|
HS Code |
834414 |
| Inci Name | Nymphaea Alba Flower Extract |
| Common Name | White Water Lily Flower Extract |
| Source | Extracted from the flowers of the Nymphaea alba plant |
| Appearance | Pale yellow to amber liquid or powder |
| Solubility | Water-soluble |
| Antioxidant Properties | Yes |
| Soothing Effect | Calming and anti-inflammatory |
| Moisturizing Ability | Hydrates and softens skin |
| Main Uses | Skin care, hair care, and cosmetic formulations |
| Extraction Method | Solvent extraction or maceration |
| Ph Range | 4.0 - 7.0 |
| Major Constituents | Flavonoids, tannins, and polyphenols |
| Allergen Risk | Low, generally considered safe |
| Vegan Status | Plant-derived, suitable for vegans |
| Typical Usage Rate | 0.5% - 5% |
As an accredited Nymphaea Alba Flower Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Nymphaea Alba Flower Extract, 100g, packaged in a sealed, amber glass bottle with tamper-evident cap and product label. |
| Shipping | Nymphaea Alba Flower Extract is shipped in sealed, airtight containers to preserve its quality and prevent contamination. Packaging complies with international safety regulations for botanical extracts. The product is clearly labeled, protected from light and moisture, and transported under controlled temperature conditions, ensuring safe and stable delivery to its destination. |
| Storage | Nymphaea Alba Flower Extract should be stored in a cool, dry place, away from direct sunlight and sources of heat. Ensure the container is tightly closed to prevent moisture and contamination. Ideally, store at temperatures below 25°C. Avoid exposure to air and light to maintain its stability and efficacy. Follow manufacturer guidelines and safety data sheet recommendations for optimal storage conditions. |
|
Purity 98%: Nymphaea Alba Flower Extract with purity 98% is used in dermatological creams, where it enhances skin clarity and reduces pigmentation. Particle Size <20 μm: Nymphaea Alba Flower Extract with particle size less than 20 μm is used in facial serums, where it promotes rapid absorption and uniform skin hydration. pH Stability 4.0-7.5: Nymphaea Alba Flower Extract with pH stability range 4.0-7.5 is used in toners, where it maintains product efficacy across various formulations. Water Solubility ≥95%: Nymphaea Alba Flower Extract with water solubility greater than or equal to 95% is used in hydrating gels, where it ensures homogeneous dispersion and maximum bioavailability. Antioxidant Capacity 80% DPPH Scavenging: Nymphaea Alba Flower Extract with antioxidant capacity of 80% DPPH scavenging is used in anti-aging lotions, where it neutralizes free radicals and minimizes oxidative damage. Stability Temperature up to 45°C: Nymphaea Alba Flower Extract with stability up to 45°C is used in sun care formulations, where it maintains performance integrity during warm storage and handling conditions. Viscosity Grade 800-1200 cP: Nymphaea Alba Flower Extract with viscosity grade 800-1200 cP is used in moisturizing masks, where it delivers smooth texture and even application. UV Protection Index SPF 10: Nymphaea Alba Flower Extract with UV protection index SPF 10 is used in daily protection creams, where it provides supplemental defense against harmful UV rays. Residual Solvent <0.01%: Nymphaea Alba Flower Extract with residual solvent less than 0.01% is used in sensitive skin products, where it ensures hypoallergenicity and minimizes irritation. Total Phenolic Content 15 mg/g: Nymphaea Alba Flower Extract with total phenolic content of 15 mg/g is used in reparative ointments, where it supports anti-inflammatory activity and accelerates tissue recovery. |
Competitive Nymphaea Alba Flower 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.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Standing in the heart of the mill on an early morning, I see pale white flowers arriving for extraction, their scent soft yet distinct. Nymphaea alba, the European white water lily, has maintained a reputation for centuries—not only among herbalists but also in time-tested personal care formulas. We keep our process simple and genuine, starting with carefully sourced blooms which carry the hallmark phytochemicals associated with the species. Over the years, our team has seen how the ecosystem influences these flowers. We harvest them during a short, optimal period, focusing on tracking each batch for traceability and to ensure high flavonoid content.
As extract manufacturers, we view the raw material as the foundation of the end result. Many plants offer attractive label claims, but not all deliver a consistent phytochemical profile. For this reason, the compositional difference matters just as much as purity. Our Nymphaea alba flower extract contains a standardized proportion of polyphenols, sugars, and gentle astringents, shaped by both the harvest and the mild, low-temperature extraction we maintain. From the weighing of petals to the final vacuum filtration, our process avoids harsh solvents, which can degrade the very actives our partners rely on.
