|
HS Code |
402968 |
| Common Name | Star Anise |
| Scientific Name | Illicium verum |
| Family | Schisandraceae |
| Origin | China and Vietnam |
| Plant Part Used | Fruit |
| Shape | Star-shaped |
| Color | Brown |
| Flavor | Sweet, licorice-like |
| Main Compound | Anethole |
| Culinary Uses | Spice in dishes and beverages |
| Medicinal Uses | Traditional remedies for flu, cough, and digestion |
| Aroma | Warm, spicy, and sweet |
| Essential Oil Content | 2-7% |
| Harvesting Season | September to March |
As an accredited Illicium Verum factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Illicium Verum, 500g: Sealed in a resealable, food-grade plastic pouch with a clear window and bold botanical labeling. |
| Shipping | Illicium Verum (Star Anise) is shipped in sealed, moisture-proof containers to maintain freshness and prevent contamination. The product is packed securely to avoid damage and is labeled per regulatory requirements. Standard transport modes include air or sea freight, ensuring compliance with safety guidelines for botanical and food-grade chemicals. |
| Storage | Illicium verum, commonly known as star anise, should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. Use airtight, non-reactive containers, such as glass or food-grade plastic, to preserve freshness and prevent contamination. Store separately from strong odors, as star anise can absorb surrounding smells, impacting its aroma and flavor quality. |
Competitive Illicium Verum 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 sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Our journey with Illicium verum did not begin simply because it made its way onto the global market, or because spice traders asked after it by name. We started processing this botanical long before demand spiked in pharmaceuticals and food flavorings, and the knowledge we’ve gained over years in the chemical manufacturing sector shows in the quality of each batch leaving our facility. To us, Illicium verum is more than a line on a price list. It’s the product of diligent sourcing, careful separation of useful fractions, and a deep respect for customer needs across industries.
Reliable materials form the backbone of any chemical manufacturer’s reputation. Our supply chain stretches from specialized plantations in subtropical regions, where growers understand the importance of harvesting fruit at peak oil content, to on-site quality testing before the pods even enter our production lines. Plucking the star-shaped fruits too soon leads to lowered yields and subpar extraction; too late, and critical flavor and aroma compounds break down in the sun. We invest in long-term relationships with agricultural partners and perform secondary checks to guarantee our raw supply contains no Illicium anisatum—close in appearance but toxic, unfit for either culinary or pharmaceutical applications.
Our on-site specialists receive whole Illicium verum and break each batch down with a combination of mechanical and solvent extraction. Unlike standardized distributors who simply blend and distribute, we control every metric from moisture content to residual solvents. Routine equipment calibration keeps quality high, and final product testing includes GC-MS and other analytical tools, not as a marketing point, but because without those results, there is no assurance on purity for downstream buyers using star anise as a base for legitimate medicine.
Many commercial buyers see star anise primarily as a flavoring, but our customers in the pharmaceutical sector look at a different part of the plant: shikimic acid. We began isolating and refining shikimic acid well before the waves of global demand during flu season, as it plays a crucial role in the synthesis of antiviral drugs such as oseltamivir. Sourcing Illicium verum with high shikimic acid content lets us provide concentrated fractions that don’t need reformulation or blending at the buyer’s facility.
Our typical output concentrates shikimic acid above 12 percent by dry weight, verified with full analytical data. We also monitor and limit any contamination by neosidamin (found in some related species), a risk ignored in cheaper supplies where crude mixing occurs without authenticity checks. We target industrial buyers who rely on repeatable, trusted input—companies where each kilo can end up as thousands of finished antiviral doses.
Illicium verum’s familiar sweetness and warm aroma are prized in food and beverage formulations, yet mass-market supplies often fall short in terms of consistency and purity. Years of direct manufacturing experience tell us where shortcuts tend to happen: sun-drying under tarps, cutting with lower-grade material to save on cost, or improper storage that causes molds to spread. Consistent food and beverage makers return order after order to chemical manufacturers instead of spice brokers for a reason. Refined material comes with a steady profile batch to batch, eliminating off-flavors during baking, brewing, or distillation.
Growing demand for natural fragrances and essential oils pushed us to refine extraction conditions. A gentle-temperature, closed-system process protects delicate aromatic compounds while moving fast to prevent oxidation. The resulting oil carries a high proportion of trans-anethole—often over 80 percent—delivering licorice notes sought in everything from handmade soaps to alcoholic spirits. Reliable chemical markers help fragrance buyers formulate products without risking consumer safety or court-mandated recalls.
