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HS Code |
943531 |
| Product Name | Sweet Basil Ether |
| Cas Number | 8015-73-4 |
| Ec Number | 283-900-8 |
| Appearance | Clear, colorless to pale yellow liquid |
| Odor | Herbaceous, sweet, anise-like |
| Main Component | Methyl chavicol (estragole) |
| Solubility | Insoluble in water; soluble in alcohol and oils |
| Boiling Point | 216°C (approximate, varies by composition) |
| Flash Point | 75°C (closed cup; approximate) |
| Extraction Method | Steam distillation of Ocimum basilicum leaves |
| Refractive Index | 1.490 – 1.510 (at 20°C) |
| Density | 0.960 – 0.980 g/cm³ (at 20°C) |
| Use | Flavoring, fragrance, aromatherapy |
As an accredited Sweet Basil Ether factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sweet Basil Ether is packaged in a 100 mL amber glass bottle with a secure screw cap, labeled with safety and handling instructions. |
| Shipping | Sweet Basil Ether is shipped in tightly sealed, chemical-resistant containers, protected from moisture, heat, and direct sunlight. Containers are clearly labeled and handled according to chemical safety regulations. Shipping complies with all local, national, and international transport guidelines for hazardous goods to ensure safe and secure delivery. |
| Storage | Sweet Basil Ether should be stored in a cool, dry, and well-ventilated area, away from heat sources, ignition points, and direct sunlight. Keep the container tightly closed and clearly labelled. Store separately from oxidizing agents, acids, and incompatible chemicals. Use approved safety containers and ensure proper secondary containment to prevent spills. Follow all relevant safety and regulatory guidelines. |
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Purity 98%: Sweet Basil Ether with 98% purity is used in high-performance fragrance formulations, where enhanced aromatic intensity and consistent olfactory results are achieved. Molecular Weight 180 g/mol: Sweet Basil Ether with molecular weight of 180 g/mol is used in pharmaceutical flavor masking, where improved compound volatility and flavor balance are provided. Refractive Index 1.49: Sweet Basil Ether with a refractive index of 1.49 is applied in beverage flavor emulsions, where superior dispersion and optical clarity are ensured. Boiling Point 193°C: Sweet Basil Ether with a boiling point of 193°C is used in food extract manufacturing, where thermal stability during processing is maintained. Stability Temperature 45°C: Sweet Basil Ether stable up to 45°C is utilized in cosmetic essence blends, where long-term shelf life and fragrance integrity are preserved. Density 0.87 g/cm³: Sweet Basil Ether with density of 0.87 g/cm³ is used in aroma encapsulation, where efficient microencapsulation and controlled release are facilitated. Solubility in Ethanol: Sweet Basil Ether soluble in ethanol is used in herbal tincture production, where rapid ingredient homogenization and product clarity are obtained. |
Competitive Sweet Basil Ether prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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Sweet Basil Ether stands out among specialty aroma chemicals for its fresh, nuanced scent profile and its proven consistency in performance. Drawing on decades of hands-on manufacturing experience, we offer this product not only as a carefully controlled ingredient but also as a representation of the progress and attention to detail that shape our daily work. Many industries seek out this compound to infuse precise, long-lasting notes in flavors and fragrances. We manufacture Sweet Basil Ether with control over every step—from sourcing raw materials through to distillation and precise purification—so every batch reaches customers with the clean, unmistakable qualities demanded by creative professionals and technical formulators alike.
This product traces its character back to the sweet basil plant, known for its vivid, uplifting aroma. Transforming that natural essence into an ether compound, though, takes more than basic extraction. Through advanced separation and purification techniques, our teams isolate the signature ether component, steering clear of overwhelming herby notes or grassy off-flavors. It takes skill, patience, and a well-equipped facility to capture the best elements while setting aside the ones that might cloud or muddy the result.
Over the years, we have invested in equipment that provides us with control over reaction conditions and fractionation. By dialling in precise boiling ranges and carefully monitoring purity at every stage, we can reproduce batches of Sweet Basil Ether with a consistency that is vital for large-scale fragrance and flavor production lines. Quality relies not just on the right machines but on a workforce that understands the nuances involved—from preservation of raw botanicals to the impact of even minor changes in solvent selection or reaction timing.