Having worked in extraction for two decades, I’ve noticed the biggest divide isn’t always in what’s on the specification sheet but what doesn’t show up there. Some clients ask why our Nymphaea alba extract looks distinctly paler than others on the market and has a faintly aquatic aroma—almost reminiscent of freshly cut melon. Much of this hinges on the material’s origin and the absence of denaturing alcohols, which often strip away essential aromatics. A water-glycerin extraction base carries more of the original profile into the final liquid. This becomes especially important in skincare and wellness applications, where color and scent carry both quality cues and functional activity.
We often receive questions about the difference between Nymphaea alba and other botanical extracts. Nymphaea alba provides a blend of tannins, polyphenols, and mucilage—none of which are present in meaningful quantities in most other water lilies, such as Nymphaea caerulea or tropical varieties. The higher content of astringent agents gives this extract a mild tightening and soothing feel on skin, making it a favored addition in toners, masks, and emulsions built for sensitive skin. Some of our partners in natural hair care emphasize its film-forming qualities, noting improvements in scalp comfort without buildup or residue.
Within our portfolio, Nymphaea alba flower extract appears in both liquid and dry forms. Our AquaPure model remains the most requested among skincare formulators, delivering a stable concentration of water-soluble actives at 1:10 and 1:20 strengths. The liquid version dissolves instantly into most hydrous bases, pulling in the full range of water-soluble actives. Unlike powder forms or highly concentrated glycols, the liquid variant enters blends without cloudiness or sediment, reducing the need for additional filtration. This property came from repeated trial and error on our lines, where even a slight shift in temperature during concentration can push out white precipitates that disrupt emulsion stability.
We prioritize transparency in our ingredient breakdowns, publishing the quantifiable presence of polyphenols, saponins, flavonoids, and minor volatile components. Years ago, we learned some customers prefer the extract without any added preservatives, so we produce small-lot “fresh extract” models refrigerated and scheduled for near-term use, serving niche cosmetic brands looking to promote a minimal list of additives. For manufacturers aiming for a longer shelf life, our stabilized model includes food-grade potassium sorbate, holding up in storage for over a year without oxidizing or yellowing.
Compared with more common botanicals like Hamamelis or Matricaria, Nymphaea alba brings a delicate touch to sensitive and luxury applications. It does not sting or redden skin, even in higher concentrations. With its natural mucilaginous coating, the extract acts as an antipruritic, helping reduce itching from external aggressors. Dermatologists and cosmetic chemists tell us that while witch hazel or chamomile might tackle redness, their effect is more fleeting and can veer toward irritation if pushed too strong. The water lily's mucilage holds moisture on the surface longer. This often surprises new formulators who expect dryness from astringent botanicals.
The core difference sits in the interaction of secondary actives. For instance, our recent analyses show small quantities of apigenin, a polyphenolic flavone uncommon in Nymphaea caerulea and nearly absent in tropical water lilies. Apigenin has been linked in literature to calming reactive skin. These nuanced compositional differences make Nymphaea alba flower extract more desirable for high-end and specialty skin products compared to vanilla botanical bases.
We look back at ten years of collaborations with formulators and see Nymphaea alba flower extract gaining use in everything from calming creams to scalp sprays. A leading trend is its move into urban anti-pollution serums, delivering a soothing film that protects skin against micro-particulates. Several large haircare brands chose our extract for its anti-inflammatory properties in follicle-support products. One French partner reports their spa crews use our extract in both pre- and post-treatment soaks, delivering relief after exfoliation or hair removal. Some companies also use it in aftersun lotions for the European travel market, leveraging the flower’s gentle cooling finish.
We support transparency at every stage, offering not only COAs but full batch production records. Our production records track not just composition but variation in color and scent, providing partners with batches tailored for aromatherapeutic or perfume-forward uses. Raw plant extracts always display seasonal variability—a fact often overlooked by those seeking sterile repeatability—so we document seasonal, geographic, and methodological variables for full client disclosure. This openness has increased demand from premium and indie brands who want a story of true origin on their labels, rather than a faceless commodity.
