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HS Code |
721610 |
| Botanical Name | Ulmus rubra |
| Common Name | Elm Bark Extract |
| Part Used | Inner bark |
| Appearance | Brownish powder or liquid |
| Taste | Mildly bitter, slightly sweet |
| Solubility | Water-soluble |
| Main Compounds | Mucilage, tannins, polysaccharides |
| Typical Uses | Herbal supplements, traditional remedies |
| Storage Conditions | Cool, dry place |
| Shelf Life | 1-2 years |
| Extraction Method | Water or alcohol extraction |
As an accredited Elm Bark Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Elm Bark Extract is packaged in a 500g resealable, airtight pouch with clear labeling, ingredient details, and safety instructions. |
| Shipping | Elm Bark Extract is shipped in tightly sealed, food-grade containers to preserve freshness and prevent contamination. The product is protected from moisture, sunlight, and extreme temperatures. All shipments comply with relevant safety and transportation regulations, ensuring safe and secure delivery. Detailed labeling ensures proper handling and traceability during transit. |
| Storage | Elm Bark Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Ensure the container is tightly closed and clearly labeled to prevent contamination or moisture absorption. Store separately from incompatible substances and out of reach of children and pets. Observe all relevant safety regulations when storing this chemical. |
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Purity 98%: Elm Bark Extract with purity 98% is used in pharmaceutical formulations, where it ensures high efficacy and consistent active compound delivery. Viscosity 1500 cP: Elm Bark Extract viscosity 1500 cP is used in topical ointments, where it improves spreadability and skin retention. Molecular Weight 12 kDa: Elm Bark Extract molecular weight 12 kDa is used in nutraceutical beverages, where it enhances absorption and bioavailability. Particle Size <75 µm: Elm Bark Extract particle size under 75 µm is used in instant drink powders, where it enables rapid dissolution and uniform texture. Stability Temperature 60°C: Elm Bark Extract stability temperature 60°C is used in thermally processed foods, where it maintains functional integrity during pasteurization. pH Range 5.5–7.0: Elm Bark Extract pH range 5.5–7.0 is used in cosmetic emulsions, where it provides optimal compatibility and prevents product destabilization. Water Solubility 24 g/L: Elm Bark Extract water solubility 24 g/L is used in liquid dietary supplements, where it promotes complete homogenization and consistent dosing. Ash Content ≤0.5%: Elm Bark Extract ash content ≤0.5% is used in sensitive oral care formulations, where it minimizes impurities and supports product safety standards. Residual Solvent <50 ppm: Elm Bark Extract residual solvent content below 50 ppm is used in pet supplements, where it guarantees low toxicity and regulatory compliance. Total Polyphenols ≥40%: Elm Bark Extract total polyphenol content ≥40% is used in antioxidant-rich functional foods, where it delivers potent free radical scavenging activity. |
Competitive Elm Bark Extract prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
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Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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Our story with elm bark extract began years ago when we explored natural alternatives for the food, health, and industrial sectors. Harvesting the inner bark from mature elms, we discovered a balance of tannins, polysaccharides, and a unique flavor—and every batch told its own story. By working hands-on through every stage, from carefully established tree partnerships to extraction and concentration, we saw the hidden value in each piece of bark. Over time, our process grew from experimental extractions in small tanks to a mature, industrial-scale production line with a focus on quality and consistency.
Unlike general suppliers who rely on outsourced extracts, our model (EBX-105) results directly from integrating harvesting and processing under one roof. We sort by origin and maturity, knowing bark taken at peak age gives the best tannin profile. We use hydro-alcoholic extraction at specific pressures and temperatures, guided by years watching how solvent choice and time affect yield and purity. Through small incremental changes season after season, we’ve maintained steady specifications: a dark amber powder, below 5% moisture, with an average particle size under 100 microns. UV-Vis analysis, HPLC results, and stringent in-house sensory checks back up our numbers—not just for compliance, but because our clients notice the difference in every finished batch.
Years of batch analysis show that our elm bark extract contains 22-28% tannins, in addition to various bioactive polysaccharides and trace minerals locked in the cell matrix. The gentle but thorough extraction pulls these out without degrading their structure. Every harvest yields its own unique spectrum, but our familiarity with weather patterns and origin guides us in blending lots for batch-to-batch stability. This hands-on involvement means we don’t lose the balance between high polyphenol content and the mucilaginous fractions that make our extract a strong choice for customers ranging from food manufacturers to natural supplement brands.
From the earliest days, demand came from herbal supplement firms looking for authentic natural support rather than synthetic fillers. Our extract’s high mucilage content supports soothing formulations for digestive products, while the tannins lend it to oral health and topical wound products. The food industry uses it for functional beverages, ancient grain bars, and savory foods where it brings a mild, earthy flavor and a hint of viscosity without artificial thickeners. Several breweries opt for elm bark tannins as a natural fining agent, reducing protein haze without off-flavors.
Beyond food, we’ve supplied paper and textile mills searching for plant-based mordants and sizing agents. The consistent powder dispersion and resistance to chemical breakdown have helped these longtime industrial partners reduce their petroleum-based chemical load while improving end-product feel. Craftsmen making traditional leathers or inks also turn to our extract for its reliable tanning and coloring strength, as well as the subtle aroma that marks hand-made goods.
