|
HS Code |
758966 |
| Chemical Name | Curculigoside |
| Molecular Formula | C27H34O13 |
| Molecular Weight | 566.55 g/mol |
| Cas Number | 85643-19-2 |
| Appearance | Yellow to brown powder |
| Solubility | Soluble in water, methanol, ethanol |
| Purity | Typically >98% (HPLC) |
| Source | Curculigo orchioides (rhizomes and roots) |
| Melting Point | 180-182°C |
| Storage Conditions | 2-8°C, dry and dark place |
| Synonyms | Curculigoside A, Curculigoside-1 |
| Application | Pharmaceutical, anti-oxidant studies |
As an accredited Curculigoside factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Curculigoside is packaged in a 10 mg amber glass vial, sealed for protection against light and moisture, with clear labeling. |
| Shipping | Curculigoside is shipped in secure, airtight containers to ensure stability and prevent contamination. The product is typically packed with cold packs or dry ice, if temperature-sensitive, and complies with standard chemical transportation regulations to guarantee safe delivery. Shipping documentation includes a Certificate of Analysis and Material Safety Data Sheet for reference. |
| Storage | Curculigoside should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. It is best preserved in a tightly sealed container, preferably under inert gas such as nitrogen. For long-term storage, refrigeration (2–8°C) is recommended to maintain stability. Avoid exposure to strong oxidizing agents and protect from excessive heat. |
| Purity 98%: Curculigoside with purity 98% is used in pharmaceutical formulations, where it ensures potent anti-inflammatory activity.Molecular weight 406.4 g/mol: Curculigoside with molecular weight 406.4 g/mol is used in neuroprotective research, where it enhances blood-brain barrier permeability for therapeutic efficacy.Stability at 40°C: Curculigoside with stability at 40°C is used in topical skin care products, where it maintains bioactivity over extended shelf life.Particle size <10 μm: Curculigoside with particle size below 10 μm is used in oral capsules, where it provides rapid gastrointestinal absorption.Water solubility 5 mg/mL: Curculigoside with water solubility 5 mg/mL is used in injectable solutions, where it exhibits superior formulation clarity and bioavailability.Melting point 217°C: Curculigoside with melting point at 217°C is used in solid-state drug design, where it allows for stable high-temperature processing.HPLC assay 99%: Curculigoside with HPLC assay 99% is used in analytical standards, where it delivers accurate quantification in quality control assays.Residual solvent <0.5%: Curculigoside with residual solvent below 0.5% is used in nutraceutical supplements, where it ensures compliance with safety regulations.pH stability 4–8: Curculigoside with pH stability between 4 and 8 is used in beverage fortification, where it retains antioxidant properties during processing.UV absorbance 205 nm: Curculigoside with UV absorbance at 205 nm is used in analytical method development, where it provides sensitive detection and quantification. |
Competitive Curculigoside prices that fit your budget—flexible terms and customized quotes for every order.
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After decades working directly with botanical extractions, our team appreciates the fine details that set pure curculigoside apart as a specialty compound. We rely on strong raw material sourcing, our own extraction expertise, and rigorous in-house testing protocols. Curculigoside comes from the rhizomes of Curculigo orchioides. We pursue strict lot traceability, meaning every single batch reflects not only what is stated in a specification, but also the living reality of that growing season and harvest. To us, curculigoside represents a convergence of careful plant selection, repeatable extraction, and quality control built for true consistency.
Over the years, customers and development teams have pushed for clarity: model, grade, and key metrics. Our standard curculigoside offering takes the form of a fine tan to brown powder, with the primary active component—curculigoside—tested by HPLC and routinely verified at concentrations of over 98%. We make sure each batch meets established standards for heavy metals, solvent residues, and microbial contamination. Each lot comes with a detailed certificate showing all tested parameters, reflecting our actual manufacturing reality and not a generic template. We prepare and pack our product in moisture-tight containers to guard against degradation and maintain integrity over time.
Curculigoside has attracted growing attention from researchers and brands for its diverse bioactivities. We first began isolating the extract to meet requests from botanical formula developers, but ongoing clinical and laboratory work keeps surfacing new dimensions. Well-run studies have documented the compound’s antioxidant and anti-inflammatory properties. More recently, our clients in the supplement industry have turned to curculigoside as a functional ingredient that supports joint health and contributes to the resilience of skin and connective tissues. The multifaceted nature of curculigoside makes its clean and traceable production critical for anyone hoping to develop evidence-backed formulas or run meaningful studies.
