|
HS Code |
975772 |
| Product Name | Daidzein Extract |
| Primary Source | Soybeans |
| Active Component | Daidzein |
| Chemical Formula | C15H10O4 |
| Cas Number | 486-66-8 |
| Appearance | White to off-white powder |
| Solubility | Slightly soluble in water, soluble in ethanol and DMSO |
| Purity | Typically ≥98% |
| Extraction Method | Solvent extraction and purification |
| Storage Conditions | Store in cool, dry place away from light |
| Molecular Weight | 254.24 g/mol |
| Usage | Used in dietary supplements and research |
As an accredited Daidzein Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Daidzein Extract is packaged in a sealed, opaque 1 kg foil bag, labeled with product details, batch number, and expiry date. |
| Shipping | Daidzein Extract is securely packaged in sealed, airtight containers to prevent moisture and contamination. It is shipped with proper labeling and documentation, in compliance with safety and regulatory standards. The product is transported under controlled conditions to maintain integrity, typically by courier or freight service, with tracking and delivery confirmation provided. |
| Storage | Daidzein Extract should be stored in a tightly sealed container, protected from light, moisture, and heat. Store it in a cool, dry place, ideally at room temperature or lower, away from ignition sources and incompatible substances. Proper labeling and secure shelving are recommended to prevent contamination or accidental spillage. Keep out of reach of children and unauthorized personnel. |
| Purity 98%: Daidzein Extract Purity 98% is used in pharmaceutical formulations, where it ensures high bioactivity and consistent therapeutic potency. Particle Size <10 µm: Daidzein Extract Particle Size <10 µm is used in nutritional supplement tablets, where it provides enhanced absorption and uniform dispersion. Molecular Weight 254.24 g/mol: Daidzein Extract Molecular Weight 254.24 g/mol is used in biochemical assays, where it delivers precise analytical quantification. Stability Temperature 40°C: Daidzein Extract Stability Temperature 40°C is used in cosmetic creams, where it maintains molecular integrity under storage conditions. Melting Point 315°C: Daidzein Extract Melting Point 315°C is used in high-temperature synthesis processes, where it prevents premature degradation and ensures product consistency. Solubility in Ethanol 20 mg/mL: Daidzein Extract Solubility in Ethanol 20 mg/mL is used in liquid nutraceutical preparations, where it offers superior dissolution and homogeneous blending. Residual Solvent <0.1%: Daidzein Extract Residual Solvent <0.1% is used in functional food additives, where it guarantees safety and compliance with regulatory standards. Heavy Metal Content <10 ppm: Daidzein Extract Heavy Metal Content <10 ppm is used in pediatric dietary supplements, where it ensures minimal toxicological risk and user safety. HPLC Assay 99%: Daidzein Extract HPLC Assay 99% is used in analytical reference standards, where it achieves accurate calibration and validation of laboratory instruments. Moisture Content <5%: Daidzein Extract Moisture Content <5% is used in powder-filled capsules, where it promotes long-term shelf stability and prevents microbial contamination. |
Competitive Daidzein 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 admin@ascent-chem.com.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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Over the years, more customers have turned to natural ingredients to meet strict standards for safety and performance, especially in food supplements and functional products. Daidzein Extract has stood out among the isoflavones for its established presence in formulas supporting women’s health, aging well, and lifestyle nutrition. We have seen its demand rise with the discussions around phytoestrogens, not only due to its sourcing from soybean but also because of the traceability and batch consistency our facility delivers. As a manufacturer, our team faces scrutiny on purity and standardization daily. Each batch’s profile needs to hit target specifications, and any deviation is quickly noticed by returning buyers who run their tests.
In our production hall, Daidzein Extract typically appears as a fine off-white powder—an indicator of high purity and minimal mechanical handling. The standard product we offer holds a daidzein concentration not less than 98%, according to validated HPLC analysis. Customers interested in food supplements, pharmaceuticals, or even specialized nutraceutical research often focus on this purity. Experience has taught us that lower purities introduce complications not simply limited to formulation headaches. Contaminant residues, off-odors, and unpredictable solubility patterns tend to crop up more often in such cases. Our routine starts at harvest. We select non-GMO soybean sources as primary raw material, considering both the regional farming standards and deliveries’ batch uniformity. Traceability runs deep from sourcing to finished product documentation.
