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HS Code |
603713 |
| Botanical Name | Clinopodium chinense |
| Common Names | Chinese wood mint, Chinese savory |
| Plant Family | Lamiaceae |
| Part Used | Whole herb or aerial parts |
| Form | Powder, liquid extract, capsule |
| Color | Brownish-yellow to brown |
| Solubility | Partially water soluble |
| Extraction Method | Ethanol or water extraction |
| Active Compounds | Flavonoids, triterpenoids, phenolic acids |
| Taste | Bitter, slightly minty |
| Traditional Uses | Herbal medicine, tonic |
| Storage Conditions | Cool, dry place, away from light |
| Shelf Life | Approximately 2 years |
| Origin | Asia, primarily China |
| Recommended Dosage | Varies by form and application |
As an accredited Clinopodium Chinense Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Clinopodium Chinense Extract, 500g, securely sealed in a food-grade, silver aluminum foil pouch with clear labeling for identification. |
| Shipping | Clinopodium Chinense Extract is securely packaged in sealed, food-grade containers to preserve quality and potency. It is shipped via reliable carriers, with appropriate labeling for identification and safety. The extract is protected from moisture, heat, and light, ensuring it arrives in optimal condition. Custom documentation is provided for international shipments. |
| Storage | Clinopodium Chinense Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or moisture. Keep the container tightly sealed to prevent contamination and deterioration. Avoid exposure to strong acids, alkalis, and oxidizing agents. Proper labeling and secure storage help ensure product quality and safety during handling and use. |
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Purity 98%: Clinopodium Chinense Extract with 98% purity is used in pharmaceutical formulations, where it enhances anti-inflammatory efficacy. Particle Size 50 microns: Clinopodium Chinense Extract with 50-micron particle size is used in tablet manufacturing, where it enables uniform blending and consistent dosage. Stability Temperature 40°C: Clinopodium Chinense Extract stabilized at 40°C is used in cosmetic creams, where it maintains antioxidant activity during storage. Aqueous Solubility 5 mg/mL: Clinopodium Chinense Extract with aqueous solubility of 5 mg/mL is used in liquid dietary supplements, where it ensures efficient bioavailability. Molecular Weight 360 Da: Clinopodium Chinense Extract with molecular weight of 360 Da is used in injectable drug products, where it promotes rapid systemic absorption. UV Absorbance 280 nm: Clinopodium Chinense Extract characterized by UV absorbance at 280 nm is used in quality control processes, where it enables precise concentration measurement. Melting Point 167°C: Clinopodium Chinense Extract with a melting point of 167°C is used in high-temperature food processing, where it retains therapeutic properties without degradation. Residual Solvent <0.1%: Clinopodium Chinense Extract with residual solvent below 0.1% is used in health supplements, where it ensures product safety and compliance with regulations. Microbial Limit <100 CFU/g: Clinopodium Chinense Extract meeting microbial limit of less than 100 CFU/g is used in oral care products, where it reduces contamination risks. Flavonoid Content 60%: Clinopodium Chinense Extract with 60% flavonoid content is used in anti-aging serums, where it maximizes free radical scavenging activity. |
Competitive Clinopodium Chinense Extract 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
Email: admin@ascent-chem.com
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From years on the factory floor, handling everything from classic chamomile to hard-to-extract botanicals, we know each plant tells a different story. Clinopodium chinense, sometimes called Chinese basil or field thyme, caught our attention early on because the dried leaf’s aroma and color always stand out in a warehouse stacked with bulk herbal material. We saw potential where others passed it by, and invested in streamlining an extraction process that captures more of its volatile oils, flavonoids, and polyphenols.
We work with a model identified internally as CC202C, designed around reproducibility and purity. This extract regularly delivers a tan to light brown powder, free from residual solvents and standardized for rosmarinic acid content, a marker compound we’ve confirmed through independent HPLC analysis right in our on-site quality lab. Each production lot falls within a moisture band tight enough to avoid clumping during storage, which matters to anyone running continuous dosing equipment. For businesses where batch-to-batch predictability affects everything from encapsulation yield to packaging downtime, strict adherence to these specs comes from our own experience fixing what used to be weekly production headaches. We do not cheapen the process with unnecessary fillers or extenders, because off-flavors and inconsistent bulk densities aggravate our own operators, not just your customers.
