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HS Code |
937011 |
| Product Name | Lilium Extract |
| Source Plant | Lilium species (Lily) |
| Appearance | Powder or liquid |
| Color | Pale yellow to light brown |
| Solubility | Water soluble |
| Active Compounds | Flavonoids, saponins, polysaccharides |
| Main Uses | Cosmetic, medicinal, food supplement |
| Extraction Method | Solvent extraction or water extraction |
| Aroma | Mild floral fragrance |
| Storage Conditions | Cool, dry, and dark place |
| Shelf Life | 1-2 years |
| Botanical Part Used | Bulbs |
| Ph Range | 4.5-7.5 |
| Country Of Origin | China |
As an accredited Lilium Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Lilium Extract packaged in a 500g white, sealed food-grade plastic pouch with clear labeling, including batch number and expiration date. |
| Shipping | Lilium Extract should be shipped in sealed, airtight containers to prevent moisture absorption and contamination. Store in a cool, dry place away from direct sunlight. Ensure proper labeling and documentation. Handle with standard safety precautions. Shipping should comply with local regulations and guidelines for transporting botanical extracts. |
| Storage | Lilium Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat. Keep the container tightly closed to prevent moisture absorption and contamination. Store at temperatures between 2-8°C (refrigerated) if possible. Ensure the extract is kept in a clean, labeled container, and avoid exposure to strong oxidizing agents or acids. |
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Purity 98%: Lilium Extract with purity 98% is used in cosmetic formulations, where it enhances skin-brightening efficacy and reduces melanin synthesis rate. Moisture Content ≤3%: Lilium Extract with moisture content ≤3% is used in nutraceutical tablets, where it improves product shelf life and maintains consistent tablet hardness. Molecular Weight 500-800 Da: Lilium Extract of molecular weight 500-800 Da is used in transdermal delivery systems, where it promotes deep skin absorption and uniform ingredient penetration. Particle Size ≤50 μm: Lilium Extract with particle size ≤50 μm is used in topical creams, where it achieves superior homogeneity and smoother texture. Stability Temperature ≤60°C: Lilium Extract stable up to 60°C is used in hot-fill beverage processes, where it preserves antioxidant activity during thermal treatment. pH 4.0-6.0: Lilium Extract with pH 4.0-6.0 is used in aqueous serums, where it ensures product compatibility and prevents phase separation. Solubility in Water ≥90%: Lilium Extract with solubility in water ≥90% is used in oral liquid supplements, where it enables clear solution formulation and uniform dose delivery. Total Flavonoids ≥20%: Lilium Extract containing total flavonoids ≥20% is used in antioxidant supplements, where it provides high free radical scavenging capacity. |
Competitive Lilium Extract prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
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Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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We’ve spent our years focused on extracting Lilium with precision because purity drives every customer result we’ve ever seen. Our team has watched lilium root and bulb come through our gates, seen subtle, natural variations that only raw material can bring, and fine-tuned equipment to catch the active bioactive components the way a practiced chef tastes for seasoning. The drive to hold extract purity at ≥80% flavonoid content didn’t come from anyone’s marketing plan—it came straight out of repeated feedback from clinics and labs needing actual, reliable results.
Each harvest cycle presents new weather, soil conditions, and lilium growth patterns that change everything about yield and consistency. We keep test logs on every production batch, tracking how minor shifts in bulb density, harvest humidity, and raw storage turn out in the finished powder. Mistakes aren’t just numbers—a missed control point can show itself days later in failed third-party analysis. That attention to process came from a lot of ruined test batches a decade ago, and we’ve never forgotten it.
Our current top-line Lilium Extract product centers around an HPLC-verified 80% total flavonoid content. The extract is a fine, off-white to light yellow powder, with average mesh size of 80, matching the solubility requirements for modern dietary supplement formulations. Ash and moisture content remain tightly held below 5% and 6%, respectively, based on dozens of in-house trials and empirical data from downstream partners. We have never relied on manufacturer’s guesses; all parameters in our product specs come from actual finished batch analytics using both our own and certified third-party equipment.
