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HS Code |
380834 |
| Name | Harpagoside |
| Chemical Formula | C24H30O11 |
| Iupac Name | methyl (2S,4aR,5S,6R,8aR)-5-[(E)-3-(4-hydroxy-3-methoxyphenyl)prop-2-enoyl]oxy-6-(hydroxymethyl)-2,8a-dimethyl-1,2,3,4,4a,5,6,7,8,8a-decahydronaphthalenecarboxylate |
| Cas Number | 19210-12-9 |
| Appearance | White to off-white crystalline powder |
| Solubility | Slightly soluble in water, soluble in methanol and ethanol |
| Plant Source | Derived from Harpagophytum procumbens (Devil's Claw) |
| Bioactivity | Anti-inflammatory and analgesic properties |
| Melting Point | 142-150°C |
| Storage Conditions | Store in a cool, dry place away from light |
As an accredited Harpagoside factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Harpagoside, 100mg, is packaged in a sealed amber glass vial with tamper-evident cap, labeled with product details and safety information. |
| Shipping | Harpagoside is typically shipped in tightly sealed containers to protect it from moisture, light, and contamination. The package includes appropriate labeling, safety documentation, and complies with all relevant regulations. Temperature and handling instructions are provided to ensure stability and integrity during transit. Shipping is arranged via accredited chemical courier services. |
| Storage | Harpagoside should be stored in a cool, dry place, protected from light and moisture. It is recommended to keep the compound in a tightly sealed container at a temperature between 2-8°C (refrigerated). Avoid exposure to heat and humidity to maintain stability. Proper storage ensures the integrity and potency of harpagoside for research and laboratory use. |
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Purity 98%: Harpagoside with a purity of 98% is used in pharmaceutical formulations, where it ensures consistent anti-inflammatory activity. Molecular Weight 494.52 g/mol: Harpagoside with a molecular weight of 494.52 g/mol is used in bioactive ingredient standardization for nutraceuticals, where it allows precise molecular identification and dosage accuracy. Particle Size <10 μm: Harpagoside with particle size less than 10 μm is used in topical creams, where it enhances dermal absorption and bioavailability. Stability Temperature 4°C: Harpagoside stable at 4°C is used in cold-chain logistics for extract storage, where it maintains chemical integrity over extended periods. Water Solubility 12 mg/L: Harpagoside with water solubility of 12 mg/L is used in aqueous formulations, where it facilitates uniform dispersion and consistent efficacy. Melting Point 166°C: Harpagoside with a melting point of 166°C is used in controlled-release tablet manufacturing, where it aids in thermal processing without decomposition. HPLC Assay ≥ 99%: Harpagoside with HPLC assay not less than 99% is used in clinical trial materials, where it ensures batch-to-batch reproducibility and regulatory compliance. Optical Rotation -24°: Harpagoside with optical rotation of -24° is used in quality control laboratories, where it confirms stereochemical purity essential for biological activity. Residual Solvent <0.5%: Harpagoside with residual solvent content below 0.5% is used in food supplement applications, where it meets stringent safety and purity standards. Ash Content <0.2%: Harpagoside with ash content under 0.2% is used in injectable solutions, where it minimizes inorganic contaminants for patient safety. |
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Harpagoside draws focused attention from many health sectors, not by accident, but by nature. Harvested primarily from the roots of Harpagophytum procumbens, better known as Devil’s Claw, this iridoid glycoside stands at the crossroads of tradition and evidence-based production practices. In our facility, we take raw material at the source and process it with full traceability—from the selection of the right plant species to the crystallization of pure harpagoside extract. Our most common model is the refined powder standardized to a consistent harpagoside content. This specificity is not just about following industry standards or regulatory checklists. It serves researchers and product formulators looking for a reproducible ingredient profile, verifying content through precise HPLC analysis with batch records that stand up to audit.
