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HS Code |
683984 |
| Inci Name | Chrysanthemum Indicum Flower Extract |
| Common Name | Chrysanthemum Thermale Extract |
| Source | Chrysanthemum indicum flower |
| Appearance | Light yellow to brown liquid |
| Solubility | Water-soluble |
| Primary Function | Skin conditioning agent |
| Antioxidant Properties | Yes |
| Anti Inflammatory Properties | Yes |
| Typical Usage Level | 1-5% |
| Extraction Method | Water or hydrothermal extraction |
| Ph Range | 4.0-6.0 |
| Preservative | Typically contains added preservative |
| Vegan Status | Vegan-friendly |
| Application | Cosmetics and personal care formulations |
| Stability | Stable under normal conditions |
As an accredited Chrysanthemum Thermale Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Chrysanthemum Thermale Extract is packaged in a 500ml amber glass bottle with a tamper-evident cap and detailed labeling. |
| Shipping | Chrysanthemum Thermale Extract is securely packaged in sealed, chemical-resistant containers. It is shipped via approved carriers, adhering to applicable safety and temperature guidelines to preserve product integrity. All shipments include clear labeling, documentation, and comply with relevant local and international regulations for safe chemical transport. |
| Storage | Chrysanthemum Thermale Extract should be stored in a tightly sealed container, away from direct sunlight and moisture, at a cool and dry temperature (preferably 2–8°C). Keep it away from incompatible substances and sources of heat or ignition. Properly label the storage container and avoid exposure to excessive air to maintain extract stability and prevent degradation. |
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Purity 98%: Chrysanthemum Thermale Extract with a purity of 98% is used in high-end cosmetic formulations, where it ensures superior skin-calming efficacy and minimized impurities. Stability temperature 60°C: Chrysanthemum Thermale Extract with a stability temperature of 60°C is used in thermal skincare products, where it maintains bioactive compound integrity during production and storage. Particle size <50 μm: Chrysanthemum Thermale Extract with a particle size less than 50 μm is used in topical creams, where it allows for enhanced dermal absorption and uniform texture. Water solubility 10 g/L: Chrysanthemum Thermale Extract with water solubility of 10 g/L is used in aqueous-based serums, where it enables easy formulation and consistent dosing. Antioxidant activity 85% (DPPH assay): Chrysanthemum Thermale Extract with antioxidant activity of 85% by DPPH assay is used in anti-aging skincare, where it provides robust free radical scavenging performance. pH stability range 4.5–7.0: Chrysanthemum Thermale Extract with a pH stability range of 4.5–7.0 is used in facial cleansers, where it maintains functional activity across various pH conditions. Microbial count <100 CFU/g: Chrysanthemum Thermale Extract with microbial count below 100 CFU/g is used in sensitive skin formulations, where it assures microbiological safety. Residual solvent <0.5 ppm: Chrysanthemum Thermale Extract with residual solvent content below 0.5 ppm is used in pharmaceutical preparations, where it guarantees compliance with safety standards. Extraction solvent: water: Chrysanthemum Thermale Extract produced using water as the extraction solvent is used in natural ingredient formulations, where it achieves clean-label compliance. |
Competitive Chrysanthemum Thermale Extract prices that fit your budget—flexible terms and customized quotes for every order.
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As a direct producer of plant extracts, we spend a great deal of time listening to both our customers and the raw materials themselves. Among the botanicals in our processing lines, Chrysanthemum Thermale stands out. The flowers draw naturally from decades of agricultural wisdom. Every batch starts with harvesting the capitula at optimal maturity—a lesson learned through years of collaborating with seasoned growers. Getting this right means controlling the entire path from field to flask, and we do it ourselves, not through intermediaries. This is how we control the outcome, from subtle yellow colorations to distinct aroma profiles.
Our current offering, referred to among staff as Model CTX-421, reflects the demands of large-scale wellness and beverage manufacturers. CTX-421’s process tailors specifically to water-soluble product development. Each batch lands in a clear light-gold liquid concentrate. We refine every filtration and sterilization stage—not only for clarity, but also for consistent pharmacologically active content. Polysaccharides and flavonoids are the intended goals, and routine HPLC and spectrophotometry confirm our results. The standardized extract contains polysaccharides at no less than 15% by validated test and a total flavonoid content measured batch by batch, usually ranging between 2.5% and 3.8% m/m, depending on yearly crop variation.