The main driver for our clients has been antioxidant and antimicrobial properties coming directly from the high rosmarinic acid and luteolin content. Restaurants, beverage formulators, and contract supplement manufacturers have already approached us about product lines targeting mild inflammation and immune support. In organic farming uses, a powdered water infusion made from our extract goes into test plots as a natural mold resistance agent—something fresh leaves fail to deliver with comparable consistency. Robustness aside, our extract easily wets and disperses in cold and hot media due to particle size engineering and removal of fibrous plant matter during the first filtration step. As the manufacturer, we can fine-tune bulk density and mesh size, but customers most often request 80–120 mesh for free-flowing blends in dry drink mixes and soft gel inputs. The flavor profile—mild, slightly grassy, never overpowering—is what led a few of our food clients to swap out their previous rosemary and mint powders, which sometimes clashed with delicate teas and clear broths.
Working with this plant is no job for a hobbyist. During early trials, we noticed that batches extracted using only ethanol produced a higher volatile fraction but degraded under high-heat spray drying, leading to flavor loss and lower yields. We changed our approach, developing a graduated extraction technique using food-grade ethanol/water blends under nitrogen to protect oxygen-sensitive compounds. Weight loss after drying dropped from 15% to 4%, while rosmarinic acid retention improved by more than 20%. Every production run, we walk the line and pull samples ourselves, checking for visual uniformity and running basic sensory inspections—because a poorly dried extract is obvious in smell and texture long before the chromatograph tells you anything.
Raw plant sourcing has only gotten tougher. Local growers in Yunnan have cut back on Clinopodium in favor of higher-margin crops. We’ve had to contract long-term, guaranteeing a minimum annual purchase in exchange for robust, pesticide-free farming methods. We've trained farmers to harvest at the right stage (post-flowering, pre-seed-set) to ensure better concentrations of the compounds we targets in extraction. No outside trader or third-party reseller gets between us and our contracted fields, because traceability matters for repeatable analytic results and regulatory peace of mind.
There are superficially similar extracts on the market—rosemary, basil, thyme. All share lamiaceae family traits, but our clients notice significant practical distinctions. Rosemary extract, for instance, leans heavily towards camphoraceous notes and predominant carnosic acid, making it less agreeable in mild-tasting foods and unsuitable for clients allergic to rosemary or sage. Our Clinopodium chinense extract’s flavor melds into neutral and subtly spiced bases without overpowering them. Mint, another cousin, carries a menthol profile that restricts its use in confection and toothpaste more than in complex culinary or drink recipes. By contrast, we've found food technologists can use our powder in both sweet and savory products without risk of strong flavor bleed-through, extending the potential template for low-dose functional claims.
Some suppliers peddle finely milled leaf powders or tinctures, but these products lose polyphenols rapidly and exhibit unreliable settling behavior in solution or capsule blends. Our full-spectrum extract, on the other hand, ensures a tight standard deviation in actives, based on actual lot-by-lot HPLC profiles, which we share with every shipment. We run our powder through additional sieves compared to commodity importers who just blend and bag. We have yet to find a third-party product that matches our extract’s ease of dispersion in neutral pH—something critical for beverage or instant soup makers.
Customers who formulate tablets appreciate the ability to create direct compress blends with fewer binders due to our consistently low hygroscopicity. Several supplement brands report hitting their tablet hardness specs without additional flowing aids, which saves them cost and reduces disintegration time—a win for both producers and end-users. We have occasionally reformulated in response to client pilot plant tests, tightening the permissible residual solvent level and verifying allergen absence beyond the industry standard panel, just because one client flagged it as a potential issue in their previous herbal supplier’s product. That kind of real-time improvement only comes by talking directly with downstream processors, not through layers of distributors.
One drink manufacturer found that adding our extract at a concentration of 0.2% to an RTD (ready-to-drink) herbal iced tea imparted a clean, slightly grassy note and improved perceived freshness after three months in storage. In confectionery, a client who previously used green tea powder without notable anti-stale effect swapped to our Clinopodium chinense extract at 0.1% and saw prolonged shelf life and softer crumb in spiced cookies—backed by their own in-house QC data. As for supplement clients, our powder easily blends into calcium-magnesium premixes without caking or separation, simplifying direct compression or capsule filling. Labor savings and lower dust emissions are not marketing slogans at our shop; they stem directly from customer feedback on clean-room maintenance costs and machine wear rates.
