|
HS Code |
639645 |
| Name | Water Lily Extract |
| Botanical Source | Nymphaea alba |
| Appearance | light yellow to brown powder |
| Solubility | water-soluble |
| Main Active Compounds | flavonoids, alkaloids, tannins |
| Common Uses | cosmetics, skincare, traditional medicine |
| Fragrance | mild, floral aroma |
| Texture | fine powder |
| Storage Conditions | cool, dry place away from direct sunlight |
| Method Of Extraction | solvent extraction |
| Ph Range | 5.0 to 7.0 |
| Country Of Origin | widely cultivated in Europe and Asia |
As an accredited Water Lily Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White plastic bottle with a blue label, featuring water lilies. Labeled "Water Lily Extract, 100 ml", tamper-evident cap included. |
| Shipping | Water Lily Extract is shipped in sealed, tamper-proof containers to ensure product integrity. Packaging complies with safety guidelines for botanical extracts, protecting the content from light, moisture, and temperature fluctuations. Accompanied by complete documentation, shipments are labeled clearly for identification and handled with care to maintain extract quality during transit. |
| Storage | Water Lily Extract should be stored in a tightly closed container, kept in a cool, dry, and well-ventilated area away from direct sunlight and sources of heat. Avoid exposure to extreme temperatures and moisture, as these may degrade the extract’s quality. Store away from incompatible substances, and ensure proper labeling to prevent contamination and facilitate safe handling. |
| Purity 98%: Water Lily Extract Purity 98% is used in personal care emulsions, where it enhances antioxidant efficacy and skin soothing properties. Particle Size <10 microns: Water Lily Extract Particle Size <10 microns is used in hydrogel sheet masks, where it promotes uniform dispersion and rapid skin absorption. Viscosity 1500 cP: Water Lily Extract Viscosity 1500 cP is used in cream formulations, where it improves texture consistency and product spreadability. Stability Temperature 65°C: Water Lily Extract Stability Temperature 65°C is used in heated manufacturing processes, where it maintains bioactive component integrity. Moisture Content <5%: Water Lily Extract Moisture Content <5% is used in powder supplement blends, where it reduces caking and prolongs shelf life. pH Range 5.0-6.5: Water Lily Extract pH Range 5.0-6.5 is used in facial toner production, where it ensures product compatibility and skin mildness. Solubility 95% in ethanol: Water Lily Extract Solubility 95% in ethanol is used in alcoholic perfumery bases, where it enables clear solution and stable fragrance release. UV Absorbance 270 nm: Water Lily Extract UV Absorbance 270 nm is used in sunscreen formulations, where it enhances UV protection and reduces photodamage risk. Molecular Weight 350 Da: Water Lily Extract Molecular Weight 350 Da is used in transdermal patch systems, where it supports enhanced skin penetration and active delivery. Antioxidant Activity 85% inhibition: Water Lily Extract Antioxidant Activity 85% inhibition is used in anti-aging serums, where it provides measurable free radical scavenging and wrinkle reduction. |
Competitive Water Lily 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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Every extraction line in our facility has taught us something. Over the years, we have handled a wide variety of botanicals, but water lily stands apart. The challenges begin long before a drop of extract leaves our plant. Sourcing clean, mature Nymphaea alba blooms is no small feat. Water lilies grow in ponds and lakes, far from standardized agricultural systems. They draw up nutrients from sediment and surface water, not from managed soils. Our field teams work closely with aquatic plant harvesters, many of whom have backgrounds in ecological stewardship. These experts know how to gather blossoms at peak composition without disturbing the water body’s balance.
After collection, we transport the flowers under controlled conditions to preserve phenolic compounds and volatile oils. Timing drives everything from here. We start extraction within hours after harvest to keep levels of flavonoids and antioxidants from degrading. Our proprietary maceration process, developed through trial, error, and rigorous testing, breaks down tough cell walls while capturing water- and fat-soluble fractions. The final product is significantly richer than off-the-shelf botanical powders or glycerites. What sets our method apart is the combination of time, temperature, and solvent polarity—adjusted for each batch based on testing, not template recipes.
We produce water lily extract in both liquid concentrate (model WLX-70) and spray-dried powder (model WLX-PD). For the WLX-70, we standardize the concentration to phenolic content above 7%. This strength reflects what we see in the best native blossoms, rather than artificially spiked levels. Quality testing always looks for a high profile of apigenin, kaempferol, and trace alkaloids unique to water lily flowers. For powder model WLX-PD, we retain at least 85% of the polyphenol content of the liquid original. This powder disperses easily in water and alcohol, a result of tweaking the carrier ratio in our spray-dryer—hard won knowledge from many failed pilot batches.
