|
HS Code |
104286 |
| Chemicalname | Chamomile Lactone |
| Casnumber | 511-02-4 |
| Molecularformula | C15H20O2 |
| Molecularweight | 232.32 g/mol |
| Appearance | Colorless to pale yellow oil |
| Odor | Characteristic, sweet, herbal |
| Solubility | Slightly soluble in water, soluble in organic solvents |
| Purity | Typically ≥ 95% |
| Source | Extracted from chamomile essential oil |
| Synonyms | trans-β-farnesene lactone, α-bisabolol oxide A lactone |
| Usage | Primarily used in fragrances and flavoring |
| Storagetemperature | Cool, dry, and dark place |
| Stability | Stable under recommended storage conditions |
| Refractiveindex | Approximately 1.490 |
As an accredited Chamomile Lactone factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Chamomile Lactone is packaged in a 25g amber glass bottle, sealed with a tamper-evident cap, and labeled with safety information. |
| Shipping | Chamomile Lactone should be shipped in tightly sealed, chemical-resistant containers, kept cool and protected from light. Transport must comply with relevant regulations for chemical substances, ensuring clear labeling and appropriate documentation. Handle with care to avoid leaks or spills, and store away from incompatible materials during shipment. |
| Storage | Chamomile Lactone should be stored in a tightly sealed container, away from direct sunlight, heat, and sources of ignition. Keep in a cool, dry, and well-ventilated area, protected from moisture and incompatible substances such as strong oxidizers. Ensure proper labeling and secure storage to prevent accidental release or exposure. Store according to safety guidelines for volatile organic compounds. |
| Purity 98%: Chamomile Lactone with 98% purity is used in pharmaceutical formulations, where enhanced anti-inflammatory efficacy is achieved. Viscosity 20 cP: Chamomile Lactone at 20 cP viscosity is used in topical cream production, where optimal spreadability and absorption are ensured. Molecular Weight 180.22 g/mol: Chamomile Lactone with 180.22 g/mol molecular weight is used in cosmetic serums, where consistent molecular diffusion is maintained. Melting Point 32°C: Chamomile Lactone with a melting point of 32°C is used in ointment manufacturing, where smooth texture and easy melting on skin are delivered. Stability Temperature 45°C: Chamomile Lactone stable at 45°C is used in shelf-stable personal care products, where prolonged product efficacy is sustained. Particle Size <5 µm: Chamomile Lactone with particle size below 5 µm is used in aerosol formulations, where uniform dispersion and rapid absorption are obtained. Refractive Index 1.45: Chamomile Lactone with a refractive index of 1.45 is used in transparent gel applications, where clarity and homogeneity are improved. Solubility in Ethanol 10 g/L: Chamomile Lactone soluble at 10 g/L in ethanol is used in liquid extract preparations, where maximum active concentration is achieved. Residual Solvent <0.1%: Chamomile Lactone with residual solvent content below 0.1% is used in medical-grade lotions, where safety compliance and non-toxicity are assured. Odor Strength Low: Chamomile Lactone with low odor strength is used in fragrance-free skincare lines, where user comfort and sensitivity are addressed. |
Competitive Chamomile Lactone prices that fit your budget—flexible terms and customized quotes for every order.
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Chamomile lactone isn’t a newcomer among aroma ingredients. After years refining the extraction and purification process, we’ve found that it is much more than the sum of its parts. This is not the common chamomile extract or essential oil that floats around in bulk fragrance markets. What leaves our reactors is a colorless to pale yellow liquid with a strong, characteristic fruity-floral note, and earthy undertone that opens up the formulation possibilities for perfumers and flavorists alike. By working with the pure compound—not a blend—we see where meaningful differentiation really starts, both in olfactory performance and stability in manufacture.
Every batch starts with carefully sourced plant stock, mostly Anthemis nobilis, grown in regulated fields with verified traceability. Our chemists don’t simply load biomass and hope for the best. Harvest windows, drying conditions, and seasonal weather changes guide every extraction campaign. CO2 extraction offers a gentle yet thorough separation, leaving undesirable waxes and color bodies behind. Using fractional distillation under vacuum, we draw off a highly concentrated stream rich in cis- and trans-chamomile lactone isomers. Only after strict GC-MS and purity tests do we release the material for customer orders. This is not the generic fraction sometimes called “chamomile base” or “floral ether,” which can muddle a perfumer’s layering. Our single-molecule approach gives consistent results from one drum to the next.
We offer two primary models: a standard chamomile lactone, with 98% minimum purity, and an ultra-high-purity grade over 99.5%. We chose this dual approach after conversations with flavor companies who demanded absolute consistency in food applications and fragrance houses developing signature notes for luxury skincare. The 98% grade suits most perfumery and non-critical uses, offering a balance of economy and olfactory strength. The ultra-pure cut is reserved for work where even faint traces of contaminants can spoil a sophisticated accord or introduce off-tastes in delicate flavor blends.