Over the years, we have seen many competitors offer Illicium verum blends that compromise on safety or performance. Some products use mixed-source star anise to reduce price, but with limited transparency on origins. Others ignore strict microbial limits or skip batch-by-batch authenticity checks. We take a different route: documented botanical sourcing, tight moisture controls, and ongoing validation of absence of Illicium anisatum (Japanese star anise) through both macroscopic and chromatographic methods.
Our Illicium verum is free from co-mingling with unapproved species. Check samples feature clearly-documented certificates on key content—shikimic acid level, volatile oil fraction, water activity, and heavy metal content. This oversight is not a luxury to us. As a responsible chemical manufacturer, we know the risks of fluctuating input quality—anything from fouled equipment to failed regulatory audits. We routinely handle inquiries where customers lost money and time to resellers who cut corners. Better control at source and every step of refinement makes all the difference for repeat buyers counting on predictable output.
Star anise from Vietnam and southwest China dominates the commercial supply, but we differentiate batches not just by region but by spectrum analysis and essential compound content. Our model numbers reflect extraction conditions and intended use—whether for pharmaceutical intermediates, fine fragrance distillation, or bulk food industry applications. For example, batches code-stamped for medical synthesis guarantee higher shikimic acid purity and lower non-volatile residue, backed by targeted testing. Flavour and beverage models provide broader essential oil content to accentuate the citrus-laced aroma chefs and distillers prefer.
Some competitors offer a raw, unrefined powder, but our food-grade model is milled only after removal of fibrous husks and denaturation of enzymes that could otherwise break down aroma compounds in storage. Distillation fractions differ, too; a custom model can reflect a specific volatile profile or match a house flavor/aroma profile for clients with their own legacy recipes. We welcome direct customer visits to witness how small changes in temperature, pressure, or solvent choice impact the final product—openness that only manufacturers, not distributors, deliver.
Incidents of product recalls and adverse health reactions often trace back to poor species identification. Instances involving Illicium anisatum adulteration, known for neurotoxic properties, have been cited in regulatory advisories worldwide. Our manufacturing facility draws a strict line—receiving only whole fruits from verified growers, with in-house specialists trained to distinguish Illicium verum by fruit structure and essential oil fingerprinting. Thin-layer chromatography, alongside DNA barcoding in new trials, grants another layer against cross-contamination. We have rejected bulk shipments for failing simple physical checks, a decision that pays off in end-user safety and traceability.
Fungal contamination also jeopardizes both flavor and safety. We implement rapid moisture reduction on incoming lots to prevent mold growth. Each consignment receives batch-level aflatoxin screening, and critical steps—from pre-drying to final milling—occur within a climate-controlled environment to lock out ambient spore exposure. This hands-on process means our clients get Illicium verum that meets global regulatory thresholds, ready for direct formulation without re-cleaning or further validation steps.
Fluctuations in the demand for antivirals create swings in supply and price for high-quality Illicium verum. Our longstanding relationships with reliable growers, paired with contractual cultivation plans, protect our customers against shortfalls. We invest in post-harvest infrastructure—dedicated drying tunnels, local storage depots—to fully preserve star anise lots before they even reach our factory. Unlike commodity resellers who buy on spot, our integrated planning absorbs shocks from weather or market surges, keeping our output steady.
Resource stewardship supports our bottom line as well as ecological health. Illicium verum trees take several years to mature, so we prioritize contracts that include replanting and soil renewal. Sustainable practices not only address environmental responsibilities, but they also lock in better harvest quality year after year. No manufacturer wants gaps in supply chains or product shortages due to environmental neglect. Our experience shows that attentive stewardship pays off every season.
Chemical manufacturing does not stand still. Years ago, extraction yields maxed out at around 5 percent by weight. By recommissioning our solvent recovery and pressure distillation systems, we now achieve yields exceeding 7 percent with reduced byproduct load. Advances in chromatographic separation boosted not only the concentration of primary actives but also the removal of trace toxins. These changes come about not from pressure to keep up with industry catchwords, but as the result of continuous data analysis and on-site troubleshooting.