Consistency in bioactive content is not a marketing phrase—it’s the baseline for our entire operation. Each production lot goes through thoroughly mapped extraction procedures and solvent controls. Maintaining harpagoside concentrations above 20% in our standard extract models means not merely processing roots, but skillfully applying technology so that other inherent root constituents are present, but never overshadow or dilute harpagoside. Years of experience confirm that careful extraction keeps unwanted contaminants from ending up in the final powder: secondary iridoids, heavy metals, and pesticide residues do not pass unnoticed or unreported.
Maintaining low residual solvent levels reflects our direct operational involvement, not just a printed claim on a laboratory certificate. Every single batch sees a hands-on process where in-line evaporators, rotary dryers, and filtration steps are monitored by technicians well versed in the peculiar characteristics of Devil’s Claw. This means that our harpagoside not only meets food and nutraceutical standards but does so with transparency grounded in experience.
Devil’s Claw has seen centuries of traditional use in managing joint discomfort, and harpagoside isolated from its roots occupies a central place in clinical research. Many customers approach us with a need for harpagoside in topical formulations or oral supplements targeting mobility and comfort. They do so not just because the compound has recognition, but because our method delivers a stable profile batch after batch. Extracts containing defined harpagoside content behave predictably in formulation—dissolution rates, color, and taste profile do not jump unpredictably.
Over the years, we have followed reports and journal articles exploring harpagoside’s pharmacological effects—especially studies surrounding COX and LOX pathway modulation. In health product development, this translates into measurable outcomes: backed by evidence, and shaped by a direct supply chain that traces every batch from root harvest to packaged jar. Because the molecule’s structure lends itself to oxidative degradation, our process puts a premium on stabilized storage and light-resistant packaging that we select and test in-house.
Panel certifications and regulatory submissions often boil down to numbers—but as a manufacturer, we look well beyond the percentages. We run impurity profiling with LC-MS as well as HPLC to assure that customers know not just how much harpagoside is in their batch, but what else might be present. Devil’s Claw, as a source, sometimes brings along trace bioactive compounds whose behavior in finished products isn’t always straightforward. To address this, we maintain a detailed presence/absence assay list and adapt extraction pH and solvent concentrations to minimize unpredictable trace material.
Some request high-purity harpagoside for certain experimental protocols. We produce monograph-grade harpagoside, with minimum 98% purity on a dry weight basis, when high isolation is required. This allows reference standard producers and pharmaceutical formulation teams to work with a well-characterized compound, expand their own research boundaries, or meet global pharmacopoeia standards. In regular supplement manufacturing, most turn to our powdered extract models at set percentages, stable enough for formulation but with the ancillary actives of Devil’s Claw still present.
Much comparison is made between harpagoside and a broad set of botanical extract markers, such as salicin from willow bark or curcuminoids from turmeric. Working with all three in our plant, we notice the difference starts long before the extract is finished: with harpagoside, stress on gentle extraction matters more, since the parent plant’s matrix can quickly degrade the compound under high temperatures or strong pH fluctuation. Our technical team invests considerable energy adjusting extraction kinetics to avoid oligomeric side products. Techniques that work for other iridoid glycosides, like loganin or aucubin, rarely produce the same purity or stability when directly copied for harpagoside.
Salicin extraction, for example, allows more forceful handling and sometimes runs at higher solvent volumes with less concern for product loss. In contrast, Devil’s Claw root demands a nuanced approach if harpagoside is to remain intact and fully bioavailable. Stability testing on comparative samples from other suppliers often reveals significant drift in content as samples move from the plant to storage; by tuning our stabilizing process, we keep our harpagoside levels true to specification for up to two years under recommended storage.
Every product run proceeds with full method validation. Colorimetric and rapid TLC methods can give a rough estimate, but we trust only reverse-phase HPLC for final quantification, using standards calibrated by our in-house analytical staff. Mass spec confirmation is available for full structure validation in specialized requests. We never outsource these critical steps. Our labs run reference tests using authentic harpagoside so we know that the extract customers receive doesn’t just meet a label claim, but matches the active molecule shown in published literature.