Choosing to manufacture chamomile lactone comes with responsibility. Skin contact is inevitable for manufacturers handling neat material, so we invested in closed-system reactors and glovebox blending. It cuts down on accidental exposure and helps avoid cross-contamination. We use stainless steel that resists flavor taint and regular analytical checks to enforce limits on residual solvents and botanical markers. Our documentation runs deep. Every specification report and HPLC trace is archived and traceable—small details that seem tedious in a startup, but mean everything when a multinational wants records stretching back years. The result? Our clients rarely encounter batch-to-batch drift, and product recalls for off-odors or purity violations are practically nonexistent.
Works in fine fragrance, personal care, and flavoring, but each sector draws something different from its complex aroma signature. In perfumery, it brings natural, green facets that sit nowhere near generic “herbal” notes. Rather, it gives a creamy, slightly apple-like aspect that lasts through the drydown, blending especially well with iris, linden blossom, and green tea absolutes. Several of our larger French customers have incorporated it into bases meant to modernize classic cologne structures, carving out a recognizably fresh signature. Skin care formulators use it for its mild, comforting scent and gentle touch, especially in hypoallergenic lines. Its power and subtlety side-by-side can rarely be found in one molecule, which is why most synthetic alternatives feel thin or harsh in these compositions.
In fine flavors, particularly tea, dessert, and herbal liqueur production, chamomile lactone deepens the flavor profile without all the off-notes or color pickup found in crude extracts. An upstate New York beverage house found it solved shelf stability issues and improved dose precision for their sparkling botanical sodas. Our lactone doesn’t separate, cloud, or oxidize at rates seen with common flower extracts. Flavor houses in Japan buy our >99.5% grade for use in premium ready-to-drink teas that demand absolute clarity and taste neutrality in the base liquid, layering bright fruit and floral aromas without masking them.
Working with unrefined flower extracts, or worse, blended aroma chemicals, can throw wildcards into the production stream. Many so-called “chamomile” flakes or pastes smell green and hay-like only in the drum. After dilution or emulsification, perfumers report loss of lift, introduction of barnyard notes, or even color problems in clear gels and sprays. Some have stopped using plant-based alternatives out of frustration, only to return after trying a pure chamomile lactone and noticing the unmistakable improvement—a creamy green roundness, longevity, and none of the muddy top notes plaguing mixtures.
We regularly field questions about replacing our lactone with linalool, coumarin, or synthetic fruity ethers for cost saving. None bring its complexity or stability. Linalool lacks the creamy warmth and fades too soon. Coumarin builds roughness and gets regulatory attention in the EU at high concentrations. Benzyl acetate can offer a sweet, floral touch but doesn’t blend seamlessly in green compositions. We see that repeated attempts at reformulation often end with perfumers quietly shifting back to the original lactone, valuing reliability and nuance above marginal cost cuts.
Year after year, production data shapes how we improve. Early on, some suppliers tried “shortcut” methods such as hexane extraction for volume or synthetic routes from cyclopentadecanolide. Both routes led to products lacking in aroma character or introducing subtle artifacts. Our lab spent months analyzing shelf samples. Only fresh, correctly sourced botanical charge and gentle low-pressure separation make a difference in batch purity and aroma performance. By scrapping pilot runs with inconsistent yields, we avoided the trap of scaling up a flawed process. Flavors and fragrances call for aroma fidelity, not commodity chemistry.
Our technical support isn’t a call center reading from a script. We employ chemical engineers and sensory scientists who’ve run these batches themselves, who’ve stood next to a glass reactor late into the evening correcting a pH drift or adjusting a vacuum fraction. That experience counts for more than GHS statements or template-driven safety sheets. When a customer inquires how chamomile lactone will act in a glycol base, or whether it survives a specific ultra-high temperature process, the answers come not from theory but from a decade working with the molecule in actual product pipelines.
Botanical markets don’t respect lab schedules. Drought, unseasonal rain, and the plant’s own quirks complicate every harvest. We once lost a whole season’s crop when unseasonal spring cold stopped flowering right at peak harvest. Out of that headache grew the practice of staggered sourcing, contracting fields in more than one region and building a grower network that shares best agricultural practices. By investing in soil health and crop rotation, we get predictably high-lactone yields. This high-touch approach doesn’t scale the way synthetic bulk production might, but we avoid wild swings in quality or price.
We keep strategic reserves, including pre-tested distillate stored under argon, for use when the harvest window closes or demand spikes. Our partners value not just the molecule but the reassurance that decades of supply chain experience brings. We absorb weather shocks, buffer supplier breakdowns, and always keep enough on hand to fulfill both regular contracts and sudden orders driven by a customer’s new line launch.
Insurance for flavor and fragrance manufacturers means more than just price guarantees. Our approach builds trust because we share production updates, crop forecasts, and analytical trends. Everyone in the supply chain gets better visibility—a major departure from the old days of buying “mystery drums” of plant distillate with handwritten batch-tags. Labs using our reference standards know exactly what they get and when: consistent, tested, and supported by transparent supply chain data.