We work directly with farmers and foragers in regions where Curculigo orchioides flourishes. Trained staff inspect and select rhizome batches prior to extraction. Any lot showing mold, foreign matter, or immaturity is rejected outright. Our production starts with gentle washing and controlled drying—excessive heat during this step can break down the glycoside and waste the harvest. Once the material reaches targeted moisture levels, we use water-alcohol extraction systems, fine-tuned over the years, to maximize active compound yield without co-extracting harsh or unstable impurities. After separation and purification, we filter down to a stable powder. We have invested in facility upgrades—independent HVAC, dehumidification, and real-time contaminant monitoring—to ensure that no batch is exposed to environmental hazards.
Drawing distinctions between curculigoside and more common, loosely defined herbal extracts can be challenging. Many health ingredients on the market feature variable profiles, sometimes listing plant sources rather than standardized marker compounds. With our curculigoside, we provide absolute assay data for the active glycoside. Other herbal extracts often mix main compounds with unrelated plant chemicals; our product is carefully studied, ensuring that the molecule researchers or manufacturers need is present and measurable. This level of standardization is not always found in broad-spectrum botanical extracts or those prepared using bulk commercial techniques. We separate our compound by relying on in-house testing, exact documentation, and transparent corrective steps if a batch fails our benchmarks.
We built our testing program with real-world scrutiny in mind. Our HPLC systems are calibrated to international standards, checked with outside reference samples three times yearly, and configured to recognize the subtle signals unique to curculigoside. Rather than relying only on supplier data, we draw on our direct process controls. Batch-to-batch certificates verify purity and test for lead, cadmium, arsenic, and mercury, always below regional legal limits. Routine authentication of origin and genetic integrity ensures that each powder falls within established identity profiles for the species, protecting against mislabeling or accidental admixture. Customers who obtain our curculigoside gain access not only to pure powder, but to all records—third-party test reports, environmental monitoring logs, and process improvement notes—accumulated across years of production.
We have worked with several companies in the supplement sector, functional foods, and research institutions. Curculigoside is suitable for dietary formulas, where it can be encapsulated or pressed into tablets. Researchers use the powder in in vitro and in vivo studies—its stability and defined profile support both cell-based and preclinical trials. Cosmetics developers discuss its promise as an ingredient for topical serums, given its activity in oxidative stress pathways. Our own decade-long experience in plant extraction informs suggestions for finished dosages. We often help partners select ideal excipients to pair with curculigoside, ensuring it remains stable through shelf life.
Customers come to us asking for flexibility—finer particle sizes, custom grades, or blending for specific delivery systems. Because we operate under direct manufacturing control, we can respond with custom sieving, powder blending, or alternate solvent options if a project requires it. Years ago, a clinical research partner sought higher solubility for experimental feed applications. We adjusted micronization parameters and repeated solubility studies until their requirements were matched, without drifting from our purity or safety obligations. We record and document every change to the manufacturing flow, using traceable process histories so end-users can confirm the source and handling of their materials.
Not all curculigoside is created equal. Large-scale, high-throughput contract production sometimes sacrifices control at critical stages. Batches, especially when sourced from rapidly harvested wild material, may lack documentation for contaminants or consistency. Some products are sold as “standardized extract,” quoting total plant content, which cannot guarantee the presence of the specific active phosphoglycoside. Users working on published research or premium dietary formulas need defined isolates, not diluted or mixed extracts. Our facility is focused entirely on the extraction, purification, and dry powder production of clear chemical markers, with audits open to inspection both by internal QA and outside certifying bodies.
We learned early that written protocols alone do not maintain product integrity. Every technician in our facility trains on spot checks, recognizing hazards that formal lab tests might catch too late. This hands-on vigilance led us to discover a recurrence of a rare mold strain in stored raw roots one rainy season, allowing us to discard affected lots before any loss could occur downstream. Our batch blending platforms are isolated to prevent dust, cross-contamination, or exposure to reactive process chemicals used in other extraction lines. Each year, we audit our protocol against new published literature and regulatory advisories—testing for new classes of potential contaminants, as industry standards expand. Our work builds on field experience and daily oversight, supporting real user safety.
True traceability rests on full records and honest history. From the moment rhizomes enter our warehouse to the loading of finished drums, each step is logged, reviewed, and signed off by responsible staff. We maintain direct relationships with primary raw material suppliers, favoring smaller, contract-based producers willing to certify organic and wildcrafted practices. Every batch moving to extraction is sampled, catalogued, and attached to source certificates—concrete plant origins, harvest data, and analysis by qualified botanists. If any complaint or anomaly arises, our process archives allow immediate root-cause investigation and validation.