Every kilogram of Sweet Basil Ether that leaves our factory results from a series of exacting steps. Typically, our product takes the form of a clear, nearly colorless liquid, with a boiling point tuned for safe and practical use in both food and cosmetic settings. The aromatic notes veer sweet, green, and lightly spicy, far removed from heavier anise or tarragon odors sometimes found in competing materials. Purity levels meet demanding industry standards each time—and our ongoing investment in analytical equipment means regular, detailed reports verifying aldehyde, alcohol, and contaminant traces.
Just as important as analytical numbers is the product’s performance in real-world applications. Whether it’s a multinational brand crafting new beverages or an artisan perfumer fine-tuning a top note accord, feedback often centers on reliability: batches show nearly zero deviation, and the intensity does not fade or turn harsh in blends exposed to air, light, or gentle heat. Our team tracks customer sample outcomes, using each comment or test result to drive yet greater accuracy in production. Such evidence takes the guesswork out of formulating, as the expectation set by a sample remains true once the ingredient reaches factory scale.
Sweet Basil Ether finds a natural home in kitchens and laboratories seeking clean, botanical flavors. Beverage formulators rely on its subtle brightness to balance citrus, berry, or mint ingredients, while confectioners appreciate how a few drops can enhance sweet top notes without turning cloying or overpowering backgrounds. Some of the world’s leading flavor houses keep this molecule on hand for its unique ability to evoke freshness and authenticity, particularly in Mediterranean-inspired profiles. Professional chefs testing new recipes also report a use for this product: a whisper in syrups, honeys, or fruit compotes can elevate the overall effect without announcing itself as basil, keeping attention on the food rather than the formulation.
In perfumery, Sweet Basil Ether works best for those who need vivid, modern top notes with a green twist. It partners well with citrus bases, leafy accords, and transparent florals, adding body and complexity without the medicinal or camphorous notes that sometimes sneak into less carefully made extracts. Whether in fine fragrance, personal care products, or home care lines, this material helps lift a formula, offering lift and clarity.
Its chemical stability also translates into practical value for soapy products, shampoos, sprays, and cleaners. Unlike raw plant oils or some synthetics, Sweet Basil Ether keeps its character during emulsification and can handle the wide range of pH or dissolved solids in such finished formulations. Years spent in collaboration with R&D teams have shown the compound outperforms certain alternatives in shelf life and batch-to-batch uniformity, meaning less time troubleshooting and revalidating formulas.
We see new inquiries every month from formulation teams frustrated by the variability of botanical extracts or the harshness of generic ethers. Our experience suggests Sweet Basil Ether’s value comes from pinpointing important distinctions. For one thing, raw basil oil delivers a much broader—and sometimes jarring—aromatic spectrum, while lower-purity ethers derived from unstable feedstock can tilt toward bitterness or off-notes. Instead, our model relies on tight feedstock control, batch documentation, and active calibration of analytical protocols.
We source plant material from consistent origins, tracking cultivar, soil, and harvest timing, because that is where stability begins. Laboratory staff use chromatography that pinpoints relevant flavor-active compounds at concentrations measured in parts per million, keeping unknowns out of the final product. These results enter a shared digital system, so production managers always receive near real-time feedback. In practice, this tight loop between measurement and process design has helped us spot the causes of small color changes, fluctuations in volatility, or off-odors, addressing them before they become problems for customers.
Our scale allows for both small, tailored runs and high-volume production, giving direct access to end users who want technical support that responds quickly. We do not rely on third-party blenders or re-packagers. Each container carries the same assurance of provenance, identity, and purity—direct from the source—backed by records of every step taken in manufacture and shipment. Customers have ready access to our formulation chemists, who take pride in advising on technical hurdles. This access reduces risks for product developers navigating shifting regulations or brand quality targets.
Some competitors offer basil oil fractions or simple ether blends, but our clients confirm that off-note masking turns into a time-consuming frustration. Sweet Basil Ether’s clean sensory profile saves time during both product development and quality assurance checks. We view customer feedback as validation that investment in refining and analytical method development pays back over the long term. Some alternatives have lower raw material costs or slightly higher yields per batch, but our focus remains on what end users actually experience in their products: no distracting bitterness, improved solubility, and seamless sensory integration in both base and modified forms.