Working directly with clients, we’ve seen firsthand the expectation that all bark extracts behave the same way—yet experience has proven otherwise. Compared to acacia or quebracho, elm bark stands out for its greater mucilage and lower astringency. For clients focusing on gut health, this means gentler formulations the body tolerates well, with less risk of gastrointestinal upset that harsher tannin sources might bring. While oak and chestnut offer robust tannic profiles for leather and brewing, customers find that these extracts sometimes overpower formulations with bitterness, needing more masking agents. Our elm extract fits where balance is key, providing sufficient cross-linking for industrial use without turning food or cosmetics bitter.
Every year brings changes in climate and supply. We’ve developed a routine of pre-season soil checks, supplier visits, and post-harvest microscopy that goes far beyond any checkbox audit. We maintain strict separation between inner and outer bark during processing to avoid introducing harsh compounds or excessive lignin into the final extract. Our water and solvent reclamation systems, upgraded following consultation with industry peers, cut waste and maintain purity. We record yields, colorimetry changes, and even aroma notes by hand for every lot, forming a database that seasoned operators use to tweak batch parameters for improved results.
Beyond in-house labs, certification to recognized food and industrial standards helps our product fit global requirements, but direct feedback from end-users teaches us the most. Whether a brewer notices improved foam retention or a nutritionist points out improved dispersibility in a mixing tank, every note pushes our QA forward. That connection to end use makes every batch not just a routine product, but a reflection of the season and the community.
Elm bark extraction faces unique hurdles. Sourcing remains a perennial challenge. Elm populations must be monitored for sustainability, especially after disease pressure in some regions. Overharvesting risks not just quality, but the long-term health of wild and plantation trees. We respond by working with local forestry groups, setting strict quotas, and supporting young tree planting. This isn’t window dressing—it provides security both for our supply chain and for future generations of producers and clients.
Customers sometimes share concerns about consistency, given the natural variation in plant products. Transparent communication—sending real data and even samples from each harvest—lets our clients compare year on year. Our technical support team works with R&D departments to optimize applications when making the switch from old sources, whether that’s in binding, flavoring, or coloring. Fine-tuning powder fineness or moisture content can make or break an application: after seeing hundreds of industrial trials, we know it’s not enough to hit a target number once; real stability comes from paying attention every single harvest.
Manufacturing at scale brings responsibility. Over the past ten years, we’ve transitioned to using renewable-biomass boilers for primary extraction, replaced mineral acids with food-grade alternatives, and invested in a water reclamation plant for the rinse stage. Our packaging lines moved away from single-use polyethylene toward multi-layer paper bags suitable for both bulk and fine powders. It’s about more than meeting market demands—staff on the production floor take pride in running a cleaner operation. Local communities see us not just as a processor, but as a long-term partner who maintains roads, supports reforestation projects, and pays real attention to biodiversity around harvesting areas.
Every year, we run pilot tests on new waste-stream uses for our spent bark: livestock feed additives, compost accelerators, and seedling mulch. These experiments haven’t always yielded commercial quantities, but integrating lessons into our main production has cut landfill waste in half. This firsthand success encourages us to keep seeking ways to make the most out of every fraction of raw material.
Our engagement doesn’t end at the loading dock. Formulators often reach out about the best ways to incorporate our extract—whether that means blending in warm water for gels, mixing into dry supplement premixes, or dissolving for use in beverage lines. We learned early that documentation alone rarely prevents a mix-up or a failed trial; side-by-side support and site visits make a world of difference. For industrial users aiming to reduce synthetic chemical inputs, we tackle technical hurdles together, from solubility tweaks to filtration method adjustments.
Over the years, our operators have stood on the production lines of bakery plants, breweries, herbal factories, and even artisanal ink workshops to watch the difference our elm bark extract makes firsthand. The feedback loop created across these visits fuels our own continuous improvement—from the grind of the extract to the shipping carton closure.
There’s no shortage of plant extracts on the market. The difference comes not from marketing, but from deep familiarity with the material and process. Having run every step ourselves, we see the extract as more than just an ingredient. To our regular clients, it’s the backbone of their formulations, trusted to deliver the same quality all year. For innovators in health and industry, our real-time technical advice and willingness to adapt push projects across the finish line, while for environmental partners, our proven record of reducing waste and supporting forests stands out.
Elm bark’s blend of soothing mucilage, stable tannins, and plant-based origin positions it for both traditional and cutting-edge applications. Years of batch records, hundreds of end-user trials, and consistent specifications make it a linchpin in diverse product lines. There’s a quiet satisfaction in knowing every kilo shipped carries the certainty of careful production, a relationship with the land, and the trust of long-term customers.
Our future depends on adaptability. Advances in extraction technology—like improved solvent recovery and novel cold-processing—widen the possibilities for new products. Continuous research with foresters, industrial clients, and research universities opens doors to sub-fractions, enhanced blending techniques, and even on-site applications for finished formulas. The core remains the same: direct engagement with every input and every user.
In the coming years, we expect demand for transparent, locally-sourced, plant-based ingredients to grow—not just in food and wellness, but in industrial uses that once relied solely on synthetics. Our commitment, built on decades of rolling up our sleeves and solving real problems, guides every new line we start and every improvement we implement. Elm bark extract isn’t just a product, but a commitment to sustainable manufacturing, quality, and community that keeps pace with changing markets while honoring its natural roots.