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HS Code |
263282 |
| Botanical Name | Ulmus Officinalis |
| Plant Part Used | Bark |
| Extraction Method | Steam Distillation |
| Main Components | Tannins, Flavonoids, Phenolic compounds |
| Appearance | Pale yellow to amber liquid |
| Aroma | Mild, woody, slightly sweet |
| Solubility | Insoluble in water, soluble in carrier oils |
| Origin | Europe and parts of Asia |
| Storage Requirements | Cool, dark place, tightly sealed |
| Common Uses | Aromatherapy, topical applications, massage blends |
As an accredited Ulmus Officinalis Essential Oil factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Ulmus Officinalis Essential Oil comes in a 30ml amber glass bottle with a secure dropper cap and a detailed product label. |
| Shipping | Ulmus Officinalis Essential Oil is shipped in sealed, amber glass bottles to protect from light and oxidation. Each package includes leak-proof caps and cushioning material. Labeling complies with hazardous goods regulations. Orders are dispatched via certified carriers with tracking, ensuring safe and timely delivery. Temperature control measures are applied as needed. |
| Storage | Ulmus Officinalis Essential Oil should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the container tightly closed and made of dark glass to prevent degradation. Store separately from incompatible materials, such as strong oxidizers, and ensure proper labeling for safety and regulatory compliance. |
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Purity 99%: Ulmus Officinalis Essential Oil with purity 99% is used in pharmaceutical formulations, where enhanced bioactivity and minimized impurities ensure optimal therapeutic efficacy. Viscosity 12 cP: Ulmus Officinalis Essential Oil at viscosity 12 cP is used in topical ointments, where improved spreadability and absorption accelerate skin penetration. Stability temperature 45°C: Ulmus Officinalis Essential Oil with stability temperature 45°C is used in cosmetic emulsions, where thermal resistance maintains formulation integrity during processing. Molecular weight 180 g/mol: Ulmus Officinalis Essential Oil of molecular weight 180 g/mol is used in controlled-release systems, where defined molecular size supports consistent diffusion rates. Density 0.92 g/cm³: Ulmus Officinalis Essential Oil at density 0.92 g/cm³ is used in aromatherapy diffusers, where optimal volatility enhances fragrance dispersion. Refractive index 1.495: Ulmus Officinalis Essential Oil with refractive index 1.495 is used in perfumery blends, where precise optical properties contribute to clarity and aesthetic appeal. Acid value ≤1.2 mg KOH/g: Ulmus Officinalis Essential Oil with acid value ≤1.2 mg KOH/g is used in skin-care serums, where low acidity prevents irritation and maximizes skin compatibility. Flash point 94°C: Ulmus Officinalis Essential Oil with flash point 94°C is used in candle manufacturing, where improved safety and reduced volatility lower fire risk. pH 6.0–7.0: Ulmus Officinalis Essential Oil with pH 6.0–7.0 is used in oral care products, where near-neutral pH preserves enamel integrity and prevents irritation. Particle size <5 µm: Ulmus Officinalis Essential Oil with particle size <5 µm is used in nanoemulsion sprays, where ultrafine dispersion increases bioavailability and delivery efficiency. |
Competitive Ulmus Officinalis Essential 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
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Anyone who works with natural extracts in the chemical industry knows the gap between theory and practice. Extracting Ulmus Officinalis at full, industrial volume isn’t a simple process. Our facility has spent years optimizing raw bark sourcing and refining the gentle steam distillation that preserves its rare profile. Experience shows that every small detail matters—from the timing of the harvest to the pressure at the condenser—since the plant’s key aromatics are quick to degrade or oxidize. Direct handling at the source means the material reaches our reactors fresh, which keeps the oil’s bioactive components relevant for downstream use. A focus on traceability, storage climate, and filtration sequence translates into stable supply and chemical profiles our customers trust batch after batch.
