| HS Code | 992452 |
| Name | Asarum Oil |
| Source | Asarum sieboldii |
| Common Names | Wild Ginger Oil, Xi Xin Oil |
| Extraction Method | Steam Distillation |
| Main Components | Methyl eugenol, Asarone, Safrole |
| Appearance | Yellowish to brown Liquid |
| Aroma | Strong, Spicy, Camphoraceous Odor |
| Solubility | Insoluble in water, soluble in ethanol |
| Traditional Uses | Analgesic, Anti-inflammatory, Aromatherapy |
| Storage Conditions | Cool, dry place, Away from sunlight |
| Cas Number | 8023-99-2 |
As an accredited Asarum Oil factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Asarum Oil is packaged in a 500 mL amber glass bottle with a secure screw cap, labeled with product details and safety information. |
| Shipping | Asarum Oil should be shipped in tightly sealed, chemical-resistant containers, clearly labeled with hazard information. Store and transport it in a cool, dry, well-ventilated area, away from ignition sources and incompatible materials. Follow all local and international regulations for the safe transport of hazardous chemicals to ensure safety and compliance. |
| Storage | Asarum Oil should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat, and sources of ignition. Keep the container tightly closed and clearly labeled. Store separately from incompatible materials, such as oxidizing agents. Use appropriate containers made of material resistant to essential oils, and keep out of reach of children and unauthorized personnel. |
Competitive Asarum Oil 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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Asarum oil hasn’t enjoyed the fanfare given to some of the headline botanicals, but year after year, we see the loyalty of customers who understand its value firsthand. As a chemical manufacturer that works with plant extractions and distillations daily, we’ve come to appreciate Asarum oil for its reliable profile and effectiveness in specific formulations. Our Asarum oil aligns with the technical expectations and practical needs of professionals across diverse areas. There’s decades of work behind our current process, shaped by actual factory operations rather than imagined in a marketing room.
We select mature Asarum roots at their chemical peak, bringing in shipments direct from growers known to us by name and reputation. Once our trained team receives raw botanical material, it undergoes initial physical cleaning, followed by low-temperature drying to preserve the vital volatile fractions. Steam distillation happens in stainless steel vessels; this minimizes contamination risks and gives us control over the oil’s distinct notes and chemical markers, including bornyl acetate and safrole. Each batch faces consistent in-house GC-MS analysis. We stand behind our documentation and traceability because it’s something we manage in-house with trained chemists on supervised lab equipment.
Among our current batches, the model highlighted is AO-2X23, produced under our newest line of fractional distillation controls. Our process yields a light brown oil with a subtle, earthy profile and a unique complexity not found in off-the-shelf blends. We don’t chase a generic aroma or cut the product with neutral carriers. If you look at the COA from past orders, you’ll notice a tighter range for key aromatics and a repeatable, signature GC profile.
Production isn’t about chasing maximal volume. We consider batch uniformity and the influence of local climate on Asarum root composition. In drought years, leaves thin out and the root system intensifies its constituents. These changes show up in essential oil fingerprinting—we track it, record it, and inform formulators as we see it. No off-brand resins, no hidden diluents. Just actual, controlled output for serious manufacturers who care about ingredient integrity.
Our current AO-2X23 oil exhibits a refractive index between 1.507 and 1.520 at 20°C, with density documented at 0.956 to 0.963 g/ml under identical conditions. Most shipments fill 25L and 180L steel drums, each internally lined and nitrogen-sealed to halt oxidization and preserve sharp botanical notes through transport. We audit every batch for common adulterants using both chromatography and organoleptic checks. We encourage honest feedback from formulation chemists, especially those blending for topical, aromatic, or functional use.
What makes this different from other “asarum” products on the market comes down to traceability and focus. Some outfits pass off generic root extracts under the asarum label, importing material that’s cut with unrelated species. We commit to specimen-specific traceability, so clients receive material that tests as genuine Asarum sieboldii rather than secondary wildcrafted roots misrepresented in the supply chain. Real-world consistency matters far more than claims on a catalog.
We’ve sold asarum oil into use cases as varied as pain relief balms, veterinary liniments, and proprietary incense blends. Formulators who work with our material often return for fresh orders—less because of simple habit, more because they can depend on a compound to behave the way they expect in solubilization, blending, and efficacy. Application in traditional medicine, especially TCM-based external preparations, remains the main driver for bulk containers. Asarum oil complements camphor, cassia, and similar resinous oils in complex matrix blends.
The subtlety of natural variation becomes clear to those who work the distillation floor. One run's oil shows slightly greener top notes, depending on when and how roots get harvested; temperature shifts in the dryer cause more or less volatile fraction retention. Our technical staff monitors all of it in real time, making offline adjustments. That isn’t something a distributor can honestly claim—they don’t see, feel, or smell the changes as they happen.
Many so-called asarum oils on the market appear bright yellow and thin-bodied. That usually means a synthetic profile or diluted essential with added low-aromatic fractions. Our product shows the color and viscosity that comes from direct extraction and short transport times. Real asarum gives a rich brown, slight opacity, and a layered, persistent aroma that stands up in finished products.
From a chemical standpoint, an authentic asarum oil holds higher levels of naturally occurring safrole and methyl eugenol than the generic oil blends often peddled by non-manufacturing vendors. We provide the actual numbers so manufacturers can comply with global safety and allergen regulations.