ISO and GMP protocols shape each step. We constantly check for heavy metals and pesticide residues. Only after a batch clears scrutiny does it move past our warehouse. The moisture requirement stays below 2% for each release. Particle size ranges adapt to each order, yet routine clients in the pharmaceutical sector usually request fine mesh grades for their tablet production lines, while others prefer coarse material for direct blending into powder premixes.
Nutritional brands approach us looking for solutions to incorporate phytoestrogens into women’s health products, especially those aimed at menopause support. Having seen both small-scale and high-volume projects move through our order system, our team advises clients at several points. Bulk extract alone will not produce a functional outcome unless its composition stays true. Inconsistent color or odor signals oxidation or impurities. One recurring issue among new clients switching suppliers involves lingering bean-like aroma or poor dispersibility in water-soluble blends. These problems often occur when material hasn’t been properly refined during extraction.
Our extraction avoids harsh solvents. We maintain a controlled temperature environment, so the daidzein molecules remain stable and active. During scale-up, it’s tempting to sacrifice these process controls for faster output, but doing so risks altering isoflavone distribution across the batch. Over many production runs, our line workers and engineers have found that proper solvent control paired with low-moisture drying increases the batch’s shelf life and maintains the correct isoflavone balance. Reviewing customer feedback, we learned that using this method reduces unexpected sedimentation when clients prepare beverages, capsules, or direct-use blends.
Often, customers ask what sets our Daidzein Extract apart from the generic isoflavone powder market. Most mass-produced isoflavone blends maintain lower concentrations of individual bioactives, prioritizing broad content over focused activity. Generic extracts sourced from unverified supply chains pose real risks—hidden allergen residues, unstable moisture levels, and variable activity impact formulation reliability. Then, there’s the issue of plant variety. Our daidzein model comes from carefully monitored soybean crops, not wild-harvested sources. Crop stability translates to stable extract, which large customers recognize when scaling batches.
On regular visits to clients—especially those running high-throughput nutraceutical lines—we encounter a clear concern: downtime due to inconsistent or clumpy powders. Our Daidzein Extract’s mesh specification addresses these pitfalls. By matching their blending and granulation hardware, the extract flows as intended, reducing time spent in laborious re-processing. This detail makes a difference not only in production fitness but also in troubleshooting unexpected batch failures downstream.
Navigating quality audits and compliance reviews shapes the way we design each batch. It goes well beyond ticking boxes on a checklist. Our internal quality review panels hold routine audits. Certificates of analysis only matter if various in-house and third-party tests match; these include identity (by HPLC or sometimes NMR), purity, heavy metal content, microbial load, and stability. Foreign materials or unexplained composition variance quickly lead to batch rejection. Historical data logbooks archive every step—from farming to processing—to replicate performance in future lots, and customers in regulated markets expect nothing less.
Adulteration emerged as a challenge in the mid-2010s when daidzein prices climbed. We observed that unscrupulous traders started blending in other isoflavone classes or non-soy plant extracts to pad out volume. Internal teams perform fingerprint mapping for each batch, detecting lows and highs in the isoflavone spectrum. Our staff, many of whom have worked at the plant for over a decade, have an eye for color differences signifying lot divergence. Whenever issues arise or regulations shift, we adjust protocols, ensuring material stays on the safe side of compliance.
There is no shortcut in extracting plant-based actives that meet the claims consumers read on product labels. Solvent recovery systems at our site reclaim over 90% of the alcohol used during extraction. This matters to both operational cost structure and sustainability reporting for our larger buyers. Extract waste passes through rigorous filtration—solid residues often find use as animal feed after independent residue testing. We have learned, through trial and error, that proper control over extraction time and filtration sequence eliminates fine particulates, improving clarity in subsequent dissolutions.
What benefits us in operational terms often benefits the end-user in finished goods applications. For example, one sports nutrition brand switched to our Daidzein Extract after repeated softgel formulation failures related to density inconsistencies in their prior source material. After analyzing their product breakdown, our QC team pinpointed insufficient granulation and excess carrier load in those competitors’ powders. Starting with our standardized mesh and particle density, the brand eliminated oil seepage and batch segregation during softgel manufacture, saving hundreds of kilograms of rejected product monthly.
