|
HS Code |
446246 |
| Name | Artichoke Leaf Extract |
| Source | Cynara scolymus (artichoke plant) |
| Primary Ingredient | Artichoke leaf |
| Extract Form | Powder or capsule |
| Standardization | Typically standardized to cynarin |
| Color | Brownish-green |
| Taste | Bitter |
| Solubility | Water-soluble |
| Storage Conditions | Cool, dry place |
| Common Usage | Dietary supplement |
| Active Compounds | Cynarin, chlorogenic acid |
| Recommended Dosage | Varies, commonly 300-640 mg/day |
| Suitable For | Adults |
| Origin | Mediterranean region |
| Allergen Info | Generally allergen-free |
As an accredited Artichoke Leaf Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White, resealable pouch labeled "Artichoke Leaf Extract, 100g" with botanical illustration, batch number, and usage instructions printed in black. |
| Shipping | Artichoke Leaf Extract is shipped in sealed, food-grade containers to ensure purity and prevent contamination. Packages are clearly labeled and protected from moisture and direct sunlight. Standard handling includes secure boxing and cushioning, with prompt, tracked delivery. Safety data sheets accompany all shipments, and expedited shipping options are available upon request. |
| Storage | Artichoke Leaf Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and moisture. Keep the container tightly closed to prevent contamination and preserve potency. Store at room temperature, ideally between 15°C and 25°C (59°F and 77°F). Avoid exposure to strong odors or chemicals, and keep out of reach of children and pets. |
| Purity 98%: Artichoke Leaf Extract with 98% purity is used in pharmaceutical formulations, where enhanced antioxidant capacity improves cellular protection. Viscosity Grade Low: Artichoke Leaf Extract of low viscosity grade is used in liquid nutraceuticals, where rapid dispersion increases consumer bioavailability. Stability Temperature 45°C: Artichoke Leaf Extract with stability temperature up to 45°C is used in beverage manufacturing, where thermal stability maintains active compound integrity. Particle Size <50 µm: Artichoke Leaf Extract with particle size below 50 µm is used in tablet production, where fine granulation ensures uniform blend and consistent dosage. Molecular Weight 232 g/mol: Artichoke Leaf Extract characterized by 232 g/mol molecular weight is used in standardized herbal capsules, where precise content uniformity enhances regulatory compliance. Moisture Content <5%: Artichoke Leaf Extract with moisture content below 5% is used in powdered snack additives, where low water activity prevents microbial growth. Solubility 100 mg/mL: Artichoke Leaf Extract with solubility of 100 mg/mL is used in functional food emulsions, where high solubility improves formulation clarity and homogeneity. Ash Content ≤2%: Artichoke Leaf Extract with ash content less than or equal to 2% is used in dietary supplements, where minimized residue ensures product purity. Heavy Metals <10 ppm: Artichoke Leaf Extract with heavy metals content below 10 ppm is used in infant nutrition blends, where low contaminant levels ensure consumer safety. Total Polyphenol Content 15%: Artichoke Leaf Extract with 15% total polyphenol content is used in cardiovascular health products, where high polyphenol levels promote vascular benefits. |
Competitive Artichoke Leaf Extract 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.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
Flexible payment, competitive price, premium service - Inquire now!
Growing up around plant extracts in this business, I have seen botanicals rise and fall in trend. Artichoke leaf extract stands out, not just for its historical reputation in traditional wellness but also for the care the manufacturing process demands. Using Cynara scolymus leaves, we harvest when the plant’s phenolic content reaches its peak, working closely with regional growers who share our values. Our process keeps focus on chlorogenic acid and cynarin levels, the compounds customers seek for their functional food and supplement lines.
After the harvest, there’s no shortcut—freshness governs quality. We initiate gentle drying, steering away from high heat. This safeguards those heat-sensitive polyphenols that many downstream applications rely on. Milling follows, and the right mesh size preserves surface area for maximum solvent penetration. Our extraction workflow centers on water-ethanol protocols and strict time-temperature profiles. Solvent ratios come from in-house pilot trials and data pulled from years of experience. Filtration and dehydration draw on gravity and low-temperature evaporation, producing a fine powder that doesn’t clump or pick up ambient moisture.
