|
HS Code |
177013 |
| Product Name | Bitter Lilies Extract |
| Botanical Source | Lilium spp. |
| Plant Part Used | Bulb |
| Extraction Method | Solvent Extraction |
| Appearance | Brownish liquid |
| Solubility | Water soluble |
| Storage Conditions | Cool, dry place away from sunlight |
| Primary Uses | Herbal supplement, skincare |
| Active Compounds | Flavonoids, saponins |
| Taste Profile | Bitter |
| Country Of Origin | China |
| Shelf Life | 24 months |
| Recommended Dosage | 500mg per day |
| Allergen Information | Free from common allergens |
As an accredited Bitter Lilies Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Bitter Lilies Extract: 250ml amber glass bottle with tamper-evident cap, labeled with botanical illustration, batch number, and safety information. |
| Shipping | Bitter Lilies Extract is shipped in tightly sealed, chemical-resistant containers to ensure stability and prevent contamination. Packaging complies with safety and regulatory standards for chemical transport. It is labeled with all necessary hazard information and shipped via secure, monitored carriers to maintain product integrity during transit. Handle with care upon receipt. |
| Storage | Bitter Lilies Extract should be stored in a tightly sealed container, away from direct sunlight, moisture, and heat sources. Keep it in a cool, dry, and well-ventilated area, ideally at room temperature (15-25°C). Avoid exposure to incompatible substances. Ensure proper labelling and restrict access to authorized personnel to maintain safety and preserve the extract's integrity. |
|
Purity 98%: Bitter Lilies Extract with purity 98% is used in pharmaceutical formulations, where it enhances active compound bioavailability. Particle size <50μm: Bitter Lilies Extract with particle size <50μm is used in cosmetic creams, where it improves skin absorption efficiency. Stability at 60°C: Bitter Lilies Extract with stability at 60°C is used in food preservation, where it maintains antioxidant activity under processing conditions. Melting point 120°C: Bitter Lilies Extract with melting point 120°C is used in nutraceutical tablets, where it ensures compound integrity during manufacturing. Viscosity grade 20 mPa·s: Bitter Lilies Extract with viscosity grade 20 mPa·s is used in beverage emulsions, where it promotes uniform dispersion and mouthfeel. Moisture content <2%: Bitter Lilies Extract with moisture content <2% is used in powdered supplements, where it prolongs product shelf life and prevents clumping. Solubility 10 mg/mL in ethanol: Bitter Lilies Extract with solubility 10 mg/mL in ethanol is used in liquid extracts, where it provides clear and homogenous solutions. Residual solvent <0.1%: Bitter Lilies Extract with residual solvent <0.1% is used in aromatherapy oils, where it meets safety and purity standards. Heavy metal content <5 ppm: Bitter Lilies Extract with heavy metal content <5 ppm is used in pediatric formulations, where it ensures non-toxicity and regulatory compliance. UV absorbance peak at 280 nm: Bitter Lilies Extract with UV absorbance peak at 280 nm is used in analytical reference standards, where it enables precise quality control measurements. |
Competitive Bitter Lilies 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.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
Flexible payment, competitive price, premium service - Inquire now!
People don’t often think deeply about the real foundation of a chemical ingredient until they need results that don’t falter. In the case of Bitter Lilies Extract – model LILY-BL-260 – we’ve taken a path not everyone in our industry wants to tread: slow extraction, strict selection, and genuine traceability. You can see, feel, and measure the difference. This isn’t marketing lingo. It’s the outcome of years refining our process on our own fields and in our own reactors, which stand a world apart from the patchwork supply chains others rely on. Pushing for full control matters because the extraction of bitterifying compounds from the genus Lilium demands attention to every harvest variable you can name. Our technicians start checks at the planting stage, ensuring the specific toxin and polyphenol profiles grow just right, so the yield at extraction doesn’t surprise us—never leaving us scrambling for purity after the fact.
In manufacturing, we grind analytical sampling into our routine. We work with optical and chromatographic methods right in our on-site lab. Every kilogram of material in our LILY-BL-260 batch is approached the same, no matter the end use. Years ago, we ran into issues with inconsistent flavonol content coming from field lots grown in high-phosphate soils, which taught us that local agricultural practices tune the chemistry more than weather, variety, or age of harvest. That lesson shows up in every lot report we issue. You don’t get those sorts of hard-won facts unless you stand in the dust at planting and the fumes at extraction yourself.
Our main batch, bitter lilies extract LILY-BL-260, offers a concentrated profile: a minimum of 55% total bitter glycosides and a low fraction of interfering non-bitter saponins and sugars, which we control by cold maceration. Years ago, a client challenged us with separating unwanted soluble starches without cutting the target alkaloids. Instead of blending with carrier powders or relying on industrial filtration aids, we introduced staggered pressurization steps in the cold stage—less glamorous, more consistent. For users in the food and beverage field, this means no haze in clear soft drinks and fewer flavor-masking side effects. In the veterinary and crop sciences sector, this translates to assured dosing when formulating feed or seed coatings, all without unlisted bulking agents complicating things downstream.