Clients want assurance that ingredients are as clean as the claims suggest. Audits from international buyers now extend well beyond purity numbers and solvent logs. Our documentation traces each delivery from farm to drum, minimizing the risk of unreported substitutions. A dedicated sourcing team visits contracted farms several times a season, cross-checking that planting, harvest, and post-harvest handling conform to pre-set standards. Unlike warehouse traders, we oversee the drying, loading, and shipping internally, which prevents cross-contamination and identity loss.
Our sustainability office maintains direct communication channels with both suppliers and research partners. Efforts to lower carbon emissions include investment in energy monitoring systems and solar retrofits, funded in response to both government incentives and buyer inquiries. Few buyers initially considered this a deciding factor, but recent supply chain disruptions and ESG reporting needs placed traceable, responsible sourcing high on the vetting agenda. Besides, the peace of mind this brings to customers—knowing that their product’s origins and handling history can be checked on demand—translates to fewer audits and tighter relationships in the long term.
No two orders look the same, and real-world needs stretch manufacturer capabilities. During pandemic-related supply shocks, we scaled output by optimizing extraction scheduling and doubling warehouse shifts. Regular customers leaned on us for critical deliveries. Weekly check-ins with partners flagged transportation bottlenecks, and internal stockpiles proved necessary to buffer against missed shipping slots or port closures. This experience reinforced a simple lesson for our entire team: reliable manufacturer partnerships outlast opportunistic deals from unknown brokers.
Flexibility counts—in grade selection, delivery timing, and documentation. Customers with new formulation protocols may need ingredient certificates fast, and missteps in paperwork can stall an entire batch release. That’s why our process integrates digital documentation from lab to warehouse, speeding up approval cycles worldwide. This helps ensure buyers receive Daidzein Extract that passes both technical screening and regulatory gatekeeping, even as guidelines change.
Consumer priorities shift, driving innovation on both ingredient and delivery format fronts. The trend toward personalized nutrition and well-aging solutions put extra pressure on raw material suppliers to provide clear, consistent, and verified data about their extracts. Our facility invested early in bench and pilot-scale research spaces. R&D teams routinely collaborate with clients on bioavailability studies, solubility improvements, and formulation troubleshooting. One recent pilot project involved adapting Daidzein Extract for a liquid delivery system, overcoming traditional powder-dissolution issues through micronization and carrier selection guided by joint trials.
Not all clients possess in-house analytical capabilities, so our lab shares assay methods and troubleshooting tips. Through shared documentation and test results, brands can compare outcomes in blind studies before committing to new product designs. This approach protects both brand value for the client and process efficiency for us. Helping a supplement company avoid trial-and-error mistakes on ingredient selection or blend ratios prevents waste and improves time-to-market.
The market for plant isoflavones will continue evolving as regulatory and consumer scrutiny intensifies. The greatest value a manufacturer brings rests in clear, verified data, consistent quality, and direct channels for prompt support. Clients want to know more about hormone-like ingredients, allergen status, and real-life performance. Continued collaboration across R&D, quality, and sourcing gives our partners products that withstand label challenge and deliver function as claimed.
Several brands share back data from consumer trials and clinical studies using our Daidzein Extract. Documented outcomes—ranging from safety to satisfaction—are fed back to our technical team, informing both ongoing process improvements and market communications. As ingredient expertise and consumer education rise, traceable manufacturing, batch documentation, and flexible specs become non-negotiable—all built on years of hard-won experience meeting global client needs. This way, every batch carries the accumulated know-how that keeps brands and consumers secure.
True value for formulators and end-users doesn’t arise simply from pricing or bulk volume. It comes from ingredients sourced and processed with integrity, manufactured under strict process controls and quality checks. Ongoing dialogue with buyers—about regulatory updates, supply chain realities, or product innovation requests—forms the backbone of long-term partnerships. Our Daidzein Extract stands as the result of deliberate investments in manufacturing, people, and traceable supply, shaped by real lessons drawn from years of direct experience in the field.