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HS Code |
789104 |
| Product Name | Osmanthus Powder |
| Botanical Name | Osmanthus fragrans |
| Form | Powder |
| Color | Light yellow to golden brown |
| Aroma | Sweet and floral |
| Taste | Mildly sweet, fruity, and floral |
| Common Uses | Culinary, tea blending, desserts, cosmetics |
| Ingredient Source | Dried Osmanthus flowers |
| Shelf Life | 12-24 months |
| Storage Conditions | Cool, dry place away from sunlight |
| Country Of Origin | China |
| Dietary Suitability | Vegan and vegetarian |
| Allergen Information | Generally allergen-free |
| Additives | No artificial colors or preservatives |
| Solubility | Partially soluble in water |
As an accredited Osmanthus Powder factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Osmanthus Powder is packaged in a sealed, food-grade, silver foil pouch, containing 100 grams, labeled with product details and expiry date. |
| Shipping | Osmanthus Powder is shipped in sealed, food-grade containers to preserve freshness and quality. Packages are protected from moisture, heat, and light during transit. Appropriate labeling and documentation are provided for safe handling. Standard shipping methods comply with regulatory guidelines, ensuring timely and secure delivery to the designated destination. |
| Storage | Osmanthus Powder should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat, and moisture. Keep the container tightly sealed to prevent contamination and preserve its fragrance and quality. Store away from strong odors and incompatible substances. Ensure the storage area is clean and label the container clearly to avoid confusion or misuse. |
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Purity 98%: Osmanthus Powder with 98% purity is used in premium skincare formulations, where it enhances antioxidant activity and improves skin radiance. Particle Size 50 microns: Osmanthus Powder with 50 micron particle size is used in beverage applications, where it ensures rapid dissolution and consistent flavor dispersion. Melting Point 180°C: Osmanthus Powder with a melting point of 180°C is used in baked goods, where it maintains aromatic stability during high-temperature processing. Moisture Content ≤5%: Osmanthus Powder with moisture content ≤5% is used in powdered drink mixes, where it improves shelf life and prevents caking. Color Index EBC 7: Osmanthus Powder with color index EBC 7 is used in confectionery production, where it provides a uniform golden hue and enhances visual appeal. Stability Temperature 120°C: Osmanthus Powder with a stability temperature of 120°C is used in hot tea infusions, where it preserves floral aroma throughout brewing. Oleoresin Content 1.2%: Osmanthus Powder with 1.2% oleoresin content is used in perfumery, where it intensifies the natural fragrance profile and prolongs scent persistence. Solubility 98% in Water: Osmanthus Powder with 98% water solubility is used in ready-to-drink products, where it achieves homogeneous dispersion and minimal sedimentation. Bulk Density 0.55 g/cm³: Osmanthus Powder with a bulk density of 0.55 g/cm³ is used in tablet manufacturing, where it guarantees accurate dosing and uniform tablet compression. Microbial Count <100 CFU/g: Osmanthus Powder with microbial count below 100 CFU/g is used in pharmaceutical supplements, where it ensures product safety and complies with hygiene standards. |
Competitive Osmanthus Powder 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.
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Tel: +8615365186327
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For over a decade, we have been working at the intersection of nature and chemistry, searching for ways to bring authentic botanical qualities to food, fragrance, and personal care formulations. Among all aromatic ingredients, osmanthus stands out not just for its unique scent, but for the technical challenges it sets. Osmanthus Powder, as we produce it, wasn’t just developed overnight—it grew out of countless extraction experiments and a deep respect for the delicate nature of osmanthus blossoms.
Back in our early days, we tried to capture the enticing character of fresh osmanthus in both liquid and powder forms. This process involved more than just milling dried flowers. Osmanthus contains volatile compounds, such as ionone derivatives and linalool, that readily escape or degrade under rough handling or improper processing. Chemically speaking, maintaining these actives calls for careful selection of carriers, fine-tuned drying processes, and storage solutions that block moisture and sunlight.