NMR confirmation is not routine in supplement-grade lots but is always performed in reference and API-grade extractions. By keeping our own reference standards stored under inert atmosphere, we avoid analytical drift and make sure each subsequent batch aligns with fat-soluble stability and shelf-life assessments. Each time we release a new batch, files include full chromatogram scans with impurity overlays, available to our direct business clients upon request.
Product developers choose our harpagoside for a range of applications. Popular uses include dietary supplements, especially capsules and tablets aimed at individuals seeking joint health support. Liquid tinctures present more challenges, given harpagoside’s moderate solubility profile and oxidation risk; our technical team has learned to work with low-pH solutions buffered for stability, which reduces sedimentation and browning that can otherwise occur during storage.
In topical products, formulators appreciate our extract’s quality, as consistency in harpagoside content means repeatable sensory feel and a natural, earthy base note without muddy or harsh aftertastes. Clinical trial partners have used our compound in double-blind protocols and reported that repeat sampling remains stable from batch to batch, cutting down on the kind of analytical headaches that disrupt endpoints in long-term studies.
Some supplement brands have turned to combination formulas—pairing harpagoside with complementary ingredients like boswellic acids or glucosamine sulfate. From practical experience, we note that the stabilizing agents play a critical role in shelf-life for such blends, especially under variable consumer storage conditions. Vitamin C and certain polyols can provide antioxidant scaffolding but have to be factored into the formulation at development, otherwise there's risk of visible color change or loss of declared content.
Our operation begins with a hands-on evaluation of Devil’s Claw roots. Local agronomists we’ve partnered with for years know which growing regions provide higher native harpagoside content—Namibia and South Africa, particularly from wild-harvested stands not exposed to excessive irrigation or chemical inputs. Tracking the harvest by GPS tagging and audited weigh-ins, we retain root identity all the way to the final powder, reducing the risk of botanical substitution or adulteration.
Upon receipt, root lots go into stainless steel storage. As batches enter production, each lot is tracked using our internal lot code system, with sample retention for up to five years. Extraction occurs in custom reactors with materials graded for food contact, never in vessels that could leach metal ions or cause secondary reactions. Only select roots pass initial alkaloid profiling; those that fall short are routed to compost, not formulas.
We learned long ago that root age and post-harvest interval strongly influence harpagoside yield and stability. By shortening the time from harvest to extraction as much as possible, we minimize enzymatic breakdown and preserve the unique fingerprint that experienced buyers have come to associate with high-quality Devil’s Claw extract.
Reproducibility is a point of pride. With every new production season, we deal with natural variation in root content: rainfall, growing altitude, and even soil pH play roles. Analysts on our floor track each of these specifics—not for vanity metrics, but because such factors push extract yield and purity profiles up or down, shifting crystallization behavior and color. To compensate, extraction conditions get adjusted in real time until HPLC shows the right content.
Regular in-house training teaches technicians to spot inconsistencies not just with analytical numbers, but with hands-on sensory assessments at every checkpoint. Texture under the scoop, particle size, and flow characteristics all contribute clues to the final product’s usability in tableting, encapsulation, or blending. Our veteran staff, many with over a decade of direct experience, can spot “off” batches even before the assays roll in, simply by observation of hue or aroma.
In this market, several problems keep surfacing. Adulteration is one. Some vendors stretch Devil’s Claw supply by mixing in adulterants or bulking agents, delivering powders with low harpagoside and misleading labels. We combat this by verifying spectral fingerprints against in-house standards, not relying on paperwork from upstream. Cheap bulking agents shift density, dilute function, and sometimes introduce safety risks. Our own process guarantees that every kilogram matches traceable root material, closing the door to this deception.
A lot of Devil’s Claw powder on the open market also comes in at low concentration. Many distributors sell down to 2% harpagoside, especially in bulk lots. We focus on 20% and up, so one can formulate a batch with more predictable dosing and avoid dumping too much powder into a finished product to hit a label claim. When customers ask, we can go even higher—up to pure harpagoside for analytical standards—though such material is reserved for specialized projects and never intended for direct consumer use without further formulation.
