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HS Code |
156311 |
| Scientific Name | Coriandrum sativum |
| Common Name | Coriander |
| Family | Apiaceae |
| Origin | Mediterranean and Middle Eastern regions |
| Plant Type | Annual herb |
| Culinary Uses | Both leaves (cilantro) and seeds are used as spices |
| Leaf Shape | Lacy, delicate, and lobed |
| Seed Shape | Round and slightly ridged |
| Flower Color | White or very pale pink |
| Growth Height Cm | 30-60 |
| Aroma | Fresh, citrusy, and slightly spicy |
| Major Compounds | Linalool, pinene, and geraniol |
| Preferred Soil | Well-drained, loamy soil |
| Sunlight Requirement | Full sun to partial shade |
| Watering Needs | Moderate watering |
As an accredited Coriandrum Sativum factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | A white, resealable pouch labeled "Coriandrum Sativum (Coriander) Seeds, 100g," featuring botanical illustrations and clear usage instructions. |
| Shipping | Coriandrum Sativum, commonly known as coriander, is typically shipped as dried seeds or fresh plant material. Packaging must ensure protection from moisture, contamination, and physical damage. Standard shipping involves sealed, food-grade containers or bags, with labeling in compliance with regulatory requirements to ensure product integrity and traceability during transportation. |
| Storage | **Coriandrum Sativum**, commonly known as coriander, should be stored in a cool, dry, and well-ventilated area away from direct sunlight and moisture. Seeds should be kept in airtight containers to prevent loss of flavor and contamination, while fresh leaves may be refrigerated in a sealed bag. Proper storage maintains freshness, potency, and prevents microbial or pest infestation. |
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Purity 98%: Coriandrum Sativum with 98% purity is used in pharmaceutical formulations, where it ensures high bioactivity and consistent therapeutic efficacy. Particle Size 50 µm: Coriandrum Sativum at a particle size of 50 µm is used in nutraceutical tablet manufacturing, where it enables uniform dispersion and optimized dissolution rates. Essential Oil Content 0.5%: Coriandrum Sativum with 0.5% essential oil content is used in flavor enhancement applications, where it imparts strong aromatic properties and superior taste profile. Moisture Content <8%: Coriandrum Sativum with moisture content below 8% is used in spice blends production, where it increases shelf life and prevents microbial growth. Stability Temperature up to 60°C: Coriandrum Sativum stable at temperatures up to 60°C is used in food processing, where it maintains volatile compound integrity during thermal treatments. Milled Granule Form: Coriandrum Sativum in milled granule form is used in animal feed supplements, where it ensures rapid ingredient mixing and homogenous nutrient delivery. Ash Content <5%: Coriandrum Sativum with ash content below 5% is used in herbal extract preparation, where it delivers enhanced purity and minimizes residue formation. Volatile Oil Yield 1.2%: Coriandrum Sativum with volatile oil yield of 1.2% is used in perfumery compounds, where it provides strong aromatic intensity and long-lasting fragrance. Solvent Residue <0.01%: Coriandrum Sativum with solvent residue under 0.01% is used in medicinal tinctures, where it guarantees compliance with safety regulations and product purity. Microbial Load <1000 CFU/g: Coriandrum Sativum with microbial load below 1000 CFU/g is used in cosmetic preparations, where it ensures product safety and prevents contamination. |
Competitive Coriandrum Sativum 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.
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Tel: +8615371019725
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Years in the chemical manufacturing field teach more than any textbook can. We have relied on our facilities, our people, and steady methods to deliver genuine Coriandrum Sativum extract, better known as coriander. Grown through closely managed agricultural partnerships, each harvest brings different challenges: inconsistent rainfall, soil fertility issues, pest management—the real world shows no shortage of variables. Batch quality always ties back to the raw seeds and their journey through each processing step.
Our site handles everything from cleaning and sorting whole coriander seeds to steam distillation, grinding, and solvent-free extraction. This means we keep tight control over what goes into each lot. Talking about “model” in chemical manufacturing may sound abstract, but to us it relates directly to extraction yield, purity, and repeatable results at industrial scale. The whole operation runs on protocols developed through hard-won troubleshooting and collaboration with process engineers and operators. We built the system to deliver reliable, natural coriander oil and concentrated extract without compromising active compounds.
Working in the trenches with raw botanicals, one finds that every supplier claims purity and quality, but few can actually back it up with batch-to-batch consistency. Our coriander extract runs through high-efficiency distillation columns, followed by fractional condensation that separates out every major and minor aroma note and volatile. Plant matter can surprise you. Sometimes it arrives dryer than usual, or seed size varies. We don’t cut corners; adjustments are made right on the production floor.
