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HS Code |
502913 |
| Product Name | Total Flavonoids Of Purslane |
| Source | Portulaca oleracea (Purslane) plant |
| Main Component | Flavonoids |
| Appearance | Yellow to brown powder |
| Purity | Typically above 90% |
| Solubility | Soluble in water and ethanol |
| Storage Conditions | Cool, dry place away from light |
| Molecular Formula | Varies (mixture of flavonoids) |
| Potential Uses | Dietary supplement, pharmaceuticals, cosmetics |
| Extraction Method | Ethanol or aqueous extraction |
As an accredited Total Flavonoids Of Purslane factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging is a white plastic bottle labeled "Total Flavonoids Of Purslane," containing 100g of fine yellowish powder, securely sealed. |
| Shipping | Total Flavonoids of Purslane is shipped in sealed, food-grade containers to ensure stability and prevent contamination. Kept cool, dry, and protected from light during transit, it complies with standard chemical shipping regulations. All packages are clearly labeled, accompanied by a safety data sheet (SDS) for safe handling and storage upon receipt. |
| Storage | Total Flavonoids of Purslane should be stored in a tightly sealed container, protected from light, heat, and moisture. Keep at room temperature (15–25°C) in a dry, well-ventilated area. Avoid exposure to direct sunlight and strong oxidizing agents. Ensure the storage area is secure, clean, and labeled appropriately to maintain stability and prevent contamination or degradation. |
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Purity 98%: Total Flavonoids Of Purslane with 98% purity is used in pharmaceutical formulations, where it demonstrates enhanced bioactive efficacy and consistency. Particle Size ≤40 μm: Total Flavonoids Of Purslane with particle size ≤40 μm is used in nutraceutical tablets, where it enables uniform dispersion and improved dissolution rate. Water Solubility 95%: Total Flavonoids Of Purslane with 95% water solubility is used in beverage applications, where it provides rapid solubilization and clear solution appearance. Molecular Weight 350–400 Da: Total Flavonoids Of Purslane with a molecular weight of 350–400 Da is used in skincare emulsions, where it facilitates deeper dermal absorption and antioxidant protection. Melting Point 190°C: Total Flavonoids Of Purslane with a melting point of 190°C is used in functional food baking processes, where it maintains structural integrity and bioactivity during heating. Stability Temperature 60°C: Total Flavonoids Of Purslane with a stability temperature of 60°C is used in liquid syrups, where it ensures sustained antioxidant content during storage. Ash Content ≤2%: Total Flavonoids Of Purslane with ash content ≤2% is used in dietary supplement capsules, where it guarantees product purity and reduces inorganic residue risks. Loss On Drying ≤5%: Total Flavonoids Of Purslane with loss on drying ≤5% is used in health powder mixes, where it offers improved shelf-life and prevents clumping. Heavy Metal ≤10 ppm: Total Flavonoids Of Purslane with heavy metal content ≤10 ppm is used in pediatric nutrition formulas, where it assures safety and regulatory compliance. Microbial Count ≤1000 CFU/g: Total Flavonoids Of Purslane with microbial count ≤1000 CFU/g is used in oral liquid preparations, where it minimizes contamination and supports product hygiene. |
Competitive Total Flavonoids Of Purslane prices that fit your budget—flexible terms and customized quotes for every order.
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We have dedicated years to unlocking the potential of humble herbs, and Total Flavonoids of Purslane has become one of our core extracts. In the laboratory and on the production floor, we follow the journey from wild-harvested purslane (Portulaca oleracea) to a robust concentrate that fits the demands of modern formulations. This is not a rediscovered folk remedy. It’s the result of careful processing, studied extraction, and rigorous testing. Each batch comes from a transparent supply chain rooted in qualified cultivation regions, and each production run meets internal standards that did not emerge overnight. We developed these benchmarks through hundreds of trial runs and ongoing analysis of both raw herb and extract.
Our Total Flavonoids of Purslane captures a blend of bioactive molecules present in purslane, particularly flavonoids such as quercetin, kaempferol, myricetin, and apigenin. These compounds exist in the plant at trace levels and require a gentle touch to preserve their structure and activity. The extract we produce is a fine, free-flowing powder, tan to light brown in color, with a distinct phytochemical aroma. Typical flavonoid content starts at 20% (UV-VIS method), and we routinely bring higher-purity options as far as 80% depending on customer feedback and intended use.
