|
HS Code |
337473 |
| Productname | 4-(Octyloxy)Phenol |
| Casnumber | 5590-40-1 |
| Molecularformula | C14H22O2 |
| Molecularweight | 222.32 |
| Appearance | White to light yellow crystalline powder |
| Meltingpoint | 56-59°C |
| Boilingpoint | 370.1°C at 760 mmHg |
| Density | 1.001 g/cm3 |
| Solubility | Insoluble in water, soluble in organic solvents |
| Purity | Typically ≥98% |
| Refractiveindex | 1.504 (at 20°C) |
| Smiles | CCCCCCCCOC1=CC=C(C=C1)O |
As an accredited 4-(Octyloxy)Phenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The chemical `4-(Octyloxy)Phenol` is packaged in a 100g amber glass bottle with a secure screw cap and proper hazard labeling. |
| Shipping | 4-(Octyloxy)phenol is shipped in tightly sealed containers, protected from moisture and light. It is transported according to regulations for chemical substances, typically as non-hazardous cargo. Proper labeling and documentation are provided, and the container should be handled with care to avoid leaks or spills during transit. |
| Storage | 4-(Octyloxy)phenol should be stored in a tightly sealed container, in a cool, dry, and well-ventilated area away from incompatible substances such as strong oxidizers and acids. Protect from moisture, direct sunlight, and sources of ignition. Use appropriate secondary containment to prevent spills and label clearly. Always follow local safety regulations and use proper personal protective equipment when handling. |
Competitive 4-(Octyloxy)Phenol 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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Every batch of 4-(Octyloxy)phenol leaving our reactors holds up to decades of experience shaping phenolic compounds for customers focused on fine chemicals, coatings, and polymer additives. We manufacture this molecule to provide a solution that genuinely solves processing and formulation challenges. Its structure—an octyloxy group linked to the phenol ring—stands out among shorter or branched alkylated versions for a few clear reasons.
This longer, linear octyl chain brings a careful balance of hydrophobic character and reactivity. Formulators in protective coatings look for this balance because it helps manage both flow and surface compatibility, especially where water or salts might cause performance drop-offs. In our hands-on work with synthesis partners, we’ve found that the bond linking the octyl group to the aromatic phenol brings a stability that holds up across tough processing conditions. Markets such as resin modification or engineering plastics have pushed our synthesis team to optimize for both purity and consistent molecular distribution. It is the difference between just meeting spec and unlocking new property windows.
Quality in our sector doesn’t come from checklists—it comes from every step, from upstream raw material sourcing to final filtration and drying. We use GC and HPLC to monitor isomer ratios and track trace contaminants that can nag downstream performance. Typical product specifications for our 4-(Octyloxy)phenol run at high purity, often above 99 percent by area normalization in GC analysis. Color, melting point, and water content are tracked because end users—especially in high-performance resin synthesis—see the effects of off-spec batches immediately downstream.
In our plant, bulk product rarely sits long enough for oxidation or humidity pickup because we’ve learned the headaches that come with even minor quality slips. We run cycle times and cleaning schedules around the sensitivities of alkylated phenols. Each shipment gets matched to a certificate of analysis to keep traceability simple. Over the years, customers have pointed out that a consistent, nearly colorless product means less work on their QA side. We see this as a baseline, not a stretch target.
Looking at the chemistry, 4-(Octyloxy)phenol stands apart from the shorter-chain or branched analogs. The linear octyl ether chain imparts properties customers choose over the likes of 4-(Butyloxy)phenol or even nonylphenols when they want a predictable solubility profile and a softer effect in plasticizers or as intermediates. We supply into segments where the downstream architecture gets built up from these phenols: specialty resins, epoxy hardeners, and surfactant-like intermediates. Our own customers have demonstrated that this molecule offers the right polar–nonpolar interplay for dispersing finely divided pigments in high-solid paints, without the migration or volatility seen from shorter chains.