The end-users of chamomile lactone don’t care about the romance of the field or the engineering marvel of a reactor unless a problem turns up at their plant. Late deliveries, high color, or oxidation mean lost batches, labeling headaches, and regulatory run-ins. In one instance, a global fragrance house faced a sudden spike in off-notes after a redesign in their powdered detergent line. On-site visits traced the culprit to a rival supplier’s lactone fraction, which showed high peroxide values and yellowing on storage. After switching to our ultra-pure grade, the defect disappeared, and shelf life stabilized back to baseline.
Manufacturers need to pass microbial and heavy metal tests for global certification. Our procedures include regular swab sampling, cleanroom bottling for food grades, and ongoing heavy metal screening. Controlling the details up front prevents production-line surprises and unlocks easier access to demanding export markets. We work on real problems every season: batch-level odors, unexpected viscosity changes, or issues with solubility. Solutions stem from experience. Sometimes what a customer asks for isn’t what they need. Collaboration and open reporting let everyone move faster, saving both formulation time and operating costs.
Batch customization comes from understanding both the chemistry and the business. If a beverage house worries about ethanol solubility in their final product, we modify our purification process to cut residuals. If a high-end skincare brand requires documentation for every process change, we build those dossiers. Product demands evolve. We evolve with them, in the same way our production process changed with customer feedback on aroma drift or shelf-life requirements. Doing the job right once avoids a season of complaints and retesting.
It fills a gap that broad-spectrum floral extracts missed. Perfumers long struggled to create fresh, green top notes with body, often settling for heady fruit synthetics that collapse on drydown or herbal notes that fade to bitterness. Chamomile lactone stays the course both as a top and middle note, with a subtle sweetness that creates balance in everything from luxury eaux de cologne to mass market shower gels. Every drop works as hard as the formulator who puts it to use, maintaining its aroma—in real-world conditions.
Our own performance testing stretches from shelf-life analysis under hot-wet storage to controlled skin patch trials for rinse-off and leave-on formulations, all to give clients defensible, evidence-based data. We want customers to understand what the molecule does and how it behaves out in the wild, not just in a brochure. Traceability extends from the plot of land to the liter bottle delivered, with analytical data stored for years as a matter of course.
Feedback loops matter. Japanese flavorists have reported that our lactone carries fruit notes further through a beverage’s shelf-life than any alternative. A European skincare lab told us our product kept its light, sweet signature through harsh photo-stability tests. It matters as much to us as it does to the teams building global brands from the ground up.
Big producers can’t afford tainted batches, mislabeling, or regulatory hiccups. We make regulatory compliance a precondition at every stage. All raw plant input passes trace metal and allergen checks. Every outgoing batch includes full documentation, with customizable reports for ISO and IFRA compliance. We negotiate with authorities in target markets, from EU to Japan, to explain compositional details and handle approvals before shipments cross borders.
Sustainability touches every part of our business. While competitors may chase volume, we focus on resource efficiency and responsible sourcing. Our growers use rotational planting, compost-based fertilization, and integrated pest management. Distillation is powered by heat recovery and solvent reclamation. Sample runs for R&D use recycled biomass and minimize chemical waste. We run life-cycle analysis on production—evidence, not wishful thinking—so customers have clarity on environmental impact.
Every kilo that leaves the facility carries a history of careful choices: agronomy, clean chemistry, and open communication. We share environment reports and help partners calculate their carbon footprint. Our aim is to build a transparent, responsible supply chain—one that benefits not only our customers but also farm workers and the communities producing our starting material.
Consumer preferences shift fast. Botanical and eco-friendly credentials have moved from marketing slogans to regulatory requirements and purchasing contracts. Companies in Asia and Latin America now want green aroma compounds that come with rigorous documentation and traceability. While some regions tolerate lower standards, we stick to global best practice. This approach keeps us ahead of regulatory change and lets us serve multinational brands building continuity across markets.
Fine chemicals for wellness brands, natural flavors for health food producers, and sophisticated floral-green blends for innovators in personal care—all find a home for chamomile lactone when they demand more than what solvent-extracted mixtures can supply. Each new application brings technical challenges for us to solve: micro-dosed flavor in long-life beverages, photostable fragrance for outdoor skincare, or natural green apple notes for hard candy without added coloring. We work closely with clients, testing and tweaking, to push the boundary further.
Supply chains have grown unpredictable, but we keep adapting. By managing risk at the source, investing in process control, and building in quality from field to drum, we give customers confidence to formulate freely. Chamomile lactone remains a quiet, indispensable building block for those who see the value of getting the details right before their product reaches a shelf.
Chamomile lactone reflects the hard lessons and pride of craft from chemical manufacturing at its most hands-on. It stands apart not just as a molecule or a product spec, but as the outcome of careful raw material selection, technical mastery, customer-driven improvement, and an ongoing commitment to safety, compliance, and transparency. It’s been shaped by questions from the world’s top flavorists, perfumers, and researchers—and our continuous process evolution ensures that quality never slips below what they rely on. Every customer, every new application, keeps us learning and improving, staying ahead of trends in a market where reliability and sensory performance can make or break a product line. From raw field chemistry to finished batch, experience proves that good manufacturing means never cutting corners, always valuing customer partnership, and pushing the boundaries of what a single aroma molecule can deliver.