We use HPLC, UV-Vis spectroscopy, and microbe screenings to profile every lot. Our lab staff track each step, from origin to finished drums, logging observations when anything deviates from our baseline. Heavy metal checks and pesticide residues get special attention, since open water sometimes carries more risk than controlled fields. Regular outside verification gives us real feedback, not just paperwork for regulators. Consistency from season to season has been a gradual process, demanding tight links between field collection, manufacturing, and post-process care.
You won’t find water lily extract in the top tier of commodity botanicals. Its availability shrinks every dry season. We have learned that clear communication with buyers about lead times pays off in the long run. Many clients, especially in natural cosmetics and functional food, value the extract for its skin-soothing, astringent, and calming properties. Our concentrated liquid suits emulsions and serums, while the powder version integrates better in tablets, nutraceutical blends, and instant beverage mixtures.
Formulating with water lily needs hands-on experience. Its antioxidant profile gives it a subtle white-gold cast and faint aquatic aroma in dissolvable powders. Soap and personal care makers find that our extract stabilizes color in water-based formulations, but it does not overpower the other botanicals. In edible applications, its flavor is gentle—soft, faintly floral, almost creamy—so formulators can use it without masking base flavors or relying on added coloring. Our team advises on solubility and sensory adjustments, since customers rarely get that kind of help from generic suppliers.
Compared to glycerin-based infusions or ethanol-extracted water lily found on the wider market, our model WLX-70 keeps more of the plant’s original profile. Gentle heat and controlled solvent systems help us avoid harsh residues or bitterness that sometimes appear in direct solvent-extract products. We don’t chase maximal yields at the expense of delicate compounds that define the extract’s core benefits.
In a market full of standardized botanicals, water lily extract has a rare appeal. Most plant-derived actives come from fast-growing terrestrial species like chamomile, calendula, or green tea. Those crops yield abundant material, but the unique chemistry of aquatic plants like water lily is difficult to copy. Its specific blend of flavonoids and trace alkaloids shows documented antioxidant and mild analgesic properties in traditional wellness texts and modern journals. Through comparative analysis, we’ve seen that water lily delivers higher kaempferol glycoside content than lotus or lily of the valley—two common substitutes.
Our insights come mostly from small-batch development with labs, formulators, and entrepreneurs looking for new actives. Unlike many common botanicals, water lily must be freshly processed to capture its signature effect. Dried flowers lose potency fast; extracts from stale stock deliver little beyond dull color. We made mistakes on a few early runs, seeing firsthand how poor source material can give disappointing actives and unpredictable HPLC results. Now our raw material pipeline relies on trusted local collectors and rigorous lot checks.
Water lily, as a semi-wild botanical, tells a different sustainability story compared to plantation crops. Overharvesting even in remote ponds can disrupt aquatic life. Our team works with lake managers and conservationists to maintain balance. We keep gathering rates low and rotate sites each year. After extraction, we compost all plant matter and filter media, and we have installed closed-loops to recycle all non-hazardous solvents. Botanical residues are never dumped in municipal systems—we use them for soil enrichment or supply them to biogas partners.
Solvent use in extraction often draws concern. For water lily, we stick to food-grade alcohol/water blends, minimizing environmental impact and keeping byproduct levels in check. We have phased out all chlorinated solvents and keep waste emissions below regional requirements. Handling a wild-sourced botanical gives you respect for its limits; there isn’t a way to force more extract from weak raw material or poor ecosystems. In a few seasons, we have skipped harvest entirely from certain sites when water quality or bloom quality lags. That consistency in ecological standards pays off with a better product and stable supply chain.
We've run side-by-side trials with alternative botanicals for similar applications. Compared to calendula, water lily extract shows a higher ratio of certain water-soluble flavonoids, giving finished skincare products a lighter, non-tacky feel. Unlike the robust tannins in white tea, water lily’s tannin fraction is finer and less likely to cause precipitation in premium hair masks and leave-on lotions.
Flower extracts from terrestrial sources typically offer more yield but a different spectrum of actives. For example, chamomile shares some similar polyphenol peaks but misses the trace alkaloids and water-specific polysaccharides found only in aquatic blossoms. Customers have pointed out that their water lily-based formulations led to a more pronounced silky finish and improved feel in low-oil systems. Working directly with formulators, we notice increased long-term stability and reduced yellowing, even in clear gel cosmetics, compared to non-aquatic alternatives.