We never treat flavonoid content as a marketing slogan. Two lots may carry a similar specification on paper, but what ends up in a customer’s hands tells the real story. Consistency comes down to more than process controls. Years in the industry have shown that weather, soil, and post-harvest handling ripple through to the final product. Regular auditing of raw material sources—tasting, smelling, and analyzing—eliminates most surprises before they hit downstream processes.
The industry tosses around the word “flavonoids,” but behind the scenes, delivering quality means more than just tallying numbers in a lab report. Flavonoids from purslane show a range of subtle differences compared to those from, say, Ginkgo or Sophora japonica. Years spent running side-by-side analyses made this clear. Purslane’s unique makeup features a balance of glycosides and aglycones, offering different solubility and bioavailability in finished formulas.
Natural products rarely give up their goodness with brute force, so we developed a proprietary extraction protocol that uses controlled temperature and ethanol gradients to separate the actives from fibrous plant matter, pigments, and inactive sugars. This lets us obtain a purer and more stable flavonoid fraction without risking hydrolysis or excessive residual solvents. Our technical team signs off only on material that passes HPLC assessment for flavonoid fingerprint matching, and we reject anything that strays from the spectrum we know supports pursuit of functional activity.
Experience shows that seeking a generic “flavonoid extract” often leads to unpredictable results. Purslane, often overlooked as a wild edible, brings a distinctive profile to functional foods, supplements, and cosmetics. The extract carries free radical scavenging capability—as measured by DPPH and ABTS methods on the shop floor—and real-world stability in hot-fill or shelf-stable formats. In cosmeceutical R&D, the purslane extract offers both soothing minor skin irritation and supporting barrier function, as measured by international clients over multiple production cycles.
On the human nutrition side, clients and third-party partners have studied the extract’s effect on glucose modulation and gentle support for vessel health. These are not theoretical claims from the academic bench. Our partners have requested tailored batches for high-dose tablets, ready-to-drink applications, and topical patches over the last six years. Each end application tests the limits of solubility, taste, and color; our technical feedback loop incorporates those lessons into process tweaks.
Model lines carry batch-reportable specifications that reflect the concerns voiced by manufacturers who set high bars for ingredient sourcing. Our core model offers 20% total flavonoids by UV-VIS, and a premium series reaches higher percentages using semi-preparative HPLC for further isolation. In practice, the difference is not just numbers on an assay. Higher-purity extracts feel lighter and disperse more easily in hydrogels and emulsions. The 20% grade, with more native plant matrix intact, works better in traditional herbal blends and plant-based nutrition bars where trace fibers offer texture.
Purity alone seldom drives purchasing decisions. Brands buying directly from our plant want extraction transparency. We provide a certificate of analysis traced to exact field lots and raw plant receipt dates. Each delivery tracks microbiological status, heavy metal profile, and solvent residues. Every specification update reflects a tangible process improvement borne out of cumulative experience, not generic claims.
Our team spent years conducting side-by-side analysis against competing sources. Standard Ginkgo flavonoid extractions deliver a higher overall percentage of quercetin but miss out on the synergistic secondary compounds purslane brings to the table—like omega-3 fatty acids and polysaccharides, which play a supporting role in product stability and skin application “feel.” Similarly, extracts from citrus often lean on naringin or hesperidin, bringing bitterness unwanted in both taste and aftertaste.
Total Flavonoids of Purslane stands apart in sensory properties and technical versatility. In beverage fortification projects, flavor masking proves easier due to the softer plant notes. Several repeat customers in the bakery and plant-based nutrition sector credit this for better acceptance in consumer taste panels. Our extract maintains color stability above 50°C, making it a top choice for pasteurization processes that often degrade less robust supplies.
In our own trial runs with gummies and chewables, purslane extract lets flavors and consistency shine through, avoiding haze and precipitation common with less soluble polyphenolic concentrates. The naturally gentle taste minimizes corrective additives. Brands report reduced waste and fewer failed lots thanks to our efforts upstream.
Purchasing directly from a manufacturing specialist gives buyers access to process truth. The supplier relationship means more than product delivery; it’s access to the story behind production, quality decisions, and rapid troubleshooting. We’ve worked with partners to adjust flavonoid concentrations, lower moisture content for sensitive applications, and run side batches to validate stability under local climate and storage. Responses to troubleshooting and change requests emerge from the people who developed the process, not sales intermediaries.
