|
HS Code |
722808 |
| Botanical Name | Arctium lappa |
| Common Names | Burdock root extract |
| Plant Family | Asteraceae |
| Part Used | Root |
| Extraction Method | Solvent extraction (commonly water or ethanol) |
| Appearance | Brown to dark brown powder or liquid |
| Solubility | Soluble in water and ethanol |
| Key Active Compounds | Inulin, arctiin, polyphenols |
| Typical Uses | Dietary supplements, cosmetics, herbal remedies |
| Taste Profile | Earthy, slightly bitter |
| Country Of Origin | Asia and Europe |
| Shelf Life | Typically 2 years when properly stored |
As an accredited Burdock Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White plastic bottle labeled “Burdock Extract,” 100g net weight, screw cap, batch number, and safety information, sealed for freshness. |
| Shipping | Burdock Extract is shipped in sealed, food-grade containers to preserve freshness and prevent contamination. The containers are clearly labeled, securely packaged, and protected against moisture, heat, and sunlight. Shipping complies with international and local regulations for botanical extracts, ensuring safe transit and product integrity. Expedited shipping options are available upon request. |
| Storage | Burdock Extract should be stored in a tightly sealed container, away from direct sunlight and moisture, in a cool, dry, and well-ventilated area. Keep it at a controlled room temperature, typically between 15°C and 25°C. Avoid exposure to extreme heat or cold, and keep away from incompatible substances to maintain its stability and effectiveness. |
Competitive Burdock Extract 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 sales3@ascent-chem.com.
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Tel: +8615365186327
Email: sales3@ascent-chem.com
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Burdock extract has become more recognized in recent years, stirring interest well beyond its historical uses in teas and folk medicine. As a manufacturer, our experience stretches from field to drum, and over time we’ve noticed a marked shift in what users expect from botanical extracts: traceability, consistency, clean raw material, and proven value in the end product. The market is flooded with products that differ so much in quality that the term “burdock extract” by itself has almost lost its meaning. We work to restore that meaning, one batch at a time.
Our approach begins in the source fields. Only Arctium lappa roots that show strong vitality and healthy growth earn a place in our processing lines. Sourcing routines involve field inspections and supplier audits, and we verify the expected bioactive content before bringing roots into the plant. Once harvested, roots move directly to extraction facilities to minimize loss of phenolic compounds or inulin content. The extract undergoes processes to retain active constituents at levels we have measured and documented for every lot.
We standardize our primary extract to a concentration set after consulting scientific literature and partner feedback from research labs. Many users in nutraceuticals, beverages, and cosmetic industries demand assurance on key actives such as arctiin, arctigenin, and inulin. Our typical model provides an inulin content of not less than 50 percent, with arctiin between 0.5 and 1.2 percent; these targets come from repeated batch tests over half a decade rather than hopeful projections. Product form factors include fine powder, granules, and liquid extract, but we focus on powder for most industrial orders, since this gives the best stability and shelf life. Factory QC teams run HPLC and microbiological scrutiny, keeping contamination and adulteration off the table.
This is not a one-size-fits-all plant extract. Our customers choose between grades based on the final application: food fortification requires tight control and paperwork on allergen status, while the cosmetic sector demands higher clarity and color consistency. Being involved in every stage of production allows us to pivot quickly; slight tweaks in the cut size or drying process fine-tune the final look and solubility, which matters for spray-driers, beverage mixes, and capsule manufacturers.
For anyone who has handled commodity shipments, it’s no secret that not all extracts are equal. We’ve received competitive samples with wild variances in appearance, flavor, odor, and—most critically—chemical profile. Some extracts labeled “burdock” contain less than a third of the claimed inulin, and some batch test hot for residual pesticides or heavy metals. These issues occur when supply chains grow long and supervision turns lax. Direct, controlled manufacture puts a stop to that cycle.
The composition of our extract comes with a clear certificate, not a generic spec sheet. As a production manager, I’ve watched how each departure from best practices—skipping a test, cutting corners on drying to rush out inventory, accepting inferior root stock—shows up fast in the extract quality. It starts with darker color or uneven texture, but soon creeps into more serious territory such as failed microbial counts or suspicious HPLC traces. Because we physically handle raw material, run the extraction lines, and see QC data feed in, every variable tied to root quality, solvent ratios, and drying conditions stays documented. This means recalls never trace back to us.
Other companies, especially middlemen, often operate blind, relying on assurances from upstream suppliers, or even accepting secondhand documents swapped several times before reaching the customer. As actual manufacturers, we can open our records from seed purchasing forward. This affects not just quality, but risk: counterfeit certificates and adulterated product stay out of our pipeline, and traceability remains rock solid, even years after a batch leaves the warehouse.