Customers mostly request 5% cynarin content as the standard—this target sits at a sweet spot for both cost and function. Each run yields a batch with a certificate showing actual batch values for cynarin, chlorogenic acid, moisture, and solvent residue. We also provide a richer, 10% cynarin model for advanced formulations, which commands an even tighter eye on source material and extract timing. Granularity remains between 60 to 80 mesh for single-component fillings, or we tailor to customer preference after process mapping.
Production never relies solely on lab data. Our staff regularly monitors appearance, odor, and dispersibility by hand as well as by metrics. UV-Vis and HPLC assays quantify actives, but anecdotal cues—color, scent, and texture—sort out flaws that numbers miss. Customers who blend extract into complex supplement matrices deserve products that mix smoothly and retain stability over a 24-month shelf life. Stability studies are not an afterthought—they involve practical storage and accelerated settings. Every adjustment, from rotary evaporation speed to sieve cleaning protocol, repeats until we see evidence the powder will behave as promised over time.
Most of our artichoke leaf extract goes toward dietary supplements marketed for digestion and liver health. We see repeat orders from companies blending it with dandelion root, milk thistle, or turmeric. Soft gel and capsule fillers say our free-flowing grade prevents jamming, while liquid extractors request our higher purity versions for tincture lines where taste and solubility matter more. Nothing ends at supplement factories; some food technologists source it for seasonings, teas, and functional drinks. Quality checks—especially for pesticide residues and microbials—ensure each batch suits food application safety as well as GMP supplement requirements.
Traders and brokers offer hundreds of “artichoke extract” types. As a manufacturer, what matters begins before extraction. We specify leaf maturity and field handling to lower pesticide and heavy metal risks. Our team spends weeks qualifying new crop sources. We refuse material from regions with recurring soil contamination or where harvests show inconsistent phenolic content. We never outsource extraction or drying; it’s all in-house. This gives us transparency and allows repeatability, something resellers can’t control. We document each step for traceability, sharing full audit trails with clients who want batch-level workflows.
Adulteration continues to impact the botanical sector. We have intercepted products labeled “artichoke extract” cut with inulin or even cheap greens. HPLC fingerprinting remains our primary tool for confirming unique marker profiles, including ratios of main polyphenols. We audit all supply lots and reject anything with a chromatographic mismatch. Customers value this vigilance. They know a pure extract maintains expected organoleptic and bioactive features. Cheaper, altered extracts create more headaches for food technologists, especially in stability and taste. Our approach insists on full-scale authenticity, even when raw material costs fluctuate.
Sustainability factors push our team to select farms using integrated pest management. We avoid suppliers that burn crop residues or use banned agrochemicals. Post-extraction biomass doesn’t go to waste. Some heads go for animal feed, the remaining leaf residue composted on-site or steered toward biogas initiatives. Water handling comes under scrutiny, too. We recycle and filter solvents—nothing reaches local waterways untreated, and all recovery metrics undergo independent audit. The carbon load from transport shrinks by keeping most sourcing within a single region, making traceability and seasonal planning easier year after year.
Consumer trust depends on more than a clean certificate; it comes from an ingrained approach to contamination control. Artichoke grows near highways or farmland prone to runoff, raising real issues for metals or trace organics. Our lot acceptance criteria include heavy metal paneling for every intake, not just random spot checks. After extraction, we verify the absence of lead, arsenic, cadmium, and mercury down to levels recognized as food safe globally. We apply similar logic to pesticides—LC-MS/MS scanning covers frequent offenders reported by food safety authorities, flagged against local and international standards.
Manufacturers working with digestion or liver health supplements need active ingredient levels that survive formulation, storage, and consumer use. In supplements, matching label claims for cynarin content means manufacturers must account for matrix effects from excipients or denaturants in other actives. We provide not just raw assay values, but also insight on extract behavior during compression or suspension, with guidance on protecting polyphenols against oxidation during blending and packaging. For functional drink lines, clarity and solubility present challenges—so we run custom tests to ensure batches disperse in both cold and hot environments.
Artichoke leaf extract finds direct comparison with milk thistle or dandelion, but nuances set it apart. Its caffeoylquinic acid and cynarin spectrum gives it different solubility, flavor, and interaction profiles, particularly when blended in multi-herb supplements or complex syrups. Sensory tests demonstrate our extract’s more neutral palate than bitter dandelion or the strongly grassy taste of green tea powders. Formulators targeting taste-sensitive populations prefer artichoke for this reason. Its antioxidant pattern diverges from silymarin-rich extracts, which tend to dominate in antioxidant power but lack the same versatility in beverage or food application. Our clients remind us this extract enables consistent results in hard or soft capsules, chewable tablets, and enriched food items without overpowering their end product.