From an operations perspective, Chrysanthemum Thermale presents unique extraction challenges compared with similar flowers. Thermal extraction ensures release of desired actives. We maintain extraction temperatures at 85–95°C, balancing effective solvent action with preservation of volatile fragrance molecules. Through years of in-house research, we settled on a ratio of 1:10 fresh flower to solvent for the first run, followed by a gentler re-extraction for additional yield without increasing unwanted tannins. These details came not from theory, but from fixing process variability observed across thousands of liters in pilot tanks.
Filtration methods also play a central role. We moved beyond rudimentary cloth filtration towards cross-flow ultrafiltration using specialized food-grade membranes. These membranes control particulate levels and help keep microbiological activity in check without needing harsh preservatives at the final stage. In our experience, this has enabled longer ingredient shelf-life. Manufacturers using our extract consistently report fewer issues with beverage clarity or settling in the end product.
Many producers of wellness drinks, functional teas, and ready-to-drink herbal tonics work with us directly. From our own point of view as the company making the base extract, the story often starts well before the final product development stage. Our facilities ship in bulk, so our clients require not only consistent flavor but also clean solubility. The CTX-421 model won favor among these users after we fine-tuned it to disperse completely in both cold and hot water applications. We’ve tested solubility in bottling lines and at scale, so when a manufacturer calls about haze or sediment, we speak from daily troubleshooting experience.
One of our regular partners in the ready-to-drink herbal sector noted faster handling due to the extract’s low viscosity. We see this echoed by others who run continuous batching processes. Previously, denser extracts caused pump clogging and inconsistent dosing. By adjusting our final evaporation parameters down to a target brix, we’ve found operators working at both room and refrigeration temperatures no longer face those headaches.
We also work with supplement manufacturers that value the mild floral aroma, which doesn’t overpower blends containing goji, schisandra, or other Chinese botanicals. Flavor chemists frequently visit our facility to sample prototypes and test whether the extract supports or masks their planned ingredients. By offering a consistent base free from excessive bitterness or metallic notes (a common complaint against poorly made chrysanthemum extracts), we help formulators meet their taste profile and stability goals in shelf-ready products.
On the market, chrysanthemum extracts differ wildly. In our research, labeling rarely reflects process quality. Some suppliers will offer products with unverified polysaccharide content or omit disclosure of extraction ratios. From our experience, “thermal” extraction methods create a cleaner flavor and a more reliable yield of both polysaccharides and small active terpenes compared to cold maceration or simple alcoholic extraction. We found, through side-by-side testing, that water-only extractions at high temperature extract more apigenin derivatives and quercetin than traditional methods. This yields a mild bitterness and subtle after-sweetness, often preferred by beverage innovators.
Another key difference emerges around residual solvent content. We do not rely on ethanol or other organic solvents at any stage, a decision made after observing regulatory recalls in overseas markets due to solvent residues. Our thermal extraction lines run closed-loop water systems, avoiding cross-contamination with cleaning chemicals or batch-to-batch leaching. Customers have relayed stories of failed batch releases due to non-compliant solvent residues from cheaper extracts; we designed our system to handle only water-based extraction for both safety and customer confidence.
Microbiological safety also sets our offering apart. We control spore counts using a combination of low-temperature pasteurization and ultrafiltration, never through gamma irradiation, which alters both flavor and nutritional values. Over the past several years, none of our international clients have reported shelf-stability issues in produced drinks or herbal capsules, even under higher-than-expected humidity storage conditions—a testament to our persistent in-process quality control.
Traceability matters. We track each delivery back to its field lot and harvest date, recording temperature and sunlight patterns for that growing season. Some years bring subtle shifts in flower flavor, generally due to climate or soil composition. We report these details transparently to regular bulk buyers—something they told us rarely happens with intermediaries. Contract manufacturers often request documentation of pollen counts, pesticide test results, and heavy metal screening. Our in-house laboratory performs full-panel ICP-MS and GC-MS checks before any tank is released for concentration or blending. These steps, based on direct requests from the brands we supply, have earned us trust that forms long-term partnerships.
Manufacturers in regulated markets, especially in Southeast Asia, North America, and Europe, repeatedly emphasize the need for verified Certificates of Analysis with QR-verifiable links to laboratory data. We digitized this process three years ago, embedding batch numbers directly on drums and totes. Customers report this reduces the time spent fulfilling GMP documentation requirements and lowers the chance of regulatory delays during import clearance.
Some plant extracts require regular QC intervention because of lot-to-lot inconsistency. Our Chrysanthemum Thermale Extract maintains quality through in-process monitoring at each step. We run full plate counts, and every production run is validated for active markers. This level of oversight came out of necessity: several customers previously faced product recalls due to unlabeled allergens and microbiological spoilage when they sourced through brokers. After switching to direct supply from our facility, they relay improvements not only in active compound content but also in reduced off-odors after transport.