For topical products, some natural cosmetic brands value our extract’s compatibility in hydroalcoholic gels and creams, reporting improved clarity and absence of particulate matter post-emulsification. Both the color and the non-hardening, soft particulate texture mark it out as different from leaf powders, which tend to settle out or clog mesh strainers during filling.
In today’s crowded supplement and functional food markets, transparency separates manufacturers worth trusting from those who simply rebadge and resell. Every batch we ship includes a copy of our analytic report (not just a boilerplate spec sheet) with actual HPLC traces, moisture, and micro counts. In-person audits from large food clients inquired about process flow, waste stream management, and farm records; we keep nothing off-limits. We learned early that skipping routine heavy metal and pesticide analysis costs you more in the long run, not just in failed tests or regulatory complaints, but in lost relationships. We also learned that small-scale packing under nitrogen, rather than bulk drum filling under air, cuts total oxidation of active compounds and gives our extract a longer shelf life than comparable powders sitting for months in coastal transit warehouses.
Too many herbal suppliers still rely on handwaving and non-specific claims. Our house rule remains: we provide evidence, or we stop making the claim. For instance, clients asked us to demonstrate bioactivity retention after six months at ambient temperature, so we stored test pouches in real warehouse conditions, pulled samples, and re-ran HPLC and microbial loads. Practically every lot stayed within 95% of its original rosmarinic acid and luteolin content, and never grew significant aerobic bacteria or fungi (total plate count never exceeded 1000 cfu/g). During shelf-life studies for a functional granola prototype, we supplied blinded test samples to the R&D team, who assessed flavor by panel and found only minimal earthy notes at standard use concentrations, helping them get their innovation to market ahead of a major competitor.
Our approach isn’t just regulatory box-checking. Local farmers earn more through guaranteed volumes, which justifies handling without banned agrochemicals (we audit seasonally and pay premiums for lots testing under official thresholds). Water and solid phase solvent recovery has been gradually improved over past cycles; not only does this cut utility costs, it means our extract has a smaller environmental footprint. Direct buyers care because their own customers ask for origin and farming credentials. We’ve learned from others’ mistakes: one of our competitors lost a major export contract after failing a random pesticide test. We tightened controls, and re-ran our own risk mapping, from field edge to sealed bag, with a view toward both food and supplement GMP compliance. Plausible deniability and fingers crossed do not stand up in the modern market, and regulators now demand not only paper trails but physical evidence in retained samples and photos from fields at every stage.
As demand for botanical extracts rises, our plant’s output varies with the harvest cycles. Some years mean waiting for the next monsoon to pass before the next big delivery. We built in a buffer stock, with air- and nitrogen-purged warehouse modules, so even if a bad growing season strikes, clients who plan ahead never see a gap in their supply. We supply in increments from 10kg foil bags up to 500kg lots, based on customer volume and application. We stay ready to adjust mesh size, bulk density, or labeling for clients with special process needs; as a direct manufacturer, that flexibility costs less than reprocessing or repackaging products downstream.
If there’s a single takeaway after years manufacturing, it’s that top results depend on a tight loop from farm to finished product, and a willingness to dump subpar raw material rather than “salvage” it for bulk sales. Working hands-on with Clinopodium chinense has taught us more about raw material variation and extraction reproducibility than the first five botanicals we dealt with combined. Every tweak in solvent ratio, time, and filtration leaves a sharp fingerprint in flavor, color, and lab results. It’s no surprise that food scientists, supplement R&D teams, and quality auditors prize actual, not theoretical, consistency over marketing spiel.
With consumer scrutiny at an all-time high, botanical ingredients that stand up to tough questions about safety, provenance, and real-world performance set themselves apart. From direct discussions with food scientists to regular field audits in Yunnan and on-site lab troubleshooting, we stay connected to every stage. We expect more regulatory attention and higher customer standards in coming years. Our response is not to sidestep but to invest in the capacity, people, and trust-building that let us keep refining—not just repeating—our process. For those searching for a botanically disciplined, trust-driven Clinopodium chinense extract, our experience, batch after batch, stands as proof.