From our vantage point as manufacturers, the most consistent problem we see in this category is over-processing. Some large extract suppliers strip or denature actives to the point where the botanical essence is lost. They run extra filtration and high-heat concentration for shipping convenience, not for preserving what truly matters in a fresh extract. We run lower batch volumes to protect the native volatile oils and maintain a gentle hydrophilic and lipophilic balance.
With every batch, we take microbials to screen for contamination but focus equally on active-content tests—polyphenols, saponins, carotenoids. Clean extraction isn’t just regulation—it’s in the result. The Nymphaea alba we sell shows fewer solubilized heavy metals and pesticide residues than industry averages, thanks to select upstream sourcing and strict compliance with EU and APAC regulatory norms.
We know this product carries a premium, especially for smaller brands wary of costs, but with rising consumer literacy in the natural space, cheap generic extracts invite more complaints and returns. Our technical support team works with partners up front to demonstrate clear compositional differences, building long-term trust.
Standing inside the factory, I’ve handled countless extracts that come from species merely labeled as “water lily.” Most trace back to non-Nymphaea alba cultivars grown in less regulated environments. The chromatographs diverge: authentic Nymphaea alba consistently presents higher levels of flavonoids and polysaccharides. Unregulated substitutes often dilute blends with bulking glycols, diluting both activity and traceability.
We see formulators gravitating toward traceable Nymphaea alba for precisely these reasons. Our chromatographic records show clear differences—peaks of gallic acid and apigenin, which do not appear in records from blue or pink water lilies or from generic blends. One large buyer shared feedback after comparing our extract with a leading bulk supplier: their results showed nearly 40 percent more polyphenolic activity, impacting both bioactivity and perceived skin feel.
Practical experience matters in handling delicate botanical extracts. Nymphaea alba needs cool, dark storage and is best kept sealed from air to avoid rapid oxidation. We do not recommend arbitrary dilutions or mixing with high-ethanol bases, as this disrupts the gentle floral-melon top note and may reduce solubility. Years of real-world use have taught us that direct addition to cold emulsion phases secures the best integration.
Our own long-term observation shows that product color can shift with exposure to sunlight; the original pale yellow tends towards beige if exposed on the shelf too long. This is natural, but for discerning cosmetic brands, it pays to bottle in amber glass or use UV-proof containers. For finished goods, we suggest a light dosing between 1-5 percent for maximum effect without overwhelming stability systems. Exceeding 5 percent doesn’t seem to deliver further improvement in perception or function.
We invest key resources in supporting innovative product launches. From prototype batches to formula support, our team assists in compatibility testing with surfactant systems, peptides, and essential oil blends. With R&D, we maintain a sample archive for controlled, side-by-side performance trials. In the past year, we’ve seen custom blends requested: Nymphaea alba paired with oat beta-glucan for leave-on serums, or tinted versions stabilized with natural antioxidants for color formulations.
Our most successful partners supply feedback on both lab and consumer outcomes: texture, scent retention, and skin response. It’s frequent to re-tune the extraction curve or switch between solvent systems (glycerin, water, propanediol) according to these findings. Teaming up with manufacturers, we pull from the entire chain—from botanical sourcing through to sensory impact—to achieve repeatable, robust performance. Experience has taught us that no product remains static; reformulation is part of reaching better, safer results.
Ethical practices begin not at extraction but at the water's edge. We rely on certified aquatic farms with low synthetic input, tracking every shipment from pond to product. Lily beds require zero pesticide, benefiting biodiversity and yielding cleaner, safer material. Waste petals become compost or return to source as mulch, closing the loop and reducing landfill.
We partner with growers who prioritize biodiversity and seasonal calibration, an approach that’s proven resilient through shifting environmental standards. Our audit trail includes not just residue and purity but carbon metrics for each batch. Customers in the EU and North America increasingly ask for lifecycle impact data, and we’re prepared—with hard numbers rather than claims—to show responsible stewardship.
The Nymphaea alba flower extract segment keeps evolving. Many natural product manufacturers pivot toward clean beauty, demanding transparency in both source and process. From our vantage in the factory, the story of the ingredient matters. Customers expect not only a functional raw material but also a traceable, responsibly produced ingredient. Our job demands a hands-on approach: tuning methods based on the year, the weather, and the latest research on optimal phytochemical retention.
Standing behind every bottle, we offer a product shaped by experience, science, and old-fashioned attention to detail. For brands seeking a botanical that bridges tradition and modern standards without shortcuts, Nymphaea alba flower extract delivers more than what one finds on the label—consistency, integrity, and a direct path from water lily to formulation jar.