Development teams in our own applications lab have mixed this compound into model thermoset systems, checking for changes in cure speed, gloss retention, and resistance to water pickup. Results make it clear: the octyl side chain reduces brittleness and enhances flexibility across coatings and films. Compared to closer homologues with bulkier or branched groups, octyloxyphenol avoids the plasticizer migration seen in some polycarbonate and ABS blends. We’ve confirmed this through accelerated aging and migration testing, not just on paper, but in molded and extruded test pieces pulled off production lines.
Environmental and sustainability priorities direct much of the dialogue around alkylphenols. Regulations on nonylphenol and its derivatives grow stricter, especially in Europe and North America. Because 4-(Octyloxy)phenol features a linear chain, experience shows it degrades in aqueous environments with different kinetics than branched relatives, a fact supported by more recent biodegradation assessments. We have ongoing projects with downstream converters to evaluate life cycle and environmental compatibility, and we keep lines of communication clear for any regulatory changes on the horizon.
Within the formulation specialty sector, trusted suppliers anticipate changes and act to verify consistency—not just for today’s compliance, but for a futureproofed supply chain. We listen to feedback from technical teams in adhesives and coatings plants. If something as subtle as a color drift or a small water uptick shows up, we test storage and handling protocols. This approach has let several partners switch from more regulated nonyl or dodecylphenol derivatives over to our 4-(Octyloxy)phenol, gaining peace of mind in both plant safety and final product registration.
Comparing to similar-structured compounds, the differences between octyloxy, hexyloxy, or dodecyloxy phenols shape their field behavior in concrete ways. Shorter chains deliver higher polarity and volatility; this means inferior long-term durability or increased risk of extractables in contact-sensitive applications. Materials with longer, bulkier chains sometimes phase-separate or prove trickier to blend, driving up manufacturing complexity.
4-(Octyloxy)phenol’s linear chain delivers the oil solubility customers want, but without causing pigment flooding or surface blooming. During high-shear compounding or emulsion polymerization, it dissolves easily yet allows downstream resins to maintain clarity and flow. We have tracked how its behavior under thermal stress—common in high-output extrusion lines—preserves reactivity at useful levels without uncontrolled side reactions. These are details that real manufacturing environments uncover, not just results from a bench-scale report.
For manufacturers working with phenolic blends in demanding environments—like marine coatings or high-gloss finishes—our product consistently helps achieve tighter process windows. If you line up test panels, the differences stand out to the eye: smoother surfaces, noticeably less chalking after weather cycles, and cleaner interfaces where fillers or pigments had a tendency to separate. In our own testing, we mix test blends at pilot scale, monitoring gloss retention, adhesion, and resistance to water, so we know what happens in formulations built around this specific phenol.
Serving as a manufacturer, we do more than provide a chemical; we see projects through from idea to final production run. On resin or coating scale-ups, customers appreciate our willingness to sample on short turnaround, then stay involved during troubleshooting in their own mixing plants. Our technical specialists bring insight from dozens of real-world launches—each time, we refine our recommendations and batch controls so surprises stay out of the equation.
Customers facing performance problems—such as poor UV stability or unexpected reactivity losses—bring raw samples or finished product back to us. We run reactivity tests, track contamination points, and adjust process steps. There have been instances where a subtle variation in feedstock purity made the downstream resin unstable, so we developed tighter control over raw material receipt and in-process monitoring. Our operating philosophy is built around eliminating unknowns, keeping feedback loops direct, and building trust through transparency.
A recent example came from an advanced adhesive supplier, struggling with micro-separation in a thermosetting mix. On closer review, their earlier supplies of shorter chain alkoxyphenols underperformed, leading to batch scrap rates above ten percent. Our 4-(Octyloxy)phenol, with its higher boiling point and improved compatibility, brought down defect rates immediately, confirmed by their inline inspection teams. These concrete results keep us focused on steady improvement.
Manufacturers face increasing scrutiny on the fate of chemical intermediates and their end-of-life profile. Our team reviews evolving REACH and TSCA requirements for alkylphenols, taking into account both existing and proposed limits for different phenolic derivatives. 4-(Octyloxy)phenol, with its specific alkyl profile, has an advantage due to a more favorable environmental footprint compared to certain branched or higher-molecular-weight analogs.