Batch traceability isn’t just a box to check—in regulated industries, it’s the difference between a product that makes it through validation and one that gets scrapped. The Lilium we produce gets unique lot numbers from initial bulb procurement onward. Through cooperation with contracted farms that have worked with us for many seasons, we have obtained access to consistently reliable bulb stock, allowing us to reduce product rejection rate at the extraction stage by more than 35%. This focus on raw material integrity is not always in the industry, but labs downstream have told us again and again how much easier it is to analyze and formulate when they see our certificates.
We use water-ethanol extraction, not to cut corners or boost claimable numbers, but because high-temperature solvent-free extractions left too many sensitive actives behind. Through years of small-batch trials and chemical profiling, it’s clear that ethanol-water at certain ratios lets us maximize both the total saponin and flavonoid capture. We’ve measured the difference. Direct hot water extraction, often used by lower-cost manufacturers, yields a harsher, duller powder with less of the compounds needed in advanced pharmaceuticals or functional teas.
Some buyers look only at a single chemical marker, but flavonoid content alone doesn’t tell the whole story. Our in-house analytics profile not just total flavonoids but also specific saponin subtypes like saponin B2. High-performance liquid chromatography guides every batch—this focus makes our extract much more reliable for clinical partners or phytochemical researchers who need more than just bulk powder for label claims. We’ve found that proper fractionation and decolorization steps lead to a cleaner taste profile for the supplement and beverage markets, and limit unwanted precipitation or clumping in solution.
Product development teams across a pretty wide range of sectors have come into our facility looking to source lilium powder for their next launch, and over the years we’ve watched which applications thrive and which fail. In herbal foods and beverage blends, the water solubility and non-bitter profile our 80% extract achieves allows formulators to cut down on masking ingredients—once they switch from low-spec 50% extracts, the difference in simplicity and consumer perception is immediate. That was a surprise at first, until you taste two side-by-side.
In modern dietary supplement capsules and tablets, excipient compatibility demands a near-neutral taste and minimal hygroscopicity. High-flavonoid, low-moisture lilium extract delivers on these, saving headaches in the tableting and encapsulation process. Some of our clients in the sleep supplement niche have reported cleaner mixing, reduced caking, and improved batch yields after switching to our higher-purity model.
Traditional Chinese Medicine clinics and practitioners also favor high-grade lilium extract for herbal combinations, citing less variability in clinical outcomes and faster onset of action in their patient reports. They come back to us with feedback on extract compatibility with other plant powders—highly refined lilium integrate easily with licorice or jujube without sedimentation problems, even in hot water preparations.
Not every product is suited for high-purity extract. There’s still demand for full-spectrum, low-purity powders where the price point trumps all other considerations—sometimes beverage companies prefer bulkier extracts at 40-50% concentration for ready-to-drink teas, prioritizing cost over maximum potency. We don’t dismiss these requests, but we make it clear to development teams that these extracts carry heavier plant flavors, more impurities, and batch-to-batch variation.
Years of direct conversations with both research-grade and food-grade buyers have taught us one truth: many extracts on the market show wide fluctuations in active content, solubility, and microbial load. Some traders and bulk distributors take whatever they can source that fits a price target, rebadging rather than demanding direct chemical traceability. We’ve tested competitor samples ourselves, using the same LC-MS and microbial protocols as our production process.
Contaminant analysis often exposes issues, especially if suppliers buy from mixed farms or cut their extract with maltodextrin. We insist all our Lilium Extract batches remain free from added carriers unless a customer requests blending for flowability or downstream processing. By staying in control of both upstream raw bulbs and extract processing, we don’t see the wide variability that characterizes reseller bulk—our numbers meet or beat spec out of the drying drum, not just on paper.
We don’t just follow the standard testing for solvent residue, heavy metals, and pesticides. Our extraction protocols and batch testing include targeted screens for over a dozen specific pesticides common to lilium-growing regions. This added vigilance came after a spike in rejections from final product manufacturers who failed finished product compliance in the EU. Now, all extract lots destined for export markets get full-panel pesticide and solvent tests, above the requirements of most local authorities.
