|
HS Code |
585632 |
| Product Name | 2-Allylphenol |
| Purity | 98+% |
| Cas Number | 1745-89-7 |
| Molecular Formula | C9H10O |
| Molecular Weight | 134.18 g/mol |
| Appearance | Colorless to pale yellow liquid |
| Boiling Point | 237-240°C |
| Melting Point | -15°C |
| Density | 1.046 g/mL at 25°C |
| Refractive Index | 1.564-1.566 |
| Flash Point | 99°C |
| Solubility | Insoluble in water; soluble in organic solvents |
| Smiles | C=CC1=CC=CC=C1O |
| Ec Number | 217-088-1 |
As an accredited 2-Allylphenol, 98+% factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | A 25g amber glass bottle tightly sealed with a screw cap, labeled “2-Allylphenol, 98+%” and detailed safety information. |
| Shipping | 2-Allylphenol, 98+%, is typically shipped in tightly sealed, chemical-resistant containers to prevent leaks and evaporation. It should be transported in compliance with regulations for hazardous chemicals, protected from sunlight, ignition sources, and extreme temperatures. Proper labeling and documentation are required to ensure safe and compliant handling during transit. |
| Storage | 2-Allylphenol, 98+%, should be stored in a tightly sealed container in a cool, dry, and well-ventilated area, away from sources of ignition and incompatible substances such as strong oxidizing agents. Protect from light, heat, and moisture. Ensure proper labeling, and store at room temperature or as specified by the manufacturer. Use appropriate personal protective equipment when handling. |
Competitive 2-Allylphenol, 98+% prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615380400285
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Working at the crossroads of chemical synthesis, we have seen many molecules come through our doors. 2-Allylphenol, 98+%, stands out in the landscape of phenolic intermediates. Our team has handled the challenges of synthesizing and purifying this compound, continually focused on process reliability, purity, and user needs. It isn’t just a chemical on a shelf for us; it’s a product shaped by non-stop investment in equipment, know-how, and market feedback.
In our plant, every batch of 2-Allylphenol undergoes close monitoring and tight control of reaction parameters. Through repeated cycles of distillation and careful purification, we consistently keep the impurity profile low. Our finished product runs above 98% purity, with minimal by-products—something you can see reflected in color, odor, and reactivity. This matters for users in fine chemical synthesis and those preparing advanced materials, where trace impurities can ruin entire downstream reactions.
We trade stories with users who need this molecule. Some chemists have arrived with frustration about off-spec batches from other manufacturers: unexpected side-reactions stopped their process, resin formation or color instability killed yield or product stability. When we set out to offer 2-Allylphenol, we made sure to build analytical infrastructure—NMR, GC, and HPLC analysis are in-house essentials, not outsourced afterthoughts. Any batch that falls short goes back into the reprocessing pipeline, even if the cost hurts.
While 98+% purity tells part of the story, our relationship with the molecule is much deeper. The material leaves our facility only after it clears transparency and consistency checks—no more guessing about moisture content or hidden aldehydes. From the drum to the laboratory flask, users report that our lots pour clear and handle in predictable ways. Operators don’t face clumping, uneven flows, or pockets of poorly mixed material. For customers scaling from lab to pilot to full-plant, this means less troubleshooting and more value per shipment.
We pack the product thoughtfully. Whether it’s a drum, a smaller can, or a specialty container for more sensitive applications, the packaging is inert and properly lined, never leaching or interacting with the chemical. Operators in the warehouse and at the end user’s site have given feedback—spills, evaporation, and cross-contamination drop dramatically with these practices.
We have watched 2-Allylphenol make its mark across several industries. In fragrance synthesis, it’s a key intermediate—its reactivity and phenolic backbone open doors for chemists seeking novel aroma molecules. Some of our customers craft advanced resins for coatings, adhesives, and printing ink—here, its allyl functionality speeds up crosslinking, helping to tune film hardness and solvent resistance. Others leverage its effectiveness in agrochemical routes, building up future crop protection molecules where the phenolic nucleus matters for biological activity.