Through regular engagement with regulatory consultants and member organizations, we track changes to substance classification and run additional testing where necessary. SDS and hazard communication materials reflect actual, up-to-date regulatory status, not just legacy text. These steps aren’t abstract compliance—customers depend on us to avoid business disruption and maintain product flow in sensitive regions.
Attention has also turned to minimizing waste and optimizing the synthesis pathway. We have invested in recycling and solvent recovery for our reaction steps, driving up material yield year on year. Process engineers target raw material efficiencies, watching solvents, catalysts, and byproduct treatment so downstream partners receive a compound with predictable trace contaminant profiles. Our continuous improvement cycles derive directly from feedback on end-use acceptance and audit trails by customers working in tightly regulated domains.
Success with 4-(Octyloxy)phenol does not come from isolated batch results—it comes from attention to every shipment, every formulation, and every partner interaction. Our manufacturing team listens closely to what formulation scientists report at the field level; we pass plant feedback to R&D and quality control so process tweaks get real-world validation before scaling. We’ve learned that test certifications cannot capture every nuance. Many times, experience with subtle variables—like handling sensitivity to temperature or moisture—guides our finished product’s storage and delivery protocols.
We keep detailed records of every process change, tracking both upstream and downstream performance impact. In cases where a proposed improvement leads to different results in a customer’s application, we roll back, re-test, and adjust targets with real performance data to back every change. Maintaining trust means sharing both successes and process hiccups openly. Customers choose to stay with us because, over time, those small improvements—less fines from dust, lower water content, less color shift—translate to measurable savings and higher confidence in their own supply chain.
The demand for specialty phenol derivatives like 4-(Octyloxy)phenol keeps growing across sectors. Application chemists continue to find new ways to combine its properties—balancing hydrophobicity with aromatic reactivity—to create value in evolving performance blends. We’ve supported teams formulating next-generation adhesives, UV-cured coatings, and dispersant systems for pigments in high-solids environments. Our work does not just end at the chemical plant gate: we visit customer production lines, help adapt to new regulations, and troubleshoot alongside maintenance and formulation leads.
Downstream, our partners benefit from access to technical data, impurity profiles, and process insight—not just a standard specification. We help them anticipate upcoming market shifts around regulatory compliance, sustainability goals, and next-generation material compatibility. In technical forums and customer roundtables, we share experiences so the broader industrial community advances together. Many of our product refinements—tighter color specification, improved batch tracking, innovations in solvent management—start with direct customer feedback on the job.
Chemical manufacturing never stops evolving. Each day, new product requirements, raw material constraints, and process optimizations test the limits of our established routines. As direct producers of 4-(Octyloxy)phenol, we stand by our record of responding to real-world challenges with practical, data-driven solutions. Batch traceability, rigorous purity targets, and fast turnaround for trials set us apart in a market often crowded by intermediaries.
Real-world production never lines up exactly as it does on paper. Every load and every drum tell us something about the strengths and improvement points in our process. That’s why we maintain clear technical documentation and stand by to troubleshoot everything from color variation to viscosity drifts as they arise. In the rare case of problem batches or unexpected field behavior, we mobilize our technical support teams and run joint investigations with customer teams, eliminating the blame game and delivering quick fixes.
We see 4-(Octyloxy)phenol not simply as a molecule, but as the product of years of shared expertise, feedback, and continual improvement. By keeping manufacturing close to the heart of the business—owning every step from raw material through shipment—we offer customers something more than a commodity. Each new project, each process challenge, and every improvement cycle brings new insights that shape both our product and our support.
For customers in advanced coatings, engineered plastics, adhesive systems, and resin modification, our 4-(Octyloxy)phenol brings reliability, performance, and practical regulatory advantage. The difference comes from manufacturing hands-on, supporting formulation teams directly, and building every shipment on a foundation of trust and transparency. When quality, certainty, and partnership matter most, choosing a manufacturer with deep roots in the business means every batch delivers not just a chemical—but a true foundation for downstream innovation and success.
