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HS Code |
858823 |
| Product Name | Inula Flower |
| Scientific Name | Inula helenium |
| Common Names | Elecampane, Horse-heal |
| Plant Family | Asteraceae |
| Part Used | Dried flower |
| Appearance | Yellow petals with a daisy-like shape |
| Aroma | Mildly aromatic, slightly spicy scent |
| Taste | Bitter and slightly pungent |
| Traditional Uses | Herbal medicine, respiratory support |
| Active Compounds | Inulin, alantolactone, isoalantolactone |
| Harvest Season | Late summer to early autumn |
| Origin | Native to Europe and Asia |
| Storage Conditions | Store in a cool, dry place away from sunlight |
| Shelf Life | Approximately 1-2 years when properly stored |
| Preparation Methods | Infusion, decoction, tincture |
As an accredited Inula Flower factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Bright yellow pouch labeled "Inula Flower Dried Herb, 100g" featuring a floral design with clear resealable zip and ingredients listed. |
| Shipping | Inula Flower is shipped in sealed, moisture-proof packaging to preserve quality and prevent contamination. It is transported in cool, dry conditions, away from direct sunlight and incompatible substances. Each shipment includes proper labeling, documentation, and handling instructions, ensuring compliance with safety and regulatory guidelines for botanical materials. |
| Storage | The storage of Inula Flower should be in a cool, dry, and well-ventilated area, away from direct sunlight, moisture, and heat sources. Store in tightly sealed containers to prevent contamination and preserve its natural properties. Keep out of reach of children and incompatible substances. Proper labeling and handling are essential to maintain its quality and therapeutic efficacy. |
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Purity 98%: Inula Flower Purity 98% is used in pharmaceutical formulations, where enhanced bioactive content improves anti-inflammatory efficacy. Particle size <50 microns: Inula Flower Particle size <50 microns is used in cosmetic creams, where finer dispersion delivers smoother texture and better skin absorption. Moisture content <5%: Inula Flower Moisture content <5% is used in herbal tea blends, where low moisture extends shelf life and preserves flavor potency. Extract concentration 10:1: Inula Flower Extract concentration 10:1 is used in dietary supplements, where high concentration boosts active ingredient availability. Stability temperature up to 60°C: Inula Flower Stability temperature up to 60°C is used in food additives, where thermal stability maintains efficacy during processing. Ash content <3%: Inula Flower Ash content <3% is used in nutraceutical powders, where low ash content supports purity and safety standards. Viscosity 300 cP: Inula Flower Viscosity 300 cP is used in topical gels, where controlled viscosity enhances product spreadability and skin retention time. Solubility in ethanol 90%: Inula Flower Solubility in ethanol 90% is used in tincture formulations, where superior solubility ensures consistent active delivery. |
Competitive Inula Flower 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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In the chemical manufacturing field, trust grows with consistency and proven performance. Over decades, Inula Flower extraction became a cornerstone in our range, shaped by a drive to source and process botanicals that deliver both purity and potency. Laboratories and production managers look for more than just an input material; they want a product whose journey from farm to formula leaves no room for guesswork.
Our Inula Flower, available under model IF-2024, draws from carefully selected crops. Farmers harvest the plants at peak bloom, where the characteristic golden petals hold their highest active compound concentration. We learned early that soil quality and harvest timing matter. In years with erratic rainfall, we see glycoside levels fluctuate, so we double down on sampling and test each batch before it enters the extraction phase. By overseeing every harvest, we cut out the risk of old or poorly dried material that weakens a finished extract.
Quality checks extend through the extraction facility. Equipment built from corrosion-resistant alloy ensures oils and hydrophilic fractions never pick up contamination. We aim for a fine, pale yellow powder carrying a minimum specification: no less than 18% inulin and 9% sesquiterpene lactones. Customers often ask why these numbers matter. Over fifteen years supplying herbal actives, we’ve seen that activity tracks closely with these benchmarks. Anything less seems to dull the end product, whether it’s a dietary supplement, skincare serum, or veterinary compound.
Rooting supply chains directly with cultivation partners keeps things simple. Some years back, we tried buying through secondary outlets and regretted it; inconsistencies in active content, contamination with similar-looking wildflowers, and even synthetic adulterants cost us weeks tracking down the problem. That lesson stuck. Now, every container of raw Inula Flower receives a unique code tied to specific fields and harvest dates, with a full analytical breakdown attached.
Traceability brings real benefits on the factory floor. It means if a batch runs unexpectedly hot with sesquiterpenes, we catch it before it enters downstream processing. Production staff can tweak extraction solvent ratios and schedule blending with other lots, dialing in the strength required for client formulations. Nothing gets lost between logistics and lab. Every kilo can be traced back to its field of origin and analyzed for moisture, heavy metals, and pesticide residues.
We process our Inula Flower to a uniform powder with a moisture content between 4 and 6%. This density flows cleanly through standard pneumatic handling lines. Our customers work in different industries—microencapsulation, herbal concentrates, pet care. No one wants to spend time reworking clumpy or caked product. The free-flowing attribute comes from meticulous control on drying and milling speeds. Any grind coarser or finer would cause headaches when blending into carriers, especially in automated batching systems.
This botanical proves itself most in extract-intensive formulations. In dietary supplements, our partners build it into both capsules and drink mixes. They report that IF-2024 maintains suspension without excessive settling—a testament to the stabilization process we adopted three years ago, after customer trials pointed out sedimentation. In animal nutrition, the fine grade blends uniformly into pellets without separation—an advantage for producers looking for even distribution of actives throughout the batch.
Plenty of Inula products cross our desk for benchmarking. A lot come up short in one crucial area: batch-to-batch reliability. We noticed long ago that certain lots from bulk resellers, especially those sourced through wholesale botanical markets, showed huge variation in the active ingredient levels they claimed. Even with a low price, customers would lose money reworking finished product lines because of underperforming extracts. Every time, it traced back to the lack of single-source, documented origin.
With our vertically integrated approach, we know our Inula’s backstory with precision. Years of lab records support every production decision; we’re not guessing. In an industry where regulatory documentation matters more every year, that history means fewer recalls, faster labeling, and more confidence for downstream QA teams. After the EU clamped down on herbals with vague origin descriptions, our client base expanded, driven by companies whose importers needed full traceability.
Powder texture and solubility mean more than ease of mixing. They connect to the stability and bioactivity in each application. We spent considerable time adjusting particle size distribution so that end users see genuine improvements: fewer clumps, faster dissolution in water-based formulations, a clean taste profile that plays well with other functional additives. Taste