We tackle compliance as part of our routine. Food grade and supplement grade standards follow territory-specific regulations—these can jump quickly from loose to highly prescriptive. Our documentation matches these shifts, offering full identity, micro, and contaminant paneling for every specification. Each shipment carries not just finished batch reports but supplier-level assurances validated through regular audits, not paperwork alone. Auditors and customers have visited our lines and walked away with data, dust on their shoes, and plenty of process footage. That transparency sits at the core of our claim to reliability.
Every customer approaches botanical ingredients with different end goals—be it stability in a syrup, dispersibility in teas, or sustained shelf life in capsules. We have learned jargon never replaces experience. The best feedback comes from those who trialed our extract in long-term production, giving honest responses about sticking, caking, or flavor drift after three months on a shelf. We take pride in rewinding workflow to address these points, even re-tuning equipment settings or sourcing variations to match what our clients deal with at scale. We share results with formulation teams, enabling ongoing improvements batch by batch.
Artichoke cultivation faces growing pains. Drought, blight, or market swings lift raw material prices for everyone. Customers sometimes question higher costs, but the real story lies in maintaining batch-to-batch reliability when crop quality declines. We diversify farm contracts and keep reserve stocks, buffering these swings to protect our partners’ timelines. Our tools for rapid active ingredient testing and adaptive processing keep the extract inside specification, even as the world outside the factory line changes. We watch for warning signs in the supply chain early, not after the fact.
Our on-site lab anchors process improvement. Chromatographic profiling gives ongoing feedback, but our technical team pushes for application testing beyond regulatory minimums. We experiment with stability under accelerated aging, light, and humidity, so we can recommend packaging that extends shelf life. Recent projects focus on improved methods to lower residual solvent yet retain actives, with research shared regularly with trusted partners. Instead of chasing every new trend, we hone what works, sharing applied knowledge with formulation and research teams for mutual progress.
One of our ongoing headaches stems from humidity control. Artichoke extract powder clumps quickly above 50% ambient humidity. Even premium lots can degrade during container transit if packaging breaks seal for just a few days. We use in-house environmental chambers to simulate shipping, recalibrating vacuum packaging and oxygen absorbers as necessary. We warn customers in humid regions to audit transit and storage environments and supply them with practical data on in-use shelf life. Labeling isn’t enough; practical education for handlers upstream makes all the difference in maintaining powder quality to the end user’s shelf.
Twenty years ago, we saw skepticism about botanicals as a science. Today, that has changed, but only because repeat performance convinces buyers far beyond analytic data. Our best advocates have run our product blind against anonymous samples, then requested the same batch again. Troubles with discoloration, flavor instability, or mismatched claims no longer slip through, thanks to hands-on monitoring at every step. We won’t publish claimed antioxidant values without in-house HPLC and verified stability numbers. Transparency and process integrity guard our reputation better than empty claims.
We take part in cross-industry forums on plant extraction, sharing challenges and advances. Participation in international food safety and quality conferences helps us address practical client concerns, from glycoside stability to contaminant screening and process scale-up. Fellow manufacturers collaborate on shared challenges, such as more efficient solvent recovery or earth-friendly packaging. Open communication benefits buyers and the industry as a whole, strengthening traceable quality norms and product confidence.
Customer demands set our agenda. Some look for organic or traceable certified options; others require kosher or halal adherence. We invest in these processes—retooling lines, upgrading documentation and conducting external audits—because these requests stem from real-world needs, not just marketing. Smaller clients get nearly the same attention as global ones; small batch pilots generate feedback leading to full-scale production tweaks. As artichoke leaf extract continues to find expanded demand in foods, beverages, and well-being products, our job focuses on marrying traditional extraction with modern quality benchmarks, relying on actual data, not just reputation.
Our perspective as a manufacturer often contrasts with the trader’s story. We spot weak lots, troubleshoot process anomalies, and communicate directly with growers when soil or weather shifts threaten output. Customer trust in botanical extracts depends on living up to what’s claimed on every label. This can’t come from repacking or relabeling: it comes from hands-on work and ongoing verification. No matter how the industry shifts, we hold to those principles, confident that real value outlasts trends and resists shortcuts.