We’ve learned that the way Ulmus Officinalis enters the still shapes its entire story. Leaves and bark packed too densely, or runs started at the wrong vacuum, give inconsistent yields and off-target fragrance notes. Our batch distillation lines allow for adjustment in real time—operators monitor turbidity and temperature shifts that signal subtle changes in the plant matrix. That experience is the difference between a sweet, resin-forward nose and a product that smells unbalanced or watered down. Years working with the plant’s nuances has refined our method for stripping volatile compounds effectively, while our closed-loop condensing cuts down on waste for a safer, cleaner working environment. These process tweaks have meant our Model UO-03 oil meets industry benchmarks for purity and shelf life.
Ulmus Officinalis does not grow year-round in every region. Direct, long-term relationships with botanists and landowners matter more than simply finding the cheapest supply. Our field partners gather plant material with practices that don’t deplete the land, backing up environmental commitments with visible results. More than that, direct contracts with harvesters guarantee that wild collection happens at maturity, not prematurely—so our plant material holds a higher concentration of sesquiterpenes and lactones. That focus is a big part of why repeat bulk customers report noticeable quality improvements on their end, whether they formulate for niche aromatherapy or industrial-scale topical ingredients.
Daily, we field questions from customers who have tried essential oils from various countries and suppliers. Many notice how our oil holds a clear, golden clarity and complex woody aroma that lingers without being overpowering. It comes back to process and raw material—our extractors hit 99.8% purity, measured with batch chromatography and full spectrophotometry, compared to commodity oils that mix fractions or dilute their contents. No denaturants, preservatives, or artificial stabilizers interrupt the profile. Our process leaves the lactone chain undisturbed and delivers a product customers describe as consistently “fresh” or “potent,” a quality hard to find in the wider market.
Product performance comes from science, not marketing. We have found that the genuine Ulmus Officinalis essential oil—our Model UO-03—lands between 0.90–0.93 g/cm³ in density at 20°C. It holds a refractive index of 1.472 to 1.478, and our usual color sits at transparent straw to light amber, with zero haze. Customers who demand GC-MS data appreciate that our in-house analytics lay out the exact terpenoid spectrum by lot. That transparency helps formulators adjust their recipes, minimizing surprises down the line. Our filtration sequence allows the oil to blend with carrier bases and alcohols of all grades, a must for personal care lines or laboratory standards.
The best measure of our oil’s value comes from customer stories. One skin care startup called us after combining our Ulmus Officinalis oil with a variety of hydrosols and noticing none of the cloudy, resinous fallout that plagued their blends with competitor material. Our product’s purity and clarity allowed them to skip a filtration step in their process, reducing lead time and production cost. Fragrance mixers report similar results: long-lasting base notes, with the grassy, resinous backbone expected from authentic Ulmus, without acrid top-end volatility. Extracted under full GMP oversight, we guarantee nothing leaves our plant without passing review by three independent analysts and direct oversight by a production chemist familiar with the season’s raw plant material.
Our experience addressing complaints about other sources gives us insight into what’s missing elsewhere. Mass-market vendors sometimes cut material with cheaper carrier oils, undisclosed synthetic components, or even alcohol to boost yields. These adulterated versions break down faster, giving off-putting notes of wet cardboard or harsh chemical aftertones. No in-house chemist wants to explain batch failure to customers or regulatory inspectors. By controlling every link in the supply chain—the plant, the harvest, the condensation—our production line guarantees an identity and purity that can be matched against regulatory references. We have run blind GC comparisons with competitor lots and consistently benchmark at higher sesquiterpene, ferrulate, and linalool concentrations, which correlates directly to longer product shelf life and better end-use experience.
Being an actual manufacturer keeps us tuned to the latest shifts in both regulation and customer demand. Legislators and end-market stakeholders are tightening standards for essential oils, requiring full traceability for natural ingredients and more detail in batch documentation. We see this in COSMOS, USDA, and ECHA documentation requests from customers large and small. Our in-house compliance officer stays ahead by reviewing guideline changes as soon as they happen, so we document every lot’s chain of custody from field to drum. This level of transparency helps our users pass their own audits, avoiding disruptions and market recalls linked to untraceable or questionable feedstocks.
