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HS Code |
796145 |
| Product Name | Great Burdock Root Extract |
| Botanical Name | Arctium lappa |
| Plant Part Used | Root |
| Extraction Method | Ethanol extraction |
| Appearance | Brown powder or liquid |
| Solubility | Water-soluble |
| Main Active Ingredients | Inulin, polyphenols, lignans |
| Common Uses | Herbal supplement, skincare, traditional medicine |
| Taste | Earthy and slightly bitter |
| Storage Conditions | Store in a cool, dry place away from direct sunlight |
| Shelf Life | 2 years when properly stored |
| Origin | Native to Europe and Asia |
| Allergenic Info | Generally considered hypoallergenic |
| Certifications | May include organic or GMP certification |
| Usual Dosage Form | Powder, capsule, tincture, or liquid extract |
As an accredited Great Burdock Root Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Great Burdock Root Extract is packaged in a sealed, amber glass bottle containing 100 mL, featuring a tamper-evident cap. |
| Shipping | Great Burdock Root Extract is securely packaged in sealed, food-grade containers to preserve freshness and potency. The product ships promptly via reliable carriers, ensuring quick and safe delivery. All shipments include proper labeling and documentation to comply with relevant regulations and safety standards. Expedited shipping options are available upon request. |
| Storage | Great Burdock Root Extract should be stored in a cool, dry place away from direct sunlight and heat sources. Ensure the container is tightly closed to prevent moisture absorption and contamination. Keep the extract away from incompatible substances, such as strong oxidizers. For best quality, store at temperatures between 15°C and 25°C (59°F–77°F) in a well-ventilated area. |
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Purity 98%: Great Burdock Root Extract with 98% purity is used in pharmaceutical formulations, where it enhances anti-inflammatory efficacy and consistent bioavailability. Particle size <50 μm: Great Burdock Root Extract with particle size less than 50 μm is used in dietary supplements, where it improves dissolution rate and absorption. Moisture content <5%: Great Burdock Root Extract with moisture content below 5% is used in food additives, where it ensures prolonged shelf life and stability. Stability temperature up to 80°C: Great Burdock Root Extract stable up to 80°C is used in functional beverages, where it maintains active compound integrity during pasteurization. Extraction solvent (ethanol): Great Burdock Root Extract using ethanol as the extraction solvent is used in cosmetic creams, where it enhances dermal penetration and antioxidant delivery. Heavy metal content <10 ppm: Great Burdock Root Extract with heavy metal content under 10 ppm is used in nutraceuticals, where it reduces contamination risk and meets safety standards. Viscosity 350 mPa·s: Great Burdock Root Extract at 350 mPa·s viscosity is used in topical gels, where it enables uniform application and effective skin absorption. pH stability 4-7: Great Burdock Root Extract with pH stability between 4 and 7 is used in oral care products, where it maintains efficacy in varying formulation environments. Total ash <3%: Great Burdock Root Extract with total ash content under 3% is used in herbal teas, where it ensures product purity and taste consistency. Microbial count <1000 CFU/g: Great Burdock Root Extract with microbial count below 1000 CFU/g is used in ready-to-eat snacks, where it minimizes microbial spoilage and enhances food safety. |
Competitive Great Burdock Root Extract prices that fit your budget—flexible terms and customized quotes for every order.
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For those who work in manufacturing, formulating, or research, sourcing Great Burdock Root Extract becomes more than simply finding any plant extract. Our team enters the process right from the raw harvesting stage, so we see the impact of the source material on the final composition every single season. Direct control over collection, slicing, cleaning, and extraction means we keep track of which root batches carry the most active phytochemicals and least visible residue. This doesn’t come from luck. Detailed soil records, climate logs, and a lot of muddy boots in the fields lead the way.
Great Burdock Root, known in botany as Arctium lappa, has supported food and herbal medicine practices in Asia and Europe for centuries. Over the years, researchers and product developers have unlocked its value: inulin, mucilage, caffeoylquinic acids, lignans, and other antioxidant phenolics. While many commercial extracts show up with standard inulin levels and vague “herbal composition”, we chase higher, verifiable active ingredient content on every batch. Our factory production teams watch test results for both moisture and microbial load, a persistent issue with root botanicals, and tighten cleaning cycles if anything falls out of line.