Generic basil ethers or fractionated essential oils sometimes tempt with tempting price points, yet these bring additional challenges—unstable aroma, high pesticide residues, or poor thermal stability. By focusing on consistent purification, proactive plant sourcing, and strict contaminant control, our batches sidestep these common pitfalls. Few alternatives match our spectrum of performance, from bottled shelf life through to customer-ready compliance data. This is not an accidental result, but the outcome of long-term cooperation between our raw material suppliers, in-house chemical engineers, and the customers who guide our development priorities through regular, detailed feedback.
Every part of the Sweet Basil Ether supply chain meets major regulatory requirements for flavors and personal care ingredients. We register and validate documentation for allergen, solvent, and contaminant residues, staying current with evolving guidelines in key export markets. Full technical dossiers accompany shipments destined for new product launches, and our on-staff compliance experts work with quality assurance teams at destination companies to take the guesswork out of ingredient approval cycles.
Chemists and safety managers share data from thermal and chemical stability tests conducted on each run, so that anyone formulating with our product can anticipate the results in their own manufacturing environment. This transparency builds trust for clients who rely on routine batch release of finished goods, avoiding last-minute delays or regulatory surprises. We also offer prompt support for any unplanned spike in analytical numbers—work done by teams trained over years in plant-based molecule analysis, not outsourced to anonymous labs.
Sustainability and responsible operations anchor everything we do. We operate integrated waste streams for byproducts, and separate recoverable solvents for internal reprocessing. Technological improvements in distillation and purification have allowed us to lower energy use per liter, while regular investments in atmospheric controls mean odors and volatile emissions stay below ever-tightening limits. These choices protect not just the environment but also our workers—the same group that takes pride in feedback from customers and the trust placed in every drum that leaves our gates.
Our agricultural partners receive regular visits and technical training, focused on sustainable cropping and pest control compatible with safe ingredient supply. We support these growers with purchase contracts that reward consistency and transparency, helping them invest back into their farms while providing us with better baseline material in every shipment. Ethical sourcing, stable jobs, and shared technical goals contribute as much to product quality as the final steps inside our own fence.
The past decade has introduced new research on allergenicity and trace contaminants in flavor and fragrance ingredients. Our teams adapt, focusing on advances in both detection and avoidance. We run side-by-side trials to head off sources of contamination, and document each modification in batch records. When regulations shift or new pollutants emerge, fast feedback cycles let us substitute or tweak processes ahead of official deadlines, offering peace of mind to our clients and a stable ingredient for their own compliance cycles.
Some customers face last-minute challenges in inventory or need assistance bridging gaps in supply due to weather or geopolitical events. We keep backstock built from predictable, booked material origin contracts, so we can fill urgent gaps without revised paperwork or loss of quality. This adaptability comes from a deep knowledge of both market pressures and hands-on chemistry—solid planning, not wishful thinking. Our internal teams manage logistics and compliance, allowing for prompt shipment and documentation, and they understand both the minute-by-minute needs of factory lines and the long-range planning of R&D and regulatory departments.
Modern markets also bring new consumer concerns about transparency. Manufacturers today look for suppliers who can provide not just an ingredient, but a credible pathway from farm through to label. We work with auditors and client teams on full traceability—crop data, storage conditions, chain of custody—welcoming their technical staff through plant tours and regular feedback exchanges. These are not one-off events but a daily part of doing business, helping us anchor Sweet Basil Ether as a trusted ingredient in any demanding new launch.
Our approach to Sweet Basil Ether development owes much to the collective expertise of the people who make it. Technicians track subtle changes in aroma with both their senses and precise analytical methods; engineers refine reactor conditions to drive out batch-to-batch variation; customer support teams translate product insights into practical advice for clients wrestling with formulation or regulatory puzzles.
Conversation with customers and partners continually shapes what we do next. Whether the need centers on foods, fragrances, or entirely new uses in technical markets, end users’ expectations set the pace of our own improvements. We encourage prospective customers to visit, taste, or test for themselves—unfiltered feedback, honest error reporting, and mutual trust replace slogans and marketing speak.
Our philosophy holds that consistent quality and transparent manufacturing build long-term partnerships, turning ingredient selection from a logistical challenge into a source of innovation and brand confidence. Sweet Basil Ether, distilled and refined daily by a team wholly focused on its reliable performance, demonstrates that attention to technical detail and ongoing conversation can keep pace with a changing world.