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HS Code |
230005 |
| CAS_Number | 120-08-1 |
| Molecular_Formula | C17H18O2 |
| Molecular_Weight | 254.33 g/mol |
| Appearance | Pale yellow solid or oil |
| Odor | Clove-like aroma |
| Melting_Point | 58-59 °C |
| Boiling_Point | 370 °C |
| Solubility_in_Water | Insoluble |
| Density | 1.09 g/cm3 |
| Refractive_Index | 1.595 (at 20 °C) |
| Flash_Point | 176 °C |
| Purity | Typically ≥98% |
| Synonyms | Cinnamyl eugenol, 2-Methoxy-4-(3-phenyl-2-propenyl)phenol |
| Storage_Conditions | Keep in a cool, dry, and well-ventilated area |
| Stability | Stable under normal conditions |
As an accredited Cinnamyl Eugenol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Cinnamyl Eugenol is packaged in a 500g amber glass bottle with a secure screw cap, labeled for laboratory use. |
| Shipping | Cinnamyl Eugenol should be shipped in tightly sealed containers, protected from light, heat, and moisture. It must be stored at a cool, well-ventilated location, clearly labeled, and handled following standard chemical safety protocols. Ensure compliance with local regulations for transportation of chemicals. Avoid contact with oxidizing agents during shipment. |
| Storage | Cinnamyl eugenol should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. The container must be tightly sealed and made of compatible materials, such as glass or specific plastics. Avoid storing with strong oxidizers or acids. Ensure the storage area is equipped with spill containment and appropriate labelling to prevent accidental exposure. |
Applications of Cinnamyl Eugenol in Industrial ManufacturingCinnamyl eugenol, produced with precise quality assurance at our facility, serves unique functions in specialized downstream markets. Its molecular properties make it a valued additive across various sectors where regulatory rigour, formulation challenges, and process efficiency define competitive production. Here, we detail its key application scenarios, including industry-specific norms, process integration, and the manufactured end products that consistently rely on this ingredient. 1. Fragrance Compounding for Fine Perfume ManufacturingPerfume houses apply cinnamyl eugenol as a high-impact modifier to create spicy, balsamic, and floral heart notes. It brings complexity to oriental, woody, and fantasy fragrance bases, and supports accord structure in both mass-market and niche formulations. Technical staff select this ingredient particularly for middle-phase blending, as its chemical stability under common perfumery reaction conditions ensures olfactive fidelity from compounding to end product shelf life. Industry compliance standards
Typical usage ratio
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2. Flavor Ingredient for Chewing Gum and ConfectioneryProducers in the food sector use cinnamyl eugenol to deliver spicy-sweet, clove-like undertones to specific confectionery. In chewing gum formulations, it functions both as a primary flavor component and as a flavor fixer, improving perception over extended mastication. Strict controls on dosage and purity are paramount to comply with international food additive legislation and to prevent off-taste development in high-sugar matrices after thermal processing. Industry compliance standards
Typical usage ratio
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3. Aroma Additive in Tobacco and Shisha ManufacturingTobacco processors integrate cinnamyl eugenol as a flavoring to smooth harshness and impart a sweet, spicy background in reconstituted tobacco and hookah blends. Unlike many aroma chemicals, its volatility profile suits low-temperature flavoring, avoiding flavor loss during subsequent curing or air-drying phases typical in cigarette and shisha production. Industry compliance standards
Typical usage ratio
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4. Essential Oil Modifier in Aromatherapy Oils ProductionProducers of aromatherapy oils employ cinnamyl eugenol to balance or intensify complex essential oil blends, especially those intended for mood enhancement or relaxation. Its compatibility with common botanical extracts enables precise adjustment of top and middle notes in diffuser oils, massage blends, and therapeutic preparations, without promoting phototoxicity or affecting base oil stability over shelf life. Industry compliance standards
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5. Aroma Stabilizer in High-Grade Detergent and Soap ManufacturingFormulators for premium detergents and soaps select cinnamyl eugenol for its role in stabilizing and extending floral and spicy fragrance impact in finished goods. Its chemical endurance ensures that delicate scent profiles resist loss during saponification, spray-drying, and high-temperature drying stages, supporting consistent consumer perception of luxury and freshness in household and personal care products. Industry compliance standards
Typical usage ratio
Downstream process integration
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Cinnamyl eugenol, as manufactured directly in our facility, does not come off an anonymous production line. Each batch stands as the product of skilled hands, tested protocols, and an ongoing effort to master both chemistry and consistency. For years, we have worked with aromatic compounds, and cinnamyl eugenol remains one of the most striking examples of how chemistry and craftsmanship combine. It holds a molecular identity that keeps it distinct from both its parent molecules—cinnamyl alcohol and eugenol themselves. This compound delivers a recognizable fragrance, a hint of spice and floral depth, welcomed by perfumers, cosmetic formulators, and those of us who supply the industries that need reliability with every shipment.