Burdock extract draws genuine interest from health foods, supplement lines, beverage formulation teams, and growing numbers of cosmetic chemists. Chief among its uses is its reputation as a “prebiotic” source, delivering dietary fiber (inulin) that may help support beneficial gut flora growth. Some partners bottle it as a concentrate for functional teas, while others compress it into solid tablets or offer it blended in ready-to-drink powders. Our experience with drying and granulation methods helps partners avoid issues such as cake formation or dispersibility problems; clients rarely face complaints over clumps or off-odors.
Private label supplement brands in particular want extract with repeatable functional claims. These brands need reliable levels of arctiin and arctigenin to build evidence around antioxidant or “liver support” products, and our capacity to offer fully indexed lots with third-party verification assists them in meeting regulatory requirements abroad. Regulatory watchdogs in EU and US focus more on batch verification than ever. Having boots on the ground in both growing regions and our production floors lets us ensure that no contaminant or unwanted compound finds its way into final material.
Food and beverage applications also rely on taste neutrality and water solubility. Burdock on its own can bring an earthy flavor; handling, roasting, and extraction all impact this sharply. We’ve refined our process to keep the flavor light, so blended teas and drinks balance well without the bitterness that marks less carefully made extracts. Every year, beverage developers come to us citing failed tests with more pungent, resinous extracts from generic sources; after piloting our powder, the problems vanish.
Cosmetics makers use burdock extract for its potential anti-inflammatory and antimicrobial properties, adding it to serums, tonics, and scalp formulations. They expect color consistency and clarity above all—discoloration or settling cloud the final product and frustrate formulators. We're able to adjust filtrations and drying to supply a light, uniform powder or a nearly colorless aqueous extract geared for these applications. Verifying pesticide absence gives these downstream clients confidence to launch without stumbling over surprise contaminants.
Much can go wrong in the journey from field to final extract. Unchecked, root harvesters sometimes add lower grade or even unrelated plant material to stretch weight. Root washing and drying, if shortchanged, invite microbial growth that clings to the machinery and ends up in your extract. Facilities unfamiliar with best practices often use aggressive solvents or yield extracts with off profiles or harmful residues. Outsiders rarely have oversight over these steps. We see sampling failures every season from brokers who bought up “bargains” from loosely supervised suppliers.
Insisting on full oversight costs more at every stage. From stricter raw material evaluation, greater waste during screening, to direct HR investment in extraction, the price per kilo rises. Yet this is not wasted cost. Years ago, we made a decision to own the process from planting to extraction, and every client we kept as a result has confirmed: avoiding recall, failed audit, or negative press is worth far more than chasing the cheapest kilo. Burdock roots handled with care—sanitized and monitored for origin—deliver the safest, most potent base for extracts.
Some buyers run comparisons between manufacturer product and market-available generic stock. The difference shows up in both test results and performance. A properly made extract smells mild, dissolves with little agitation, passes residue tests for common pesticides, and maintains a pale, stable color in solution. Users report that mislabeling—ingredient swap, inclusion of bulking sugars, or even spiking to boost “apparent” inulin levels—poses a growing risk. Our manufacturing controls leave no cracks for such problems to slip through.
Manufacturers who lack direct command over batch inputs find it tough to meet tightening standards. Our experience with exports highlights this: countries begin to demand upfront documentation, pesticide residue panels, and batch chromatographs prepared in accredited labs. Burdock grown in some regions picks up soil contaminants such as heavy metals or persistent herbicides. Local processors rarely screen consistently. Our labs catch these issues early, and we simply do not ship runs that fall below standards. This approach preserves not just our credibility, but keeps clients shielded from shifting regulatory liability.
Batch-to-batch uniformity challenges even the best manufacturers. Climate swings, rainfall, and root age all nudge compositional targets in unpredictable ways. Our routine: proactive testing of harvests for three core indicators—inulin percent, arctiin levels, and moisture content—establishes a starting point. If weather, storage delays, or root spoilage threaten batch quality, the lot stays aside, no matter the economic sting. Our testing and records show real patterns, not fabricated figures; partners see exactly what they are getting.
Regulators have started to lean on end buyers for “chain of custody” documentation. We provide this without fuss, since our lot tracking runs from incoming truck to finished product lot. Reports are not overcome by marketing jargon—just chemical analysis, micro counts, and in-depth screening. Fewer buyers request random audit samples after working with us, because our track record removes uncertainty.
Over years of feedback, we have shaped our extraction and finishing practices to address actual user headaches. Standby issues include powder clumping, poor dispersibility in cold water, and batch browning after several months on the shelf. To fix these, we adapted oven temperature ramping, optimized particle sizing just enough to avoid dustiness, and developed oxygen-controlled storage. We never use anti-caking chemicals or synthetic colors, since downstream blending often pushes toward “clean label” claims.