A manufacturer’s experience reveals how small tweaks in process—temperature, pH, solvent ratios—produce measurable differences in flavonoid activity and ingredient shelf life. Our records show lower total yeast and mold counts over the last three years, a result of refining membrane filtration and improving air-handling in extraction rooms. When customers face unique hurdles, we offer direct feedback and actionable process adjustments, leading to fewer rejected lots and greater peace of mind.
Our credibility develops hand in hand with customers who audit our production facility, review full traceability data, and send off-site samples for independent verification. We encourage every new partner to visit our plant, inspect storage and packaging, and request records regarding individual lots. Full transparency ensures the extract’s safety profile and potency match project requirements, whether destined for functional food, supplements, or personal care.
We maintain regular third-party laboratory testing for heavy metals (lead, arsenic, mercury, cadmium), pesticide residues common in wild and cultivated purslane, and mycotoxins. In-house monitoring covers both process and finished goods, catching potential microbiological issues before the product leaves our plant. Both the technical and procurement teams attend annual supplier training, staying up to date with the latest regulatory changes and testing methods that impact the plant extract field.
In our experience, nearly every new customer brings a unique application challenge. Some see value in clean label antioxidant blends for sports hydration drinks; others focus on topical gels that soothe mildly irritated skin. Over the last decade, the flexibility of our extract supported expansion into vegan protein blends, shelf-stable snack bars, botanical toothpaste, and even color-stabilized suncare products.
Ingredient compatibility sits at the core of every R&D conversation. Our technical team regularly reviews proposed applications, providing real-world feedback on mixing, flowability, and stability. In protein shakes, for instance, the extract disperses evenly with rapid mixing and little sediment. In body lotions, the gentle color and aroma integrate well with unscented or botanically themed formulas.
Manufacturers concerned about finished product shelf life report back that our product’s stability profile helps meet target expiration dates, reducing unplanned formulation adjustments. We have supported partners who needed up-to-date technical files for regulatory submissions and those testing extracts under varying global standards—not all markets accept the same analytical benchmarks. Our hands-on approach means product support continues long after the first delivery leaves the loading dock.
Years in the field taught us that purslane’s total flavonoid complex, compared to more dominant botanical extracts, delivers a unique balance that suits both formulation and compliance goals. Its flavor and color profile is appreciably milder, making it a problem-solver for brands who struggled with overpowering herbal notes or off-flavors from sources like green tea or milk thistle.
Few realize that purslane contributes natural mucilage and trace electrolytes, which in our tests have enhanced texture and stability in beverage applications—not just functional foods. The mucilage acts as a mild stabilizer, supporting suspension in protein and dairy alternatives without gelling out or creating unwanted thickness.
Additionally, the extract remains less prone to oxidation at room temperature compared to many other botanical polyphenols, so there’s less risk of color shift or taste deterioration. We commit to verifying each lot under both accelerated and ambient conditions, offering extra assurance before customers scale up runs.
The extract won’t solve every formulation problem, but our ongoing investment in both agronomy and process research keeps pushing the product’s potential. Each season, we work with growers and field agents to document best practices in purslane cultivation, pest management, and post-harvest care. These upstream improvements reduce surprises in downstream extraction, a lesson learned from experience rather than theory.
We explore greener solvents, more efficient separation technologies, and purer yields with each production cycle. Not all process changes make it to final release, but every trial sharpens our ability to meet novel client demands as market needs evolve. Consulting directly with both ingredient buyers and technical developers helps us bridge knowledge gaps and reduces the risk of misapplied raw materials.
Feedback from partners, especially those working in regulated markets, feeds improvements in documentation, lab protocols, and even batch consistency. We constantly revise our standard operating procedures with input gathered from audits, sample shipments, and field reports. Trust builds with each successive order, not through slogans but through repeated, verifiable results.
As specialists in botanical flavonoids, we see every lot as an opportunity to set new standards. Reliable supply traces back to field-level relationships and rigorous daily QA monitoring, not to marketing lingo. Each technical advance results from the lessons of previous production—and from listening to real-world feedback.
Brands who turn to Total Flavonoids of Purslane aren’t just shopping for an ingredient. They are choosing the result of custom extraction, expertise in quality, and an open line to the actual people behind every package. We stand behind every gram, drawing on decades of combined technical and practical know-how—always reaching for better in every lot that leaves our facility.