From this experience, we’ve learned that safeguarding the linalool and essential aldehyde content in coriander oil makes or breaks flavor, fragrance, and medicinal applications. We focus on preservation—maintaining molecular integrity during heating and not letting oxygen degrade active constituents. With volatile botanicals, timing and temperature control compete against one another, and only coordinated staff and robust instrumentation keep everything within agreed limits.
Many resellers and brokers never see the plant material change hands. Our staff samples raw seeds for color and aroma, performs on-site moisture checks, then tests extracts using in-house GC-MS for composition. It’s a full-circle supply chain, and direct production visibility provides real assurance—no dilutions, no filler oils, no solvents except those naturally present in coriander.
Industrial customers often demand precise technical parameters, but real-life processing proves specs can shift with crop year and seed source. Our main production line churns out coriander seed extract in several standard concentrations and grades—expressed oil, concentrated distillate, and purified isolates—ranging from food to fragrance to API use. Each model bears a code we developed to help customers identify active content, residual solvent status, and antimicrobial activity.
Typical coriander oil from our extraction line delivers over 65% linalool content, occasionally rising to 70% in ideal seed seasons. Several programs allow for custom concentration, adjusted pH, or additional filtration for customers in fine perfumery or therapeutics, where color and aroma profile have to stay tight. Rather than fit every batch to a cookie-cutter blueprint, adjustments come through calibration, deeper process integration, and hands-on blending; formulas are worked out in concert with customer feedback.
Customers who need coriander extract for pharmaceutical or supplement use value the visible chain of custody, and the fact that we can document every step—from plant origin through processing parameters to finished spec. Analytical reports travel alongside each drum, annotated with process details, not just dry numbers. Customers from the food industry ask about handling, shelf-life, and organoleptic qualities since those directly affect finished products; our teams spend time walking through handling best practices and safe incorporation in end-formula.
In seasoned production environments, coriander extract finds its way into more places than sometimes realized. Confectionery and beverage formulators prize the complex, citrus-spicy top notes—not just for flavor, but for the subtle lift it gives herbal profiles. Large soap and perfumery groups rely on its unique green-linalool aroma to lend brightness to body washes, colognes, and personal care blends. Functional supplement makers focus on coriander's antioxidant properties to complement other plant actives in their formulations; here, traceability and “no carryover solvents” matter as much as the linalool content.
Working closely with customers in these areas, we have tuned our filtration and polishing steps accordingly. Edible grades travel only in containers used exclusively for food-contact materials, scrubbed and checked with ATP swabs to ensure hygiene before loading. Conversely, a perfumery batch destined for luxury fragrance sees further rotary evaporation to clarify high-aroma fractions and minimize off-notes. Taking customer feedback into account, we have run internal taste and smell panels to weed out any bitterness or hazy top notes, and have re-tooled distillation conditions based on those hands-on insights.
Herbal medicine manufacturers are some of our most rigorous partners. They meet us with technical requirements for heavy metals, pesticide residues, and microbial limits, all verified through standard QC and, often, third-party testing upon request. These clients remind us daily that Coriandrum Sativum extract should not only perform well in products—it must be clean, honest, and easily trackable down to the batch. Our technical team revises extraction parameters to keep pesticide and heavy metal residues tightly within international limits, and process control documentation moves with each order.
There’s no shortcut to consistent quality in coriander production. Temperature swings in the distillation unit mess with volatiles—our staff knows to monitor digital logs four times daily. Sometimes seed lots show up with a strange, almost celery-like off-note. Quick adjustments in distillation time or tighter filtration usually correct this. Aromatic purity is checked every shift with both electronic and sensory panels; odd tanks flagged early are rerouted or mixed back into lower-grade products, never bulked in with top lots.
By batching and labeling everything down to per-shift runs and packing under positive-pressure flow hoods, we prevent contamination drifting from open doors or careless movements on the floor. Finished drums always pass GC-FID and moisture tests before shipping; rejected batches are reworked or destroyed, not sold under a different name. This hardline approach keeps trust with perfumers, beverage makers, and contract formulators who demand verifiable origin and accountable production history.
Even after three decades, we keep learning. Last year’s monsoon season created new fungal loading issues, leading us to invest in two-stage seed washing and UV dry rooms. The switch took months to perfect but drove down mycotoxin levels and tightened shelf stability for food-grade customers. Changes like this don’t come easy, but the improvement shows up directly in less yellowing and cleaner, livelier top notes in each drum we ship.
On the raw material market, coriander oil and extract span an enormous range, from clear, bright green distillate rich in linalool and geranyl acetate to pale or opaque material thickened with carrier oils or thinned with undeclared solvents. Cut or blended oils often reach us as “sample baits”, but a simple refractive index check or GC run shows the difference. Customers sometimes bring these comparison samples straight to the lab, and each time, our uncut extract shows higher purity, clearer aroma, and a more stable chemical profile.