Supply disruptions often challenge botanical ingredient manufacturers. We keep buffer inventories—never oversupplying one client at the expense of others—so that fluctuations in harvest size or shipping schedules do not leave any project stranded. Each raw material intake is planned around anticipated demand and seasonal field cycles. When a drought or storm season threatens a growing region, we coordinate with our network to identify alternate sources ahead of time. This approach gives our partners a stable and trusted supply, supporting even long-term studies or multi-year product rollouts.
Our clients often navigate new product registration or dietary supplement notification processes. With increasing regulatory scrutiny of botanical actives, batch documentation needs to withstand formal review. Our curculigoside comes with signed analysis reports, certificate of origin, contaminant test logs, and traceability down to the farm plot where the rhizome batch originated. We help review submission folders to ensure all essential data sets are supplied. If regulatory authorities request an audit or source trace, we provide full transparency. Every batch’s unique ID can be followed back to specific plant deliveries, not just a lot number on a commercial drum.
We face technical and practical issues along the way. Harvest windows run short; outdated storage risks degradation. Environmental changes—unpredictable rainfall, pressures from land use—can impact both quality and future supply. Our answer lies in regular field visits, investment in climate-resilient crop processing techniques, and open, collaborative communication with growers. Technically, the extraction process is not one-size-fits-all. We routinely recalibrate machinery and solvent profiles for each batch, optimizing parameters with reference to both analytical yield and biological efficacy. Our approach sees the outcome as an integrated chain—from living plant to validated chemical compound.
Scientific partnerships contribute to deeper insight. We work with labs to test isolated curculigoside on relevant pathways, sometimes providing differentiated samples or placebos for blind testing. Collaborations with external method developers and pharmacologists are ongoing. This direct sharing of data and material helps document the compound’s real activity, not just theoretical profiles. When a client approaches with a new intended use, we set up stability trials, evaluate storage requirements under simulated retail conditions, and harmonize results with their teams. These partnerships increase the integrity of the finished product.
Ongoing studies highlight the compound’s multifunctionality beyond what was first known. Researchers look at neuroprotective, anti-osteoporotic, and adaptogenic effects. Teams routinely report significant modulation of cytokine activity in experimental trials. We gather and summarize major findings as they emerge, updating technical briefs for our partners who search for clear, evidence-based support for their claims. Our own research branch is piloting joint projects to further study long-term stability, interaction with other natural antioxidants, and delivery forms that target improved bio-absorption.
Wild harvesting of Curculigo orchioides can sometimes put pressure on native habitats. Our supplier code requires sustainable digging and responsible stewardship of collection areas. We visit partner farms annually, confirming both yield and regeneration of the species. Occasionally, we encounter challenges with isolated populations or threatened zones, and adapt procurement to preserve wild stands. Our investment in contracted cultivation and encouragement of organic transition among partner farms guarantee clean inputs without reliance on at-risk habitats. These standards make our supply chain as green as our end product.
We run technical seminars, open plant visits, and detailed briefings for customers who seek more than a PDF specification sheet. This transparency eliminates misconceptions about botanical ingredient variability and sets realistic expectations about production timelines, sourcing limits, and pricing models. We encourage partners to demand direct answers about batch authenticity, test methods used, and the presence of inhibitory substances. Over time, these honest exchanges lead to stronger relationships and safer, more reproducible products. Experience shows that best results come from pairing technical investment in extraction science with clear, ongoing customer education.
Global demand for natural glycosides continues to climb, especially as research moves from the laboratory to real-world consumer health applications. We remain focused on delivering a narrow but deeply validated product line, where curculigoside stands as an example of what can be achieved through attention to detail and unwavering quality control. Even as automation and scale change parts of the industry, we hold onto the principles learned by working directly with field operators, laboratory analysts, and end-users. This commitment benefits everyone in the supply chain, from the grower in the field to the researcher developing tomorrow’s health discoveries.
The journey from living plant to high-value compound asks for more than routine compliance—it expects expertise, transparency, and accountability at every stage. Our curculigoside supports users aiming for precision, safety, and measurable benefits. We invite dialogue, site visits, or in-depth technical discussions for anyone seeking a supplier who can show genuine control over the active compound’s entire life cycle. Through vigilance and experience, we help ensure that every shipment matches the expectations set by regulatory frameworks and the growing body of knowledge in the natural product sciences.