We run every shift with engineers monitoring in-line sensors as well as batch data, ensuring quick response times to fluctuations in feedstock characteristics. This feedback loop feeds direct improvements—whether tweaking the solvent blend for better selectivity or adjusting residence time during the hydrolysis phase. Our team meets regularly with system designers to review performance benchmarks and identify small points of loss or contamination that compound across large runs. The result is a product that meets—often exceeds—global monographs, supported by robust documentation.
Quality assurance matters more than promotional language. We know many buyers for pharmaceuticals demand full traceability and internal batch documentation for each purchase order. Our facility logs comprehensive step-by-step records, from sourcing to post-packaging residual solvent testing. For export, we supply all notarized Certificates of Analysis—with profiles on shikimic acid, anethole, limonene, and cineole—tailored to customer request per regulatory jurisdiction.
In regions where labeling standards differ, we work directly with client auditors to ensure ingredient lists, allergen data, and residual limits clear customs and meet local requirements. Our staff participate in cross-training with regulatory specialists and engage in formal certification audits several times per quarter. We invest in third-party GMP (Good Manufacturing Practice) certifications as a safeguard, not just a marketing claim. Transparent, well-documented sourcing and processing practices help customers pass their own audits, reducing risk and building long-term supplier trust.
Clients sometimes consider switching to synthetic shikimic acid, fennel, or even other anise sources to avoid supply fluctuations. Synthetic alternatives lack the full spectrum of volatiles or minor components many manufacturers want in food and flavoring applications. Fennel-derived compounds can echo some flavor notes, but not the same sweet, woody complexity unique to true star anise. Our direct manufacturing experience has shown formulations relying on non-traditional extracts tend to suffer from muted aroma profiles or regulatory questions over allowed labeling.
Other Illicium species present further risks. Illicium parviflorum and Illicium anisatum share resemblance to true star anise, but their differing toxicology is well-documented. We make a firm commitment: our finished Illicium verum meets monographs for star anise and contains none of the neurotoxic principles—anisatin, neoanisatin, or pseudoanisatin—linked to adverse incidents in food and tea applications. No substitute offers the same ease of compliance in established food and drug regulations.
Scaling output without sacrificing safety creates manufacturing headaches at any facility. Early on, as our volumes grew to meet demand from pharmaceutical and large-scale food clients, consistency risked slipping as new suppliers entered the chain. We learned that segmenting dedicated lines for pharmaceutical, fragrance, and food applications solved many problems in cross-contamination and allowed us to optimize extraction for each end use. Segregating raw lots, varying milling particle size, and scheduling sterilization runs according to intended market keeps risk low and turnaround times short.
Physical storage conditions make another difference. Humidity above 11 percent can cause rapid spoilage in raw anise storage tanks, destroying months of effort in a single shipment. By installing controlled-atmosphere warehouses with filtered airflow and periodic quality audits, we cut spoilage rates to less than 0.5 percent across all incoming lots. Investment in custom packaging solutions, such as laminated multi-layer bags and desiccant inserts, delivers extra shelf-life—welcome news for clients running just-in-time production models.
Modern chemical manufacturing thrives on openness to research and knowledge sharing. We partner with agronomists, analytical chemists, and clinical researchers to improve both upstream cultivation methods and downstream extraction processes. Field visits allow for joint trials on varietal selection, irrigation, and disease control. Internally, R&D staff experiment with altering pressure, time, and temperature regimes to balance maximum yield with flavor preservation.
Legitimate research also offers guidance on potential health impacts—areas where anecdotal evidence once held sway. Studies confirm that high-quality, well-processed Illicium verum shows low allergenicity and no trace toxins above globally accepted daily intake thresholds. We welcome researchers and buyers for site tours and sampling—no need for closed doors when best practice becomes a source of pride as well as business.
New frontiers for Illicium verum continue to develop, especially in areas like nutraceuticals and functional foods. As more attention shifts toward plant-based medicines and clean-label products, demand for rigorously manufactured, fully traceable star anise will increase. Having seen the consequences of shortcuts—both to reputation and end-user safety—our focus remains on responsible sourcing, attentive processing, and transparency at every level.
We believe that the best Illicium verum is defined not only by what goes into it, but by all the contaminants, irregularities, and risks that never make it past our doors. Our experience, investments, and commitment to collaboration help us consistently deliver star anise that stands apart from generic supply. Every batch reflects the knowledge, care, and direct oversight only a manufacturer can provide, supporting our customers as they look ahead to safer, more innovative, and more flavorful applications.