Each month, we audit our operations for both internal standards and compliance with updated regulations in our clients’ export destinations. We’ve seen firsthand the cost of non-compliance among some competitors: rejected shipments, destroyed batches, strained partner relationships. By tying our production data directly to each shipped order and backing it with documentary and chemical evidence, we’ve helped customers avoid these risks. Our involvement doesn’t end at production. We regularly update process parameters in response to feedback from flavorists, production managers, and quality control teams who use our extracts—open dialogue drives real progress.
Over the years, sustainability has moved from a buzzword into an everyday responsibility. We rely on multiyear supply agreements with smallholder farmers who stagger their plantings for year-round supply. Direct relationships enable us to support soil health initiatives, including rotation of legumes and careful organic fertilization schedules that avoid over-use and soil fatigue. Periodic field visits ensure raw chrysanthemum meets the standard required for stable, pharmacologically active extracts.
Our approach reduces cross-contamination at the farm and avoids the heavy use of fungicides, which often leave residues difficult to remove in industrial processing. Manufacturers using our extract regularly report “clean” certification results for both EU and US organic programs. We’ve chosen not to press for highest possible yield per hectare, but instead focused on regularity and consistency—key factors for brands seeking long-term ingredient supply.
Environmental stewardship does not only serve the end customer but also helps stabilize raw material costs in a volatile supply chain. By investing in biodiversity, buffer planting, and rainwater harvesting at the source, we have weathered tougher years without wild price spikes or shortages. Our commercial partners receive stable pricing, with contractual clarity on seasonal variation and minimum active content guarantees. This reduces risk all along the chain, from field to finished product.
The herbal extract sector suffers from persistent mislabeling, adulteration, and uneven technical standards. Our team frequently receives samples for comparison—purported “Chrysanthemum extracts” that show low actives or contain fillers. Years ago, a customer supplied us with a batch that failed every single analytical marker for authenticity. This problem persists, and so we have committed to cross-checking incoming requests with full chemical, botanical, and DNA barcoding profiles. We have stopped deals at the final hurdle more than once because a supplier couldn’t verify raw material identity.
Fair trade claims often fall apart under scrutiny. By going to the fields and talking with growers directly, offering minimum purchase guarantees, and paying on delivery instead of on consignment, we see both higher quality and more reliable supply. Grower partners receive direct incentives for meeting both organic standards and better post-harvest handling targets. By removing the brokerage layer, value flows in both directions: farmers see better prices, and processors like us achieve lower risk of contamination or material mixing.
Another persistent concern in our industry is inconsistent regulatory interpretation. Health agencies change requirements for thresholds of contaminants like heavy metals, pesticide residues, or microbial counts. By running proactive batch screening and maintaining clear documentation, we stay ahead of these changes. This supports our customers, who gain confidence that orders will not encounter border rejections—a crucial factor for large-scale drink and supplement brands planning global launches or seasonal campaigns.
We believe the solution to most of the industry’s woes lies in open quality standards, traceable sourcing, and a commitment to close producer-consumer relationships. By offering technical tours, documentation, and test samples, we demystify the extraction process for our partners. We invite feedback, whether positive or critical, and adapt our process where warranted.
In recent years, we have broadened R&D efforts into continuous-flow extraction and improved non-thermal stabilization technologies. This work aims at producing extracts with even finer aroma retention and a wider spectrum of actives. As beverage trends shift towards lower-sugar, clean-label, and transparent origin stories, our technical staff plans to release additional specification options suited for new and emerging market needs.
Work remains ongoing to optimize shelf stability in high-acid and low-acid matrices. Trials with new organic preservatives and inert gas packaging have shown extended stability in ready-to-drink formulations held at ambient temperatures. These advances build upon practical experience from many years of fielding feedback from drink developers and bottlers.
We also support those building new products with pilot quantities and on-site technical assistance, sharing the lessons our own operators learn. Our policy favors transparency: clear reporting, straightforward communication, and technical rigor above marketing claims.
There’s a story in every drum of Chrysanthemum Thermale Extract that leaves our facility. The value isn’t simply in the visible gold hue or the clean taste profile, but in the choices made all along the chain—how we select fields, manage harvests, set extraction parameters, and validate the finished product. Supply and demand today move faster than ever, but getting the basics right ensures not only customer satisfaction but also long-term producer resilience. For manufacturers looking to build products on solid ground, genuine direct sourcing, full traceability, and tested specifications matter more than ever. Investors and product developers have told us what they prefer: reliability in composition, clarity in origin, and honesty in support. That is precisely what we aim to deliver with every batch of Chrysanthemum Thermale Extract we send into the world.