Our Osmanthus Powder emerges from a proprietary, low-temperature extraction and spray-drying workflow. We source fresh osmanthus blossoms directly during the short autumn harvest, ensuring peak aroma. The blossoms enter the process within hours of picking, an approach that preserves their key aromatic molecules. After gentle aqueous extraction to draw out both volatile and non-volatile compounds, we use controlled dehydration at carefully maintained temperatures. This method retains the floral, fruity sweetness that defines osmanthus while minimizing breakdown of rare active components.
We manufacture several grades of Osmanthus Powder, with models such as OP-120 and OP-HG, each tuned for different performance profiles. The most popular grade, OP-120, contains no chemical solvents, relying instead on food-grade carriers, mainly maltodextrin. Particle size consistently sits below 120 mesh, offering dispersion in various mediums, from bakery batters to beverage powders. Moisture content averages under 5%, a factor monitored in each batch to maximize shelf-stability and prevent clumping. In our experience, moisture swings directly impact both flow and perceived intensity, so real-time QC analysis is non-negotiable.
Another model, OP-HG, targets applications where minimal carrier is desirable. It sees use especially in artisanal tea blends, where excessive carriers can cloud clarity or mute flavor. Here, osmanthus solids make up over 90% of the powder by weight. This grade runs at a higher raw material cost and requires even more precise handling during spray drying—powder yield goes down, but the resulting purity finds favor among customers who seek a “clean label” input. On the manufacturing side, such purer grades mean stricter air control and limited batch sizes, making them a real test of both equipment and process discipline.
We see Osmanthus Powder used across sectors: food, beverages, perfumery, oral care, even luxury skincare. In the food industry, bakers and beverage formulators trust it for infusing authentic floral notes. Operationally, this powder dissolves quickly in water-based systems, avoiding visible residues that former liquid extracts often left behind. In lab validation, a typical dose of 0.2% w/w delivers both the heady aroma and subtle sweetness that recipes demand. Beyond this threshold, notes intensify but don’t tip over into bitterness, as sometimes happens with less refined osmanthus fractions from other sources.
Perfume houses prize our osmanthus grades for their stability in solid fragrance bases. Liquid extracts have a history of oxidizing or reacting with other actives, which leads to formulation headaches. Our powder-based carrier system sidesteps that issue—there is no need for added antioxidants or encapsulation, and the delicate top notes remain intact for longer shelf lives, as demonstrated by stability testing over eighteen months in typical conditions.
In oral care, powder dosing ensures ease during both wet and dry blending, without the handling hazards of concentrated oils. Formulators value the low allergen content and absence of solvent traces, especially when targeting sensitive populations. Our team collaborates with clients to optimize both dosage and sensory profile. We often run side-by-side trials with clients, customizing blends to suit target demographics or regulatory demands. We document every step, treating feedback as data to refine each subsequent batch.
Many competitors focus on bulk floral powders produced through generic dehydration and pulverizing processes. These methods fail to protect the character-defining aromatic compounds. You can see the difference in both application and sensory analysis: generic osmanthus powders often smell woody or grassy once blended, lacking the ethereal, apricot-like top notes prized by professional flavorists and noses. Our approach starts at the harvest—fresh blossoms instead of dried ones—then runs through extraction conditions tailored to osmanthus’ natural chemistry.
We have tested competitor powders in side-by-side cupcake and tea infusions. Compared to our OP-120, their products typically produce muted, sometimes even musty, scents once heated or extracted in water. Sensory panels and instrumental GC-MS analysis pinpoint the culprit—their drying methods drive off or degrade the very molecules that give osmanthus its unique identity. By contrast, our method retains ionones and β-damascenone, which show up plainly in both lab reports and real-world taste tests.
Liquid osmanthus extracts, while valuable for certain niche applications, bring storage and dosing challenges. Most liquid extracts—especially those based on alcohol—suffer evaporation losses, require refrigeration, and can separate in suspension. Applications in powdered drink mixes or baked goods almost invariably benefit from our powder format, which can be pre-blended in dry mixes, resists spoilage under normal storage, and doesn’t risk phase separation.
Customers also ask how osmanthus absolute and essential oil differ from our product. Absolutes and essential oils, even when authentic, are highly concentrated and cost-prohibitive for most food uses. They demand special carriers and, more importantly, often fail food-grade compliance due to processing solvents. For customers constrained by clean-label or organic labeling, osmanthus powders offer a viable way forward while still highlighting floral complexity.