Sustainability isn’t just a buzzword. Demand for essential oils has driven large-scale harvesting, often at the expense of wild populations. By negotiating directly with harvesters and paying premiums for cultivated material, we reduce pressure on at-risk wild stocks. Every season, our procurement team inspects growing sites to evaluate both botanist care and the health of the local biome. We reuse condenser water and have closed the loop on distillation waste streams, diverting spent biomass to compost rather than landfill. These efforts aren’t marketing claims—they control our own raw material costs and maintain a known resource base from one season to the next. That way, new regulatory rules and competitor over-harvesting never cut our customers off.
Ulmus Officinalis essential oil performs best in topical and aromatic formulations. In practice, cosmetic chemists use it as a fixture in anti-irritant creams, citing its notable lactone fraction as an agent for calming redness. In fragrance houses, our material offers an unmatched fixative property in wood-focused blends, stretching out the middle notes of a composition with subtle sweetness. Laboratories developing transdermal delivery systems value the oil’s solvent properties and consistent chemistry for binding both water- and oil-solubles. Clients in the home care space—who demand minimal volatility and a mild, pleasant base odor—appreciate that our process removes the grassy aldehydes that otherwise obscure final product aroma.
Regular communication between our production technicians and end users closes the loop. Customers ask about the ideal volumetric dosing—through hands-on blending, we know that our batch’s concentrated profile means lower usage levels achieve target sensory strength. Technicians provide direct guidance based on live GC-MS readouts and process notes, and some even send sample lots for new applications. In one case, a customer formulating insect repellent needed a specific aldehyde ratio. Our team offered to fractionally distill their batch, hitting the exact ratio they requested instead of cutting with external components. These small-batch and custom runs have led us to refine our process, bringing scalable solutions back into mainline production to the benefit of every customer.
Quality assurance must be more than a claim. Every tank of Ulmus Officinalis essential oil comes with a unique lot code, matched back to documented harvests and process logs. Our QA team maintains a reference sample library by lot year, allowing new users to compare their shipment with historical samples. Regular surprise audits catch discrepancies before they reach customers. Process engineers cross-check moisture activity, particulate count, and full aroma spectrum to the specifications set by repeat users, heading off small batch issues before they become widespread problems. Experience has shown us that only strong in-house QA keeps supply chains moving—and our direct manufacturing base makes this practical every day.
Innovating with Ulmus Officinalis essential oil rarely means changing everything at once. Lab and production staff discuss incremental changes—such as refining condenser tube diameter or adjusting the fineness of mesh in pre-filter screens—based on seasonal quirks in the raw crop or customer process feedback. Sometimes even a minor tweak, informed by live data, reduces foaming or oil carryover enough to improve scent quality or clarity. Through regular staff meetings and ongoing hands-on training, production teams stay invested in daily outcomes, which reflects directly in the consistency our customers have come to expect.
End users get nervous if they lack access to stable supply or if lead times spiral. Running our own vertical supply chain—raw plant, on-site extraction, direct logistics—lets us guarantee regular product flow, making scarce stockouts or price spikes. Our logistics partners move product on time, refrigerated as needed, in lined drums that prevent cross-contamination. These logistics details matter more when dealing with products sensitive to light, pressure, or temperature variation. Our investments in facilities and storage aren’t overhead—they enable us to support customer launches, seasonal demands, and last-minute project pivots with actual inventory on hand.
As a manufacturer, we build our working relationships on direct, technical dialogue. Our chemists, process engineers, and even packaging staff answer questions not only about basic handling but also about application and troubleshooting. When a user approaches us with a process shortfall—maybe a fragrance note that seems lost, or a cream that emulsifies poorly—long-term experience allows our staff to give detailed, practical advice. Problems are solved face to face or by phone, not through anonymous call centers or generic email scripts. Customers return for the trust that grows from this approach. It supports their quality claims, batch after batch, season after season.
As natural ingredient standards evolve, keeping product available without cutting corners or ignoring environmental costs takes daily effort. We prepare now by running smaller, flexible experimental distillation lines and keeping close contact with regulatory bodies and our community of customers. We stick to what works: honest process, careful documentation, and supporting our partners all the way back to the fields. Growth will come not by selling more but by delivering better—efficient, accountable, and transparent production of Ulmus Officinalis essential oil for every market that values real quality.