For aromatherapists and R&D teams, consistency of the volatile fraction is key. Each batch, freshly landed from distillation, provides a reproducible base so your product line stays stable. There’s no batch-to-batch guessing game. Feedback from our clients in pharmaceuticals and personal care underscores the importance of having a manufacturer-managed supply chain. They trust that what they order this quarter will match the last, with updates in real time should seasonal variations appear.
We’ve seen an increase in supply chain misrepresentation, with suppliers offering “asarum oil” that contains unauthorized plant species or synthetic fillers. Having our own sourcing operation means less reliance on third-party promises and more direct control. We verify root type at reception, audit harvest sites, and hold lower-volume stocks in reserve to cover unexpected supply gaps.
Unregulated substitutions present safety risks—chemists have flagged samples with unknown aromatic hydrocarbons that change solubility parameters or elicit unexpected skin reactivity. Clients in the health sector demand precise material disclosures. Our approach focuses on transparency: from digital documentation of every step in the process, to batch samples shipped with each order. The data comes direct from our in-house labs, not retyped from someone else’s COA.
Heat exposure during storage or freight continues to degrade asarum’s key aroma chemicals and functional groups. Our logistics setups ensure that product ships climate-controlled, and we mandate checks for drum seals before warehousing. It remains a practical rather than academic topic—if your asarum oil arrives in a plastic drum with light seepage, expect major composition drift before it even reaches you. We see this happen with resellers who lack hands-on supply chain experience.
Sustainable botanical supply means cultivating relationships with licensed growers, mapping the specific origin of every shipment, and refusing to buy on the speculative or black market. When local regulations change, we update certificates with site-specific documentation rather than blanket statements. This keeps downstream users—especially those in regulated markets—confident in their risk exposure.
We apply solvent-free extractions, using only food-grade steam and clean water. This ensures nothing unintended ends up in the oil, unlike those found with non-specialist producers cutting corners with petroleum-based solvents. Our staff regularly runs hands-on checks; organoleptic tests don’t replace instrument-based verification, but they add an extra layer of human insight. We maintain a reference library with archived oil samples dating back over a decade for direct side-by-side evaluation.
We train operators to recognize the earliest signs of biological spoilage or temperature stress in storage areas. If microbiological risk appears, the affected batch never leaves our facility. These are practical steps rooted in operating a real factory, not hypothetical claims from a catalog reseller. Our teams get periodic certifications for GMP and chemical handling, renewed through actual work rather than simple course attendance.
Product developers in the health and personal care space demand more than purity—they want documented consistency, origin traceability, and transparency about seasonal shifts. Our reports contain chromatography printouts and raw chemical breakdowns. Regular batch size remains manageable, ensuring fresh oil turnover and minimal storage time. Where formulators set stricter safrole or methyl eugenol content restrictions, we adjust distillation parameters or suggest authenticated low-content batches.
We openly share data and consult on custom blends that call for lower or higher aromatic content. This keeps customers coming back not just for off-the-shelf oil, but for ongoing technical support. Some users in food-adjacent industries explore asarum oil for flavoring and fragrance applications. Local regulations sometimes limit such uses, and we don’t ship into these markets without confirmed need and paperwork in order.
Even in traceable supply chains, nature presents curveballs. Extreme weather, changes in soil profile, or unexpected pest loads can shift the aromatic profile of a given harvest. Our approach relies on regular field visits, in-person audits of harvest and drying processes, and on-site rapid chemical testing. When an incoming root batch fails our standards, the lot gets isolated and doesn’t enter mainline production. This avoids the downstream problems of batch recall or product failure further along in the market.
Active communications between our technical staff and customer formulation teams have resolved problems before they reach production scale. Example: a partner in topical creams reported an unexpected green note in late winter batches. After immediate chemical analysis, we traced an early harvest shift and recommended delay or reformulation. That sort of practical support happens because we engage directly with both fields and labs, not filtered through layers of sales agents or traders.
Traditional techniques shaped our asarum oil production, but we don’t stick with “classic” methods just for heritage value. In the last five years, solventless refining technology allowed us to separate key aromatic fractions at lower temperatures, yielding a cleaner, truer oil for high-expectation blends. We test new post-distillation fractionation for milder aroma variations demanded by certain cosmetic applications, with pilot batches open for customer feedback.
Our R&D cycle doesn’t take cues from market chatter. Feedback comes from professionals handling real formulation challenges. If a change in the supply chain is needed, our team makes adjustments based on field-tested evidence, not pressure to mimic commodity trends. Asarum oil occupies a precisely engineered niche, and our facility’s investment in specialized stills and analytics reflects genuine client needs, not generalized marketing.
Asarum oil’s value gets built from decades of nuanced, hands-on production and tight supply chain management. Its practical uses range across pain relief, veterinary products, incense, and specialist cosmetic bases. Drawing on our own experience, we see repeat business from those who require traceability, stability, and batch-by-batch transparency. The difference comes not just from technical facts, but from field knowledge, persistent quality audits, and relationships forged with both suppliers and formulation professionals.
Our doors remain open for discussion. Instead of theoretical claims or generic catalog text, we offer open access to technical data, in-person audits, and ongoing problem-solving partnerships. The reputation of asarum oil—like that of every other true botanical extract—rests on the daily practices of authentic makers, not what gets written on outside packaging. We see the work and take pride in every batch that leaves our facility, knowing it stands up to scrutiny and serves an actual need.