You’ll spot clear distinctions in extracts coming off different manufacturing lines. Many products sourced through bulk traders aim for diversity and low cost, often lacking batch consistency and traceability. In contrast, our extraction platform runs dedicated vessels for each raw material. We never cross-lot Arctium with other roots or leaves—no shortcuts through shared tank lines and no inclusion of high-silica or woody, old stock. This approach preserves hallmark constituents: inulin levels from 35% up to 55%, accompanied by the characteristic earthy-sweet aroma of well-handled burdock. With every run, lab teams confirm polyphenols and monitor for off-target flavors, the sort that typically arise from poor drying or over-processed inputs.
Standardizing a botanical like this relies on methodical process design. Our Great Burdock Root Extract comes in several forms: a fine brown powder, water-soluble and suitable for tablets or capsules; and an aqueous liquid favored in custom food formulations. The model numbers correspond to native inulin content, supported by HPLC and gravimetric methods. A powder batch labeled 40EX, for example, runs at least 40% inulin by direct measurement, while 50EX designates a higher, purified grade. Ash and heavy metals stay well under regional compendial limits, a result of strict raw material washing and filtered water prep. Microbiological safety is always front and center— with manufacturing lines fitted for steam-sterilization protocols and ongoing shelf-life studies for every extract lot.
In our team’s own work, these extracts see wide adoption in digestive health blends, prebiotic-fiber snack prototypes, and Asian herbal formulas where burdock takes a leading role. Beverage developers tell us that clarity and flavor profile cause the most headaches; here, our filtration approach ensures clarity in cold beverages and a rounded, natural taste in neutrals or fruit-adjacent formulas, absent the musty, sharp kick that under-processed burdock tends to carry. Nutrition formulators ask us for evidence of inulin stability through tough processing, including extrusion or pasteurization. Through both real-world collaboration and internal challenge trials, we see minimal degradation in formulas subjected to moderate heat or pressure when using our best-grade 50EX powder.
Manufacturing keeps a unique set of challenges. One core difference in our Great Burdock Root Extract comes from the vertically integrated workflow: harvest to packaged extract handled in one sequence, guided by people who know each critical step. Chemical analysis alone doesn’t capture all potential pitfalls—only full transparency and lots of iteration across the production calendar can align root selection with uniform, active powder. Our own facility doesn’t rent out lines or outsource final drying to contractors, so every extract batch connects fully back to its roots, through audited plant records and in-house stability reports.
Many suppliers cut costs with broad-spectrum ethanol or mixed solvent extraction. It’s attractive from a throughput point of view, but it leaves a mixed bouquet of soluble and insoluble components, often accompanied by flocculation or visible sedimentation during formulation. Our team relies on years of trial and data to tune extraction conditions, ranging from temperature ramp schedules to gentle vacuum-assisted drying. Every liquid lot cycles through fine filtration and UV screening for quality before it even faces drying. The resulting powder pours with a light, granular texture and resists caking. Our application chemists routinely test it in conditions designed to simulate manufacturing environments: high-shear mixing, cold dispersion, high-protein blends, and even gummy systems.
End customers care about more than just numbers on a spec sheet. Our approach focuses on batch-to-batch reliability, even flavor character across seasons, and absence of usual root extract "woody" notes. With internal traceability files and chemical fingerprinting, buyers see not just declared values for inulin or polyphenol content, but clear references to field locations and drying batch dates. This kind of tracking demands more work for our teams, but it pays off for customers who need real predictability.
Experience shows that a hands-on manufacturing process stays closer to customers’ pain points. With burdock root extracts, many clients worry about how the material will behave once it leaves the drum. One season, we fielded an issue with clumping in capsule blends, traced back to a mineral imbalance after a sudden thunderstorm sequence during root growing. That drove a change in both drying protocol and supplier field monitoring. Later, a customer pointed out color shifts between batches in a ready-to-drink tea. Investigation traced this to dwell time changes in an extraction column; it became clear that small shifts in process, invisible at first glance, shape the look and taste. Open communication and direct engagement with formulation teams lead us to maintain separate lots for high-clarity beverage customers and those working in high-protein, baked applications.
Companies using our extract return to us because they want more than a commodity—they want help troubleshooting a blocked spray nozzle, feedback on flavor carryover, and assurance that next year’s root crop will track with this year’s composition profile. Our manufacturing teams take these conversations back into process improvements. No outsourced broker or indirect supply relationship replaces direct plant visits and side-by-side trial runs with customer formulation experts. This loop brings more resilient and predictable extracts for a broader range of finished products.
