analytics, and a supply chain tuned for manufacturing realities. Our R&D, QC, and regulatory specialists stay involved long after the sale, providing updates as standards shift. Real relationships grow out of repeated success, honest communication, and shared gains from process improvements.
Choosing manufacturers with a track record for both quality and ethical practice also gives confidence during audits, product launches, or when embarking on process risk assessments. For every kilogram we produce, we stand behind the results, sharing not just the product but the expertise needed to use it optimally and safely.
Xylohydroquinone exemplifies our commitment to chemistry grounded in practice, responsive improvement, and real-world feedback. From synthesis to delivery, every step has evolved in response to user input and the evolving demands of application chemistry. We encourage users to connect with our technical staff, explore our accumulated knowledge, and leverage our experience—because practical support, built on a history of performance, remains the surest way to success.