We’ve had botanists and chemists at large multinationals bring us competitive samples to analyze, hunting for the reason their existing extracts throw off flavor panels or fail stability tests. Almost always, the detergent content runs high and off-target phyto-compounds smother the bitterness. Processing shortcuts in unfamiliar plants often lead to these issues. In our own operations, we’ve spent years mapping the exact molecular fingerprint we want using both spectral signature and taste panels. In practice, this means every batch must not only meet a chromatogram standard but also pass a taste threshold—an old-fashioned method in an age of analysis, but we’ve found it prevents mislabeling and saves clients from surprises during product launches.
Our extract, at a basic level, comes as a tan, freely flowing powder. Our millers can deliver it as a fine mesh or as larger granules, respecting what downstream processes call for. No clumping. No insoluble particulates. Shelf-stable over a year at moderate temperature and humidity. This isn’t chance; the process is built on keeping every vessel, pipe, and mill under constant temperature and airflow management. Early mistakes with condensation and inconsistent grind revealed how even minor lapses can lead to hydrolysis of active glycosides and the creep of off-flavors weeks after packaging. That’s why we now audit environmental control four times daily, not once.
Sulfur dioxide, alcohols, and various enzyme cocktails often pop up in the industry as quick aids to extract lilies. We don’t use them. These compounds can overshoot the bitterness or shift the color, sometimes masking quality problems in overseas concentrates brought to market on raw cost basis. Our panels have showed, over and over again, that the use of heat and chemical accelerants tend to deaden the essential sharpness of the bitterness, muddying the boundaries between lily and other plant extracts. By sticking with slower cold methods and rejecting chemical shortcuts, we preserve not only the integrity but the recognizable character of real bitter lilies.
This careful stewardship also reflects in allergen control. For most botanical extracts, cross-contamination from unrelated plants and stabilizers can throw safety and labeling into question. We run single-purpose lines for each major plant bioactive, so our LILY-BL-260 never runs the risk of peanut, gluten, or nut allergen carryover, a commitment rooted in hard feedback from pharmaceutical audits several years ago. People trust us because batches have nothing but Lilium-derived material, period, and we trace that raw material back to field lots sown under our own supervision.
Over the years, we’ve supported applications spanning from natural beverage bitters to livestock deterrents and even seed-germination inhibitors. Our extract owes its spread of applications to the reproducible profile we can promise. Differentiating ourselves from the general market isn’t just about higher concentration; it’s about batch-to-batch sameness and contamination control. You won’t find our extract “cut” with excipients, rice flour, or starches. We’d rather ship a slightly lower weight for the quoted price than bulk up and undermine what our clients are formulating. In one memorable case, a distillery struggling to stabilize the flavor of a niche aperitif turned to our extract after being let down by a product cut with corn maltodextrin—ruining clarity and mouthfeel. We delivered the real thing; the formulation worked immediately, and the customer shared the full batch run data with us for post-market review.
Clients in the pharmaceutical and natural health space have pushed us to clarify just what’s inside our extract and what’s not. Transparency often means direct access to batch testing and QMS (Quality Management System) records instead of relying on self-reported spec sheets. We have responded by embedding complete QR-coded trace packs with each delivery, giving our customers access to current data snapshots, from batch chromatography anomalies to shelf-life re-validation results. This approach cuts down on back-and-forth and allows us to spot supply or formulation concerns before they escalate into costly issues.
For end users, the distinction between genuine bitter lilies extract and lower-grade alternatives comes clear during handling, dosing, and stability preparation. Our flow agents use only food- and pharma-grade calcium silicate, no talc or maize-based anti-caking blends. Fluidity in tanks and feed lines, especially at scale, becomes predictable. We’ve spent many afternoons troubleshooting production equipment with client teams, learning from firsthand jams and bridging problems in bag hoppers. Each fix gets folded back into our own batch-testing program.
Whereas other so-called bitter lilies extracts often ride on commodity plant powders or blended botanical mixes – market-driven, not science-driven – our lines stay pure. Some manufacturers try to mimic bitter profiles through addition of Gentiana or Swertia extracts. These can “pass” basic taste screens but skew the metabolic breakdown and can bring unexpected pharmacological activity. We can always tell the difference by running our well-honed GC-MS and HPLC scans. Years of side-by-side studies on hydrolysis kinetics, flavor longevity, and degradation on storage have shown us that only properly processed Lilium material delivers bitterness that survives compounding, bottling, pasteurization, or tableting, even over a full product shelf life.