Standardization in this field is tricky. Water lily’s active matrix varies not only year to year, but even from one pond to the next. Terrestrial alternatives offer easier standardizing, but those formulas don’t achieve the same consumer experience. Our extract provides a neutral pH profile and minimal natural allergens, which performs well where hypoallergenic claims matter.
Direct manufacturing provides us with better control, not just over actives, but over compliance. Every batch of extract undergoes full heavy metal, microbial, and solvent residue testing. Our food and cosmetic-grade certifications surpass local requirements. Customers in Asia, Europe, and North America appreciate our policy of open-lab audit invitations.
Adding water lily extract to regulated food supplements or topical products brings traceability questions. Our own facility maintains step-by-step digital chain-of-custody records, with every critical control point validated by in-house and third-party tests. For international brands, we assist with documentation supporting regulatory filings—right down to COAs and pesticide residue analyses. Neither small-batch nor scale production works without tight, transparent documentation. Being able to point to direct records, not distributor paperwork, clears up most misunderstandings before they turn into issues.
For years, water lily stayed under the radar outside boutique spa circles or traditional wellness. Now, larger brands and health companies are catching up. We have supported beverage manufacturers who use the water-dispersible powder for functional teas with calming and anti-inflammatory positioning. Skin care developers rely on the stability of the extract for creams and emulsions where oxidation or discoloration was a problem with common botanicals.
One thing formulators value is clear batch-to-batch transparency. We provide sample vials with each drum shipped—a habit we developed after fielding too many requests for clarifications or reformulation advice. If a client’s batch shows unexpected sensory results, our team traces it back to the original harvest or identifies if a change in polyphenol fingerprint is responsible. This level of accountability would not be possible without direct manufacturing and line-lot traceability.
We work with start-ups and legacy brands who approach water lily as a differentiator: not another “me too” extract but a signature botanical for high-end beauty, soothing balms, and innovative food concepts. Our lab’s direct involvement in application studies—ranging from shelf-life testing to stability and integration in oil/water emulsions—gives us a grounded perspective. We have learned that small variations in solvent ratio or carrier can make the difference between a marketable product and a failed launch.
In personal care, users report increased comfort and reduced redness after switching from mainstream floral extracts to our water lily base. Food manufacturers see less flavor drift in shelf-stable beverages. These results come from steady raw material planning, careful extraction, and transparent communication. We have integrated these lessons into every planning and QA meeting.
Wild-sourced botanicals never offer the predictability of industrial crops. Droughts, changing wetland conditions, or regulatory shifts all put pressure on annual supply. To keep up quality and meet demand, our team has backed conservation planting projects in local wetlands alongside major water bodies. By protecting root systems and maintaining bloom cycles, we safeguard long-term access to clean, strong blossoms without harming the ecosystem.
The market is changing, with more demand from cosmetic and wellness brands asking for botanicals with a verifiable story. Customers want more than just an ingredient; they expect purpose and integrity behind every drum or bag. We see ourselves not only as extract makers but also as keepers of these wild plant stories—managing resources the right way, making adjustments year by year, and passing experience directly to our partners. This practical, hands-on commitment helps bridge the gap between what formulators want and what ecosystems can provide.
Clients who work with us do not just receive a standardized water lily extract—they gain a direct relationship with the manufacturer. Many customers have shared frustration with unclear answers or shifting product profiles from previous suppliers. Because we control each batch, we can troubleshoot, adapt, and develop new grades if a partner needs custom specifications for an emerging product trend.
What separates us from traders or resellers is our complete visibility and years of mistakes, learnings, and improvements. With every production cycle, our technical team reviews batch notes, field reports, and customer feedback. We continually refine how we scale up new extraction lots or process large-volume orders without sacrificing the fingerprints that define true water lily extract.
Our approach is rooted in manufacturing experience, not marketing gloss. The world of botanicals is noisy with buzzwords and broad claims, but the real value comes from hands-on problem-solving. Years of responsible harvesting, careful lab work, and close collaboration with formulators give us confidence that each batch of water lily extract upholds its promise. Clients see the differences—cleaner sensory properties, higher analysis values, and a clearer backstory—every time they open a drum.
Water lily extract stands out for reasons that do not show up in lab data sheets alone. The day-to-day experience of producing a high-quality, traceable, and distinctive botanical for health and wellness markets builds real-world trust. Direct control from pond to finished extract makes a difference you can see, taste, and feel in the end product. For brands willing to invest in genuine quality and long-term partnership, this ingredient unlocks unique stories and technical benefits that basic commodity suppliers cannot match.
With each season, we learn more from our fields, technical teams, and customers. As a manufacturer, we do not rest on specifications—we build on them to advance not only our operations but also the success of partners who share our respect for this remarkable aquatic botanical.