Through iterative process control and decades of lab work, we have refined our production methods for cinnamyl eugenol. The confidence in each lot—manifested in clean analytical reports and repeatable outcomes—lets us speak openly about what makes authentic cinnamyl eugenol special. The color runs pale to light yellow, oil soluble, and the GC purity we achieve exceeds 98%, verified in-house before every dispatch. Customers working on high-grade perfumes or complex flavor bases turn to us time and time again, because the aromatic spectrum of true cinnamyl eugenol pushes beyond what generic blends or knockoff imports ever manage to deliver. The spicy-floral aroma, somewhere between cinnamon leaf and clove bud, holds its body whether in top note, heart, or even residual base.
For anyone buying chemicals from a source that trades in anonymity, product drift becomes a real headache. We have documented the risks: shifts in scent profiles, unpredictable reactivity, and inconsistent solubility. Genuine manufacturing, managed from sourcing to final filling, means each customer gets the same olfactory experience and reactivity run after run. We use pharmaceutical-grade raw materials, target a specific isomer profile, and build in redundancy at each stage of synthesis. All of our reaction vessels are stainless steel and glass-lined, with nitrogen blanketing and a strictly enforced cleaning regime. This attention to process not only ensures the intended aromatic quality but also minimizes the presence of phenolic tars, unreacted precursors, or off-flavors that can ruin a sensitive fragrance application.
We chose to commit to in-house manufacturing for a reason. Fragmented supply chains can introduce uncertainty—especially when exotic aroma compounds are involved. Through direct control over every step, we avoid the pitfalls we’ve seen industry peers struggle with. Product recalls, mysterious changes in product profile, and conversations with customers about “odd batches” have never been our story. Instead, we foster open communication with our buyers, especially the technical and regulatory teams, so that all expectations and compliance needs are clear from the first inquiry to the ongoing shipments over years.
Every lot of our cinnamyl eugenol undergoes GC-MS, FT-IR, and NMR analysis. Our researchers go beyond basic purity metrics—they chart the relative concentrations of isomers, key aroma-active contributors, and byproducts known to impact the footprint and safety assessment. Having worked with a variety of aroma and flavor houses, we know how small fluctuations in structure can impact stability and allergen content, especially after dilution in ethanol or storage in aluminum drums for months at a time. The assurance of stability under real distribution and compounding conditions defines the difference between a trusted raw material and an unreliable one.
The technical specifications come to life in use. In fragrance design, customers demand consistent evaporation profiles and melds with citrus, spice, or wood notes. Our product resists phase separation, keeps clarity in compounded alcohol, and survives accelerated aging tests with minimal change to its olfactory profile. Smaller producers and multinationals alike ask for our material by name, having tested it against Chinese and Eastern European alternatives that often arrive below label purity and perform inconsistently in both open and closed systems.
It’s worth discussing where cinnamyl eugenol fits—what makes it different from discrete batches of eugenol, cinnamyl alcohol, or synthetic blends promoted under similar names. In our practice, the nuances matter. Eugenol alone delivers power and intensity, sometimes bordering on harshness, especially when used above 0.1% in finished fragrance or flavor. Cinnamyl alcohol reads softer, cleaner, but lacks the robustness and long-lasting imprint. When skilled compoundsmen blend both in lab settings, the results often lack the seamless, rounded profile that true cinnamyl eugenol supplies. Our customers report that the finished product gives not only the sought-after carnation and clove notes, but reveals transformative qualities when paired with aldehydes, musks, or vanilla bases. It leaves a persistent, harmonious warmth that generic substitutes can’t provide.