Quality always starts at the source. We partner with smallholder networks near the osmanthus-growing regions. Each batch arrives within hours of picking, minimizing oxidation. Upon arrival, blossoms undergo a visual and aromatic QC inspection—no dull or browning petals make it into the process. In peak season, our team works in shifts around the clock, as these golden-yellow blossoms turn brown quickly if left unprocessed in the summer heat.
Extraction runs in continuous mode with filtered, temperature-controlled water. Other players rely on generic solvent extraction, which we avoid, as those artifacts show up in finished flavor and can trigger regulatory issues abroad. After extraction, solids go through a multi-stage filtration, then rotary evaporation to concentrate aromatics. Spray drying comes next, with tight controls on both inlet temperature and residence time. In our tests, going over the optimum temperature by even five degrees cuts sensory quality nearly in half. Our investment in automated feedback systems—moisture probes, colorimeters, and repeated manual aroma checks—keeps each run on track.
True to our commitment, we batch-test each production lot. Every kilogram enters a checking cycle for moisture, purity, and both chemical and sensory parameters. GC-MS analysis traces every significant aroma compound. We freeze split samples from each batch, building our own reference archive that helps resolve disputes or complaints months down the road. In one memorable case, a client flagged a “different flavor” in a mid-year shipment; by comparing reference vials, we identified a batch lot where a minor supply chain issue meant blossoms spent several hours longer than usual in transit. Swift remediation, plus ongoing supply-chain improvements, grew out of incidents like these.
Packaging presents its own challenges. Osmanthus powder absorbs both water and odors. We deploy custom multilayer pouches, tested against two months of tropical heat, to prevent caking or cross-contamination. Our packaging people run accelerated aging tests, simulating worst-case exposure to ensure the final product holds up in client warehouses in Singapore or Los Angeles alike.
Weather always defines the osmanthus season—late rains or heat waves can delay or shrink the blossom yield. We source through well-established supply partners who grow only osmanthus, not as a sideline, and who share our commitment to zero chemical pesticides. Some years, severe weather pushes down yields and quality; we build in ample raw material reserves and work with the same suppliers over many cycles. This consistency pays off in flavor and fragrance uniformity. Adulteration risks do exist—some sellers blend in other white-flowering shrubs, or, worse still, use used, spent blossoms dressed up with color. We keep counter-samples and buy from the same communities season after season, a practice that raised curiosity at first, but now garners trust and priority allocation.
Traceability means hands-on work. Our procurement teams periodically join the harvest, walking fields with growers, checking for disease, and witnessing handling methods. Third-party audits back up our own checklists. In-house, we log every field lot and maintain batch traceability through to the finished packaged powder. Where import/export regulations demand, we supply batch chemistry and origin documents, with full chain-of-custody kept from flower to finished powder. In this industry, once trust is lost it is nearly impossible to regain; consistent practices guard not just product quality, but our professional reputation.
“Clean-label” went from a buzzword to a core customer requirement. People want ingredients they can pronounce, coming from a source they can understand. The food and beverage sector, especially premium brands, push for short ingredient lists and minimal processing. Our approach—water-based extraction, careful dehydration, no chemical solvents—directly answers this call. As regulators in both North America and Europe keep raising standards, our technical and regulatory teams invest in continuous review, internal training, and third-party certifications.
Across Asia, where osmanthus already occupies a special place in culinary culture, major beverage processors now seek scale as ready-to-drink floral teas hit mainstream markets. Our powder grades allow them to scale up without the headaches of handling sticky, perishable flower pastes or filtering sludgy extracts. This not only cuts logistic costs, it shortens development cycles—tea formulators can experiment rapidly, tweaking recipes without waiting weeks for new supplies or risking spoilage.
Smaller startups and artisanal food makers account for growing demand in Europe and North America, especially as consumers embrace natural botanicals. Artisan chocolate, alcohol, ice cream, and even craft cheese have all seen successful launches based on our Osmanthus Powder. Process limitations set certain restrictions—in high-fat systems, powder dispersion must be carefully managed, a hurdle our technical team has helped clients address through customized pre-blend mixes.