Supply chain transparency suffers as well from middleman shortcuts and inconsistent documentation. Our customers audit us regularly: we welcome them into the facility. By showing full process maps, root provenance records, and live batch data, we open the entire chain for review. Mislabeling and substitution drop out when production is kept in-house, not offloaded to the lowest-bidder subcontractor overseas.
Being the manufacturer, we control every aspect—not just to guard technical secrets, but to honor what clients expect from a premium harvest-to-extract operation. This takes commitment in skilled workforce training, facility investment, and raw material relationships built over time, not bought at a conference. Direct manufacturing means selecting extraction solvents in person, tuning purification protocols with our own analytical chemists on hand, and documenting the entire process for repeatability and regulatory review.
Operating as the actual manufacturer, we make choices that reflect decades of cumulative lessons. Packaging takes place in climate-controlled environments to avoid the moisture swings and direct sunlight that compromise many extracts. Our finished harpagoside powder ships with real, individual batch records—each package traceable to its field of origin, timing of extraction, and analytical confirmation.
Challenges remain, as with any complex botanical. Plant genetics shift over seasons, so harvest yield and extract composition require constant attention. Wild populations of Devil’s Claw face pressures from both overharvesting and agricultural expansion. We work with regional NGOs to ensure sustainable collection—no root is pulled if it risks harming regrowth or ecosystem integrity. Traceability isn’t just about marketing; it’s our way of securing a long-term supply. Our extract always comes backed by a sustainability file for those who wish to dig deeper.
We also invest in ongoing process development. Staying ahead of the curve means screening for newly discovered adulterants, updating lab methods, and refining extraction to minimize environmental footprint. Recent advances have allowed us to reduce water use by 20% and cut down energy requirements through improved vacuum concentration technologies. Waste roots go to local biofuel projects whenever possible.
Product development rarely follows a straight path. Clients return to us reporting on how the ingredient performs in actual clinical or retail settings. This real-world feedback informs our next-stage improvements. Someone may need a finer particle size for direct compression or a granular form for dispersible beverages. Every adjustment must maintain harpagoside content and not compromise on analytical purity.
As demand grows for transparency and clean-label extracts, we make sure each improvement in process or documentation flows back to our clients, letting formulators and end-users know what they’re actually getting. Our own interest lies in giving nothing less than what we’d use ourselves—fully traceable, thoroughly tested, and honestly described.
Many available harpagoside products look similar at first glance, but years in the field show significant variation in consistency and content. Our main differences stem from tight, end-to-end controls: we source only from regions proven to produce strong harpagoside content, monitor root intake daily, and refine every step ourselves without farm-outs or subcontract manufacturing.
By never cutting our product with non-labeled additives, we offer predictable assay results batch after batch. Our use of in-house reference standards rather than only third-party inputs means the compound customers receive has been vetted for authenticity at the source. As for downstream application, formulators report easier dosing, higher measured actives per serving, and reduced risks for batch color drift or sedimentation in finished liquid products.
We also invest more heavily in documentation than the industry average—releasing full assay, impurity, and origin reports with every order, so no one is left guessing. Direct relationship with end-users means faster turnaround for custom requests and batch-specific ingredient questions. Organizations running clinical trials or large commercial launches have a direct channel to our technical and regulatory team, bypassing distributor runarounds and information bottlenecks.
Meeting the needs of modern product developers and discerning consumers has always called for more than simply hitting a number on a certificate. Our approach to harpagoside comes from decades of direct experience with both plant material and extraction science. We aim to ensure that every client, scientist, or end-user receives an extract that reflects what authentic Devil’s Claw can offer—measured by purity, stability, and origin.
Staying focused on these principles has never been about following trends; it has always been about delivering what truly works in finished products. Harpagoside is more than an analyte or label claim in our facility—it is a proof point for how real plant science, manufacturing care, and field-tested experience meet.