Large-scale synthesis remains challenging. On an industrial reactor scale, 2-Allylphenol has to hold up to heat, pressure, and time. Working with real end-users, we worked out solutions for thermal stability and reduced polymerization during handling. Uncontrolled polymerization can gum up pipes and catalysts. So, early on, our team invested in stabilizer systems and low-temperature storage options, not just at our plant but in shipping and storage advice shared with every customer.
In lab-scale research, reliability wins out. Academic and industrial chemists have shared frustration with inconsistency between bottles or vendors. We engaged with them by sharing lot analysis data—giving researchers what they need to publish reproducible results and protect the reputation of their work.
Over the last ten years, we have tested samples from other manufacturers around the world in our own lab. We found wide variance in peroxide formation, trace metal levels, color stability, and even the delivered identity of the phenol isomer. Some claim to supply 2-Allylphenol but include secondary isomers or higher contaminant burdens, impacting everything from catalyst performance to HPLC calibration.
A few vendors cut corners on solvent dries or air protection, particularly in lower-purity or industrial-only grades. That approach poses problems for anyone needing a clean spectrum or seamless formulation. Our team changed things up by working under a nitrogen blanket, using acid-washed glass-to-glass transfer, and avoiding high-oxygen transfer lines. This experience pays off in longer shelf lives and clean end use.
While other sources often ship phenolic products in unlined drums or reused containers, we have standardized on new, properly labeled containers to control potential sources of contamination. Our QC lab takes random pulls from every shipment for headspace analysis; those lessons have been learned from cases where vendors overlooked something as simple as a poorly cleaned cap leading to peroxide spikes or rust particulate.
No manufacturer can claim a totally static process, especially for a reactive, light-sensitive molecule like 2-Allylphenol. Three years back, a routine review flagged trace halogen content above expectation, traced to cleaning cycles in a reactor previously used for another halide-containing intermediate. After this experience we built a dedicated process train for phenolic specialties. By assigning a team with cross-training in cleaning validation and analytical detection, we never faced that issue again.
Operational efficiency comes from many daily tweaks. Feedstock quality matters—a poor quality allyl halide input can raise by-product formation. We monitor every lot, and we have rejected some lots from suppliers at great short-term pain to our schedule, in order to protect the downstream user.
Worker safety and environmental handling are ongoing priorities. 2-Allylphenol is volatile, and skin contact or inhalation is a concern. Several years ago our team collaborated with industrial hygienists to overhaul PPE protocols and local fume extraction systems. These upgrades allowed us to reduce plant exposure and keep operators safe, even at high throughput.
From the early days, we have heard one constant wish from users: “Don’t just tell me what it is—prove it.” That’s led us to supply comprehensive documentation with every outgoing lot, including batch-to-batch traceability and full impurity reporting. For multi-year customers using hundreds or thousands of kilograms, this tracking becomes part of their own compliance and safety dossiers.
Regulators and end-users push for clarity on residual solvents and halogen content. Meeting these reporting demands isn’t just about paperwork; it’s about maintaining trust so that our 2-Allylphenol doesn’t become the unknown in someone’s formulation. As new analytical techniques become practical, we adopt them, sharing real spectra and chromatograms by request.
Low-purity alternatives sometimes seem cost-effective on paper, but most experienced operators learn the cost of unreliable supply: reactor fouling, off-grade batches, or even costly downtime for purification. Our long-term customers have shown us by their actions and feedback that tight specification adherence is not a luxury—it’s a necessity.
From regular audits to customer visits, every step along our process speaks to a commitment that goes beyond simply making and selling product. We treat 2-Allylphenol, 98+%, as a partnership with users—to support their downstream chemistry and to listen if something is less than perfect. Many improvements in packaging, purity, and documentation have started as a customer request or a report from their plant floor.