In cosmetic applications, our partners asked us to dial out the brackish undertone common to some root extracts, so we sharpened charcoal filtration at a lower temperature. The result: nearly colorless, flavorless extract ready for high-purity tonics and hair care products. Food brands requested “allergen-clean” lots, so we certified process lines for allergen exclusion and batch test for soy, gluten, and peanut traces. These are not token certifications, but part of our protocol—each lot’s results go straight to customer records for independent confirmation.
We respond to practical issues with results from our own facility. Dispersibility and flavor depend on production order, drying, and granulation, so we adjust method as soon as feedback arrives. There are no formularized, boilerplate “one size fits all” solutions provided here; clients engage with us because we produce on-site, not through a web of subcontractors.
Stories reach us of clients returning to direct manufacturing after running into problems with brokers. Typical gripes: unclear source documentation, “off” odors in final powder, regular supply shortages, and test failures for dietary supplement launches. Each complaint circles back to lack of control—a gamble that a remote, unsupervised supply line hit standards by luck or honesty. In a segment full of brokers and intermediaries, the ability to lean on full process custody stands out. We’ve learned that supplying traceable, consistently superior burdock extract wins trust and keeps partnerships running for the long term.
Years after launching a batch, we can unearth the field map of the harvest and every critical processing step. This is not theoretical traceability; it is real, verifiable data, available anytime. Large beverage and supplements brands increasingly request supplier partners who deliver on this exact trait—documentation that stretches back deeper than a faxed “statement of origin.”
This involvement enforces discipline, but not all aspects come back to numbers and charts. Honest, open lines of communication clear up confusion about technical specs, labeling, or end use applications. Buyers who have struggled with contamination or inconsistency elsewhere find comfort in straightforward data and willingness to walk through processes in plain language.
The uncovering of new applications for burdock extract keeps us learning and adjusting. Research points to admirably broad functional potential in both preventive health and cosmeceutical segments. We cross-reference emerging clinical findings with our routine tests—if studies suggest new active compounds, we pursue new HPLC reference standards and revise controls to capture those targets. Constant process reevaluation keeps extract profiles tightly aligned with actual scientific trends, not outdated marketing claims.
Product adaptation is not just a matter of scientific interest. As Asian functional beverage formats enter the mainstream, texture and color join chemical composition at the fore of buyer expectations. We respond by partnering early with product developers, piloting prototypes, and sharing our own trial runs for feedback. Collaboration yields real insights into product behavior: how extract responds to different pH, heat treatments, or bittern masking strategies. This means new formulations launch faster and sustain fewer failed product runs, to the benefit of everyone in the value chain.
Changing consumer sensitivities—vegan, GMO-avoidance, pesticide-free, farm-to-bottle—run through every new order conversation. Having iron grip on our own stock ensures that client requirements translate into specific, actionable directives in our plant. We avoid “surprise” issues that stem from unmonitored, offsite sub-manufacture. Dietary supplement partners build products for regulated markets; every missed or false step by their supplier can create reputational and business risk. Deep manufacturing oversight translates to peace of mind throughout the supply chain.
Few outside the factory floor appreciate the precision demanded by botanical extracts. Every shortcut in washing, drying, or grinding sits imprinted in the final lot. The controlled sequencing of solvents, time, and temperatures account for much of the difference between shelf-stable powder and batches that fail micro standards. Outsourcing hands away command over these aspects—leaving only hope and assurances. Having in-house teams responsible for each process step reveals quickly which tweaks matter: slower oven ramp prevents Maillard browning, tighter root screening removes soil and grit unnoticed in visually “clean” roots, and deliberate chilling yields finer flavor control.
Internal R&D goes beyond basic analytics. We lean on cumulative process tweaks: how subtle agitation changes impact cold-water dissolution, how late-stage oxygen exposure prompts slight browning, or why vapor-phase drying produces finer, fluffier powders with robust aroma retention. This depth of understanding becomes a competitive edge that simple reselling cannot match.
Buyers who have hustled about for cheaper alternatives circle back after struggling with inconsistent granulation, off-odors, and irregular color—issues tied to rushed or poorly supervised manufacture. Consistent processing at source eliminates nearly all of these headaches, saving both money and time on complaint management and reformulation.
Sourcing, manufacturing, and supplying a reliable botanical extract like burdock is not a matter of picking from a catalog or choosing the lowest bid. Real-world knowledge, developed through years of hands-on production, feeds into better, safer product and supports stronger client trust. Every order sold directly reflects our direct involvement—every lot carries not only the analytical evidence but also the institutional knowledge of field, floor, and lab. In a crowded, often confusing arena, the clarity and rigor of direct manufacture set the standard. Experienced producers know this from long exposure to both the strengths and pitfalls of the trade. The outcome for partners is simple: no gambling with quality, origin, or regulatory risk—just consistent, carefully made burdock extract, batch after batch.