Across international regulations, questions crop up about permitted uses and safety declarations. We don’t wait for clients to query compliance. Each batch intended for export comes with region-appropriate regulatory dossiers. We’ve been through audits and approvals across North America, Europe, and parts of Asia and Oceania, giving us strong familiarity with the patchwork of natural ingredient regulations. In every market, the same principles hold: users want derivation, purity, and the guarantee of unadulterated product. Years of direct engagement with food and drug authorities, along with accumulated test certificates and chain-of-custody records, have earned our site preferred approval status for large buyers. We’ve even supported our customers through regulatory challenges after they’ve discovered their prior suppliers delivered incomplete data or gave vague answers to quality concerns.
Our staff’s combined agronomy and chemistry background has helped us tune extraction and post-processing to the end-user’s real needs, not a generic standard. In feed production, for example, we worked with a client looking for a controlled bitterness profile, strong enough to curb selective grazing but not so aggressive as to disrupt intake—in other words, effective, but palatable. Through microfiltration adjustments and field lot selection, we isolated the needed alkaloid mix and delivered test batches, iterating with their nutritionists until results stuck. It wasn’t a quick win; it took dozens of micro-lot comparisons under real operational conditions before we settled on a production protocol.
We’re often asked why we stick to single-plant, single-origin extracts when blends and plant mixes abound on the market. Our own research and QC data have made the reasoning clear: With a mixed-source or mixed-species product, customers cannot count on chemistry or performance. Each addition dilutes the botanical fingerprint and increases the risk of contamination or compliance headaches. Direct, single-source control allows us to address each customer concern with open records: field location, date of harvest, full panel test, and process traceability—nothing else. For buyers facing audits or exporting to tightly regulated markets, this open-book approach means one less worry.
The differences between bitter lilies extracts can be felt not just in analytical numbers, but through the eyes of everyone who handles them. Operators in mixing halls know the difference between a freely flowing, dust-controlled powder and a batch that bridges or clumps from excess humectant or under-drying. Product developers recognize how a properly processed extract disperses fast in water or alcohol without stubborn residues; they see formulas stay true to color, not muted or murky. Procurement specialists catch the difference on shipment documentation—with ours, batch numbers and testing tie directly back to every harvest. We’ve earned trust because every step, from planting to extraction to testing, sits under our own roof.
In our decades on factory floors and in test plots, we’ve learned that botanical extraction is as much art as science, but repeatable process wins out over improvisation every time. That’s how our bitter lilies extract LILY-BL-260 earned its reputation, batch by batch, complaint by complaint, improvement by improvement. Each production cycle brings new opportunities to learn and refine. Setbacks, such as an over-dry season or a failed filtration run, push us to hone checks in the next. Our clients know they’re not buying a commodity, but rather a cumulative promise built on season after season of getting it right, or fixing it when it’s not. Every kilo of extract on our shelves is backed by a chain of experience, and every bag opened by an end user tells that story.
Collaborative problem-solving gives rise to some of our best innovations. We believe in active partnerships—standing shoulder-to-shoulder with users as they pilot new applications. Rather than pushing spec sheets, we field questions directly, share real analytics, and encourage pilot-scale testing. More than once, our process managers have walked factory lines at customer sites, checking for dosing accuracy, mill sticking, and even taste variations. These visits often reveal subtle bottlenecks or off-label uses that only hands-on observations make visible. Every issue, whether it’s about dispersibility, sensory profile, or regulatory mark-up, funnels back into our testing program. Rarely does a client bring us a problem we haven’t faced in a slightly different form over the years.
For those formulating specialty products—especially clear beverages, functional tablets, or high-value feed—the source and handling of bitter lilies extract can determine commercial success. Our approach, driven by end-use conditions and not just generic specifications, means that we anticipate shelf-life, flavor harmony, and even minor batch anomalies long before shipment. By tapping both technical rigor and field experience, we keep mistakes from repeating, either in our plant or at the user’s filling line. This cyclical improvement makes the extract not just a raw material, but a dependable tool in our clients’ hands.
End users often share their own findings, sometimes picking up shifts in bitterness or solubility after changes in their process. We invite this feedback and treat it as data just as vital as anything we generate in our own testing suite. With open lines of communication, our collective understanding advances further and faster.
Relying on a closed production cycle—raw material, extraction, purification, testing, and packaging all on our own premises—empowers us to react quickly and transparently to any issue. This rare level of ownership removes delays, miscommunications, and hidden risk. As we invest in new analytical and process controls, our hope is not just to maintain consistent purity, but to set the bar higher for botanical extract standards. Every successful application, every client win, adds a new benchmark for what a genuine plant extract should deliver.
Some in the business chase only price, buying anonymous powders with questionable pedigrees. Our experience, built batch by batch and client by client, shows that thorough control, transparency, and direct problem-solving produce something lasting. It’s the only way we know to build trust and value—by turning every lesson, setback, and improvement into a tangible, tested difference in every shipment of our bitter lilies extract.