We work with engineers and production planners to keep output steady, even as feedstock prices bounce or transport routes grind to a halt. Unlike generic commodity producers, we refuse to dilute quality or relax control just to save on raw material input. That choice can strain margins, but it preserves our reputation and protects relationships built over years of steady supply.
Some might push for a broader product line or specialized customizations. We’ve been honest about our process strengths and limits. If the requirement shifts outside our main production envelope—for example, non-standard isomer ratios or extremely tight impurity limits for pharma precursors—we talk openly about feasibility and timeline. This honesty helps prevent missteps and builds trust. Our R&D team welcomes new challenges but delivers only what stands up under the same rigorous internal scrutiny.
Demand for 2-Allylphenol, 98+% continues to shift as research shapes new applications. We stay in close touch with core markets, adjusting our output and supply chain to avoid the pains of stockouts or long backorders. By holding buffer stock of key raw materials and maintaining dual-source supplier arrangements, we keep production secure even as global market dynamics change. This resilience means fewer surprises for our long-term partners.
Being based near key shipping routes, we can respond and deliver to regional users faster. This has proven invaluable for industries where just-in-time manufacturing is the rule. Even during transportation bottlenecks, we coordinate directly with haulers and provide status updates so stakeholders know where their material stands.
Rarely does a week go by without some new challenge in getting 2-Allylphenol, 98+% to customer sites in the condition they expect. Polymeric buildup in transit, temperature swings, or material compatibility with storage tanks—each has demanded hands-on troubleshooting. We collect customer reports of handling or use issues and apply that information directly to refining manufacturing or shipping practice.
Post-delivery support doesn’t end at the loading dock. Technical staff on our team follow up with users if they report odd analytical data, fouled catalysts, or process deviations. We have replaced whole drums at our cost when we judged even a remote risk that our process could have contributed to the problem. That experience led to new SOPs for cross-contamination checks and trace impurity analysis.
Improvement never happens on paper alone. On several occasions, we dispatched engineering teams to customer sites to help debug processing line issues, delivering tailored solutions—sometimes as simple as better drum heaters or improved venting, other times as involved as chiller upgrades or better filtration. The effort pays for itself through reduced customer downtime, improved product performance, and solidified relationships.
No discussion of manufacturing can ignore sustainability. The phenol industry faces justified scrutiny over environmental impact, emissions, and process safety. Our plant employs closed-loop solvent recovery and has switched to greener reagents as they become practical, reducing waste discharge and lowering net CO2 footprint. We use automated monitoring to cut down on excess energy use, and our waste treatment system routinely outperforms regulatory goals.
Looking ahead, our R&D group is piloting new catalyst systems that further lower unwanted by-products from our process. This research and investment support the future of cleaner, safer factories and push towards a circular chemical economy. Realistically, radical carbon reduction goals take time, but even small steps—like switching to bulk eco-friendly shipping containers or co-funding community environmental programs—have ripple effects upstream and downstream.
We learn the most from the people using our 2-Allylphenol in practice—formulators, industrial chemists, lab managers, procurement officers. Calls or emails reporting a subtle off-note in product odor, a slight change in color stability, or an unexpected solids deposit have led to re-examining upstream steps or supplier input. The best improvements in product quality and reliability nearly always start with a customer voice. We maintain open lines for feedback, including fielding plant visits and third-party audits.
Trust stands as our main currency. Information flows both ways—customers learn about our quality checks and improvements, and we gain perspective on what really matters for their process. Together, this creates a cycle of continuous upgrade, with visible improvements year over year.
As a manufacturer, we see every batch of 2-Allylphenol, 98+% as a testament to careful planning, rigorous process, and listening to what the industry truly requires. This product reflects a history of learning, adaptation, and close cooperation with end-users. The road doesn’t end at consistent output; it means anticipating changes in industry, embracing new methods, and—above all—staying grounded in the real, daily work that chemical manufacturing demands. We’ll keep refining and improving, because good enough rarely is, especially in the hands of users who count on us for reliability every day.