Beyond aroma, the molecular backbone of cinnamyl eugenol brings chemical utility that other analogues miss. In advanced cosmetic and personal care formulations, the balance of polarity and hydrophobicity enables superior solubilization in lipid phases, even where other aroma chemicals precipitate or separate. On the flavor side, the compound adds complexity to spicy, floral, or even fruity profiles, broadening the pantry for flavorists who seek a cleaner, longer-lasting backdrop than eugenol or cinnamyl alcohol can offer on their own. Large food manufacturers and boutique artisanal producers alike appreciate this reliability, which translates directly to shelf-stable, repeatable, and regulatory-compliant end products.
We invest in several grades of cinnamyl eugenol tailored for customer requirements. Our most requested model runs at >98% GC purity, meeting the demands of European and American regulatory authorities for fragrance and flavor use. We also produce a technical grade for certain industrial clients needing large-scale volumes for intermediate synthesis and polymer modifier applications. While the technical grade meets the demands for bulk industrial processing, only our premium grade sees use in FDA- and IFRA-guided compounding for consumer products.
To serve more specialized applications, we can fractionate further, offering lots with defined isomer ratios. Some perfumers and researchers have requested a highly enriched trans-isomer product, prized for its longevity and clean drydown. For nutritional and ingestible flavor use, we include full trace analysis, batch allergen panels, and residual solvent documentation with each order. Having spent decades in this field, our records show the recurring benefit of investing in higher purity and deeper characterization, especially when scaling up from R&D to constant production.
As manufacturers, we see firsthand how safety, transparency, and accuracy underpin the trust we’ve built. Each shipment travels with full CoA, supported by retained internal reference samples, so questions or disputes resolve quickly. By keeping our own scientists involved in customer conversations, we don’t pass off technical due diligence to third parties. This matters in sectors where trace allergens, nitrosamine precursors, or unintended byproducts might pose compliance issues downstream. Rather than hiding behind generic datasets, we invite our technical partners and clients to audit us, review our batch documents, or discuss process changes before implementation.
Having witnessed and contributed to the evolution of both REACH and IFRA guidelines, our documentation is tailored for regulatory submission—no surprises, no missing data, no hand-waving about analytical uncertainty. We have worked directly with multinational QA/QC teams, adjusting documentation formats and reporting deeper impurity panels. Where customers ask for full analytical packages for their own due diligence, we provide direct access to the chemists who make their batch, not office staff who know only catalog specs.
Formulators building luxury fragrances often reach for our cinnamyl eugenol to bridge difficult gaps between spicy heart notes and delicate floral or balsamic accents. Its structure locks in the spicy top note of cinnamon or clove, layered with the deep, narcotic warmth needed to lend gravitas to any complex fragrance pyramid. In soaps and personal care bases, it survives caustic saponification, maintaining body and aroma over a full shelf life. That stability has brought us steady clients among both boutique and mass-market soap manufacturers—those who trust that they won’t get call-backs for “off” batches or skin reactivity they hadn’t anticipated.
Food and beverage production presents its own challenges, where purity and organoleptic stability are under greater scrutiny. Flavorists prefer our material for its absence of phenolic off-tones found in some low-cost imports. In fruit-inspired sodas and spice blends, a touch of our product adds lasting depth, eliminating the need for higher concentrations that can veer toward medicinal aftertaste. We support custom blending, and can introduce the material in easy-to-use dilutions, according to the needs of both large and small volume users.
Those who only sell or trade in finished chemicals don’t see the challenges of scale-up, raw material sourcing, or the complexity of keeping a living process safe and robust. Our team works every day with these realities—from the challenge of strained supply lines to the continuous calibration and overhaul of reactors and distillation equipment. We keep rigorous logs, not just for compliance but for quality—tracking trends, troubleshooting, and learning from results with every new lot. Customers don’t just get a drum; they receive a traceable product, complete with manufacturing pedigree and the support of the chemists behind the process.