Personal care formulators choose osmanthus for both fragrance and perceived skin-soothing qualities. Our purest grades feature in premium face masks and lotions where transparency matters. Product managers use the traceability of our manufacturing process to support sustainability claims on their packaging, and many reach out to request additional COAs, micro testing, and supplier info so they can answer end-user questions.
Every harvest, the challenges change. Early frosts, labor hiccups, and fluctuating market demands force us to keep evolving. We’ve learned that transparency and responsiveness matter more than one-size-fits-all specs. Our development team maintains ongoing dialogues with both food scientists and perfumers, relaying ground-level feedback back to our production teams. For example, baristas shared that, early on, higher-maltodextrin grades clouded drinks after standing. By collaborating, we reformulated, reducing carrier levels and shifting to a finer spray-dry parameters, resulting in a cleaner final beverage.
We get insights from regulatory auditors, too. One auditor flagged micron-level powder in a beverage filling line as a possible airborne allergen risk. This led us to develop improved dust-control protocols and offer pre-dispersed liquid or paste concentrates for industrial users unable to handle fine powders safely. Changes such as these have ripple effects across our product lines. We constantly trial new carriers, investigate technical upgrades, and invest in lab and pilot plant capability—everything with the aim to keep products safe, compliant, and consistent.
Competing manufacturers sometimes cut corners—using spent osmanthus or synthetic flavor boosters. Such shortcuts immediately show up in batch-to-batch test results and customer complaints. We keep rigorous logs from blossom intake through final packaging. Continual improvement and traceability work as the backbone of our production. It only takes one bad batch to lose a good client, and we’ve shaped every practice around learning from past mistakes. The manufacturing floor staff shares responsibility—line operators flag off-color or odd-smelling material without fear of slowing production. This culture came from hard experience and makes the difference between merely making a product and supporting a long-term business.
Feedback often comes fastest from bakers and beverage makers. Our intention from the start was not just to meet the spec sheet—but to see recipes succeed. Bakers tell us our Osmanthus Powder folds smoothly into doughs without changing their structure or leaving grit. Beverage processors report that flavor release starts instantly, while the powder stays shelf-stable for seasonal or year-round production. In pilot trials, flavorists compare side-by-side with both liquid extracts and competing powders, nearly always reporting superior top-note persistence and overall aroma intensity.
Fragrance developers in high-end perfumery notice the difference, particularly in base stability. They blend our powder with sensitive top notes, confident that oxidation will not rob finished products of freshness before launch. Some even use our material as a sensory “anchor” for experimental floral compositions, expanding beyond traditional tea or bakery markets.
In skincare, brands cite our COA and micro-spec data in their product launches, reflecting an increasing trend—ingredient traceability is as important as sensory quality. Retail and consumer feedback confirms low irritation and positive response, which feeds back into our development process. We don’t chase every passing trend, but carefully develop new osmnanthus-based blends or formats only once validated in real use.
The botanical ingredients field moves quickly. Plant-based, allergen-conscious, and sustainable inputs dominate both trends and regulatory landscapes. Osmanthus fits naturally into this shift, but as manufacturers, we know only careful process control and transparent sourcing can unlock its full value. Each year, we adjust our techniques—not just for higher yield, but for cleaner, more intense flavor and scent, always evaluating new extraction and blending options.
Customers, from solo artisans to multinationals, return because they see the impact on their own finished products. Bakery customers, for example, appreciate that our powder stays potent through both mixing and baking, where lesser grades “bake off” or lose aroma. Personal care formulators trust our hygiene and documentation. Even the most demanding perfumers, notorious for dissecting every batch, find the persistent, apricot-tinged note they expect from the real blossom.
Every bag of Osmanthus Powder represents not just a batch— but the sum of years learning from growers and chemists and the commitment to do better each season. Real manufacturing discipline sets the standard others soon follow, but always from a few steps behind. The resulting blend of know-how and continuous process improvement serves not just our customers, but the broader market seeking truly authentic botanical flavors and fragrances.