Labeling matters to today’s buyers, especially in the food and nutraceutical fields. As manufacturers, we don’t hide behind vague “standardized” claims. Instead, every Great Burdock Root Extract lot gets detailed traceable data: field location identifiers, root harvest period, drying temperature logs, active composition readouts, and micro panel reports. This detail lets brands, blending houses, and even direct-to-consumer start-ups provide the transparency customers expect from finished product labeling. In our experience, this level of traceable provenance stops questions at the regulatory or auditing desk and encourages customer trust.
Most bulk-supplied extracts, especially those passed through several trading hands, offer only surface-level specs or general COAs. We counter that with field records and authentic chemical fingerprints from our lab. The difference shows up in customer feedback and repeat business; teams appreciate how they can see the journey from field to finished drum and use validated supporting data during certifications or third-party reviews. While traceability costs more in time and system overhead, it pays back during market shifts or surprise regulatory scrutiny. Buyers don’t discover missing data or questionable supply origins months after their products are already in distribution.
Our team has spent years wrestling with the nuances of extracting and preserving bioactives from burdock. Each harvest, we witness how small process tweaks—adjusted wash cycles, new filtration media, or steam stabilization—extend shelf life or boost assay values. For example, a few years ago, we trialed a vacuum-assisted concentration method that preserved 13% more inulin content while reducing heat exposure time. Steady improvements in aqueous extraction now allow us to deliver liquid extracts with higher soluble fiber load, minimal bitterness, and good shelf stability, even in challenging beverage matrices.
Scaling up isn’t the end of our R&D. We run side-by-side pilot lines to measure texture, dispersibility, and ingredient integrity through real-world pilot batching scenarios. If a customer’s process involves spray drying at high solids, we consult on water load and final granule formation. For those pushing for vegan, clean-label, or organic applications, our production teams adjust raw material selection and adapt sanitizing protocols as needed. The feedback loop from in-house trials, field partner feedback, and direct end-user experience shapes each season’s priorities, showing up in tighter process windows, more validated ingredient performance, and—ultimately—stronger, more reliable extracts.
Manufacturing always bumps up against cost constraints. Our approach commands more labor, close supervision, and direct quality investments than buying third-party dried burdock and running it through generic extraction. Still, experienced buyers and brand owners recognize the value of locked-in actives, cleaner flavor profiles, and documented field-to-finished-powder histories. This plays out during market disruptions. During a recent supply crunch, customers experienced minimal disruption from our material, as multiple year-class reserves and locally managed logistics shielded most clients from global slowdowns. The approach brings obvious logistical and quality advantages, and customers report improved shelf stability and reproducibility in their products, translating to lower downstream waste and fewer troubleshooting cycles.
Working directly with our partners, we deliver consistent lot sizes, clear composition declarations, and after-sales support that jumps into technical issues, not just commercial negotiation. This relationship builds over time—one customer started with small snack formulation testing and now scales up annual orders for global expansion, sticking with our Great Burdock Root Extract due to documented, seamless batch transitions and reliable technical troubleshooting.
Great Burdock Root Extract isn’t a commodity to us; it anchors a legacy of careful sourcing and obsessed manufacturing rigor. We remain in constant dialog with the agronomy side: crop rotation helps avoid soil fatigue, while post-harvest handling steps into the sterile corridor only after visual and chemical inspection. Down the line, every extract batch translates these steps into functional, tested powder or liquid that satisfies not just customers, but also evolving regulations.
Building a specialty ingredient portfolio, whether for wellness foods or advanced clinical supplements, means being able to answer tough questions about process, safety, and stability. Through controlling every stage and using evidence-backed process decisions, we offer partners a direct link to not only a product but a set of real, repeatable practices. That means future-proofing both ingredient quality and business relationships, year after year, as compliance pressures rise and customers chase both performance and transparency.
Experience on our factory floor shows: not every root extract plays by the same rules. What sets our Great Burdock Root Extract apart isn’t only chemistry, but the discipline behind the process, the tenacity to investigate each batch anomaly, and the willingness to share the realities of the plant-to-product journey with our partners. This investment brings long-term performance, protects your product line from unwelcome surprises, and lets you tell an honest supply and quality story to your own customers. From field to extract, the work never really stops—and that makes all the difference in our line of business.