Quality claims mean nothing without real checks in place. We built our QA protocols around documented failure points we encountered early on—high-temperature oven drying created caramelization issues, slower rotary vacuum drying delivered better color and aroma, but challenged throughput. Our team keeps close records of all in-process testing, from bulk density and solubility trials to third-party verification of microbial loads. No powder leaves our plant without hitting the mark on aerobic plate count and yeast/mold numbers.
What makes the biggest difference isn’t just having a GMP certificate on the wall—it’s having supervisors who have seen what happens when a batch fails post-shipment. A decade back, after one major shipment was upsized, untested powder reached a customer’s blending line before final verification, resulting in an expensive recall. We restructured all outgoing batch handling to include a two-stage QA signoff, only releasing product that had cleared both in-house and outside labs. That experience lingers behind every drum we seal.
Buyers today care more about source transparency and traceability, asking for origin documentation, honest QA records, and full lists of analytical protocols. Our factory now welcomes site audits from multinational food and beverage clients, as well as pharma firms looking to qualify lilium extract for new applications. It’s more work, but it means we stay ahead of recalls and surprises in regulatory review. We learned early that being able to pull up origin certificates, batch records, and analytical data at a moment’s notice matters to customers far more than any buzzword you can include on a label.
Cosmetic brands approach us seeking Lilium Extract for its reported skin-soothing and hydration-supporting compounds. They don’t want vague powders—they want tightly specified actives, clear technical documentation, and proven logistical reliability. With direct process oversight, we provide these, even incorporating optional testing for PAHs and oxidized impurities for the strictest personal care regulations.
We support farm partners who maintain long-term contracts with us for bulb cultivation. By working directly with designated growers, we minimize the risks of illegal harvesting and unsustainable wild collection. Crop rotation schedules and designated harvesting areas lessen pressure on lilium stocks and stabilize future supply. Our focus on local sourcing also reduces extract carbon footprint, and shortens storage intervals from farm to processing line.
Solvent handling catches attention in the industry due to water and ethanol consumption, as well as downstream waste. Our solvent recovery rates now exceed 96% after several cycles of equipment upgrades, which means less chemical loss and reduced emissions. These practical investments, not marketing phrases, moved us closer to an industry-leading environmental standard. We also treat all plant waste before discharge, reusing bulk solids in compost or animal feed streams where permitted. Large-scale chemical extraction can do harm if handled poorly; we take pride in chemical containment and responsible resource use, because negative experiences in the past taught us costly lessons about both regulatory and ecological fallout.
Many customers come with real problems: solubility failures, failed heavy metals tests, delivery reliability issues, flavor complaints. We speak from experience, because these problems don’t always show up on a product spec sheet. We’ve worked with supplement brands needing rapid turnaround for new launches, sometimes sending staff straight to the logistics warehouse for batch re-inspection before customs release to avoid delays. Our factory team has sorted last-minute filtration issues for hot water soluble blends, consulted on supplement stability, and even reformulated entire extract series at the insistence of a dissatisfied customer.
Our lessons aren’t always glamorous. We’ve trashed entire lots after a minor moisture spike led to microbial counts barely over the spec—our plant floor knows the sting of scrapping expensive product. These direct experiences drive us to continual process improvement, not empty PR claims. Regular customer feedback shapes changes in extraction parameters, post-processing times, and packaging material—each tweak documented and tested before we update any data sheet or certificate.
Clean, consistent lilium extract remains a challenge if you pursue both tight chemical profiles and real sourcing transparency. As active ingredient standards keep rising and food/pharma regulators impose ever more complex requirements, we stay invested in our approach: hands-on, small-batch testing, direct farmer relationships, lots of process data, and a willingness to scrap faulty lots instead of cutting corners. Our Lilium Extract stands for this work—a product born from mistakes, improved by tougher customer demand, and proven by real lab numbers, not just marketing. The expectations will keep changing, but our philosophy remains unchanged. If you need auditory QA documentation, direct technical support, and genuine extract knowledge, we continue to deliver what years of industry learning has taught us to value most: purity, transparency, and reliability, batch after batch.