Price differences start to make sense when you wade into the details. Cheaper materials often come from processors running outdated stills or accepting lower-standard seed lots. They filter less aggressively, skip equipment cleaning cycles, and store material in drums not meant for botanical extracts. Over time, these practices trap off-flavors, oxidize aroma compounds, and leave an unreliable ingredient. One smell test beside our product makes it hard for chefs, flavorists, or cosmetic chemists to accept mass-market alternatives.
Some commercial sources spike coriander with “nature-identical” linalool from synthetic origin. Aside from regulatory headaches, these additions affect the subtlety real coriander carries. Our processes are transparent; we guarantee all aroma volatiles derive only from coriander seed, proven by retention time standards and annual random isotope checks. No perfumes, chemical enhancers, or off-site blending.
Clients ask about everything—the origin of seed parcels, rainfall patterns during the growing season, even what pesticides are permitted on the farm. Instead of relying on paper certificates alone, we keep photo records, GPS-logged fields, and harvesting logs; our teams visit farmers at sowing and just before harvest. Fertilizer and pest management regimes are set up in partnership with local growers to meet the demands of export markets. Last year, a batch flagged for pyridaben residue was traced back to a weather-driven spray; the entire lot was segregated, not blended out through dilution.
Our SAP system tracks every lot from raw seed to finished extract, with automated checks for test results, storage temperatures, and movement through the plant. Each customer order can be linked directly to its source fields, and auditors can “walk the batch” through every step using linked QA records. Batch numbers aren’t just labels—they reflect a complete, chain-traceable history, with corrective actions attached where needed and full right of recall. This end-to-end traceability wins trust not with buzzwords, but with open doors and documentation on request.
The coriander market faces classic challenges: unpredictable weather, occasional adulteration, and a shortage of hands-on technical knowledge in the supply chain. Our strategy doesn’t just mean controlling what we produce; it involves investing upstream, helping contract farmers switch to integrated pest management and residue-free cultivation. We have scaled with farmer education, sponsor third-party residue tests at collection points, and bring these insights back to the table when updating our internal controls.
Regulatory inspection teams—especially from destination countries—have raised expectations over the years. Microbial specifications for botanicals have tightened, as have allowable trace elements in EU, US, and Asian markets. Our entire process design reflects the lessons learned from failed tests: adding validated washing steps, installing dedicated air-knife dryers to fight post-harvest mold, and sampling more aggressively from each kilning batch.
Customer relationships grow through real accountability. Only direct chemical manufacturers have the data to field tough technical calls—explaining the reason for slightly richer winter harvest oil, walking a formulator through how to avoid “clashing” with other aromatics, or suggesting suitable grades for shelf-stable snack formulations. Keeping expertise in-house, from our technical QA through to our application support chemists, lets us respond flexibly to new requirements. We don’t just sell material; we walk with each user, solving application challenges and troubleshooting quality questions as they arise.
As demand grows for truly clean-label natural flavors, our R&D team works on refining extraction without high pressure solvents or superfluous preservatives. We focus on methods that retain minor terpenes and aldehydes, often lost in rapid distillation. New chromatographic techniques let us fractionate according to end-use—cooling, for fine perfumery; maximal recovery for herbal tinctures. It’s not just about optimizing linalool content, but the nuance secondary volatiles provide to luxury and therapeutic products.
Market demands drive constant experiments—like trialing new partnerships with organic-certified growers in subtropical regions, or blending hundreds of harvest samples to develop a living “aroma fingerprint.” We share these innovations transparently with our partners, updating them on what works, what doesn’t, and how it impacts their finished products. It’s kitchen-table honesty, not PR hype.
We continue listening to customer pain points, such as the growing interest in methyl eugenol-free extractions to meet evolving safety standards. Our pilot plant trials have tested several innovative methods, including double vacuum-rectification, to assure compliance with the latest EU controls. Early feedback shows that these approaches retain the sought-after freshness of coriander extract, while satisfying strict technical requirements and maintaining the natural character required by premium formulators.
Industrial manufacturing rarely lines up with theory—each season, customer brief, and production run pushes us to adapt, respond, and improve. By telling the real story of how our Coriandrum Sativum extract is made, we open our practices to scrutiny and build real-world trust. Whether a flavorist seeking a singular bright note or a pharmaceutical developer requiring clean, certifiable supply, we bring proven capability: hands-on staff, robust facilities, and decades shaping better, safer, traceable coriander extract.
True expertise means being on the ground—sampling at the farm, troubleshooting in the plant, walking formulators through trial batches, and tackling quality problems head-on. Our reputation with end users stands on more than certificates or audits; it lives in the daily, careful, work-intensive process that puts the right Coriandrum Sativum into every customer’s hands. We don’t just claim quality; our process, people, and transparency prove it with every drum that leaves our doors.