We have seen what happens when supply chains loosen standards, and have fielded urgent calls from buyers who once tried resellers or volume traders, only to discover unwanted shifts in quality, safety, or documentation. For those who value not just the cost but also the reliability and accountability behind a product, authentic manufacturer involvement makes the difference every year, every batch.
Producing cinnamyl eugenol at commercial scale brings more than just chemistry. Every year, formulation requirements shift—sometimes driven by regulatory updates, sometimes by new analytical discoveries about allergens or trace contaminants. Our process improvement team stays current with IFRA amendments and European Commission cosmetic regulations. Where customers develop innovative uses, our pilot plant runs collaborative trials and tests stability under new formulation regimes. We welcome these projects, because they provide not only commercial rewards but also scientific insight. Many of our process tweaks or purification steps have emerged from open exchange with applied research partners.
We have run side-by-side batches to optimize not just output but purity, odor profile, and safety. In some years, adjusting the reaction temperature and time curves brought an unmistakable improvement in both yield and clarity of aroma. Other times, tightening the sources and grade of base alcohols or stabilizers opened the way for new documentation claims, making life easier for downstream customers dealing with regulators or end users. There’s always something new to learn or some aspect to push further—even with a molecule as familiar as cinnamyl eugenol.
The aromatic chemicals landscape never stands still. As global trade adapts and consumer tastes evolve, manufacturers feel both the challenge and the reward of producing to specification rather than “just enough.” We stay nimble—tracking not just commodity trends, but shifts in consumer and technical formulations. Three years ago, demand surged from the natural perfumery segment; our team responded with additional analytical and process transparency, giving buyers confidence to label their own products with accuracy. In other seasons, we fielded urgent requests from food safety auditors needing full supply chain documentation and allergen traceability, requirements our manufacturing and stewardship teams could meet without delay.
We regularly talk directly to perfumers, flavorists, and R&D managers building the products that define everyday experience. Their questions about molecule drift, olfactory thresholds, and reaction byproducts help shape the incremental process improvements we pursue every season, making batches safer, cleaner, and more recognizable over time.
Our facility runs on a philosophy that does not separate product quality from environmental stewardship. Many of our reactors utilize closed loops for process water and solvents. We are constantly auditing energy and raw material use, balancing the need to meet customer timelines with responsible production choices. Regulatory compliance is a baseline—true stewardship means continuous improvement, from feedstock traceability to reuse and treatment of byproducts. Longstanding partnerships with suppliers allow us to press for ethical sourcing and fair labor conditions.
Our waste is minimized through on-site solvent recapture and energetic valorization of residues—measures that support both cost management and the values we share with many of our legacy buyers. By running a fully traceable, managed chemical process, we offer a product that stands apart not just in the laboratory, but in its impact on the world beyond.
Chemical manufacturing carries responsibility beyond audits and certificates. The true measure of a supplier goes beyond product specifications to their willingness to listen, adapt, and provide access to real expertise. When our partners have novel requests, urgent formulation issues, or a need for deeper technical insight, they get the direct line to the team involved in making and testing the batch. That openness fosters the confidence needed to launch new products, adjust specifications, or face unexpected challenges without compromise.
The relationships we have with buyers—some going back decades—are based not just on product, but on shared pursuit of reliability and excellence. Our work refining cinnamyl eugenol over the years stands at the intersection of chemistry, process discipline, and straightforward human interaction. We know that in an industry full of variables and shortcuts, proven manufacturing and direct accountability build confidence and drive lasting value.
Every kilogram of cinnamyl eugenol that leaves our facilities represents experience, learning, and the discipline of doing real manufacturing the right way. Our team takes pride in knowing that what we produce today will find its way into finely crafted perfumes, cherished personal care products, and foods that rely on both purity and character. We see our work as not just filling orders, but supporting the industries and individuals who value safety, performance, and honesty in every formulation.
That feeling of craftsmanship, pride in process, and direct responsibility for outcome shapes everything we do. The familiarity with both science and customer context—recognizing the details that matter and the history behind each batch—is the real added value a manufacturer delivers. We believe cinnamyl eugenol should never be just a component; it should embody the continuity of quality and integrity. For us, the difference between a mass-market chemical and a trusted material starts, and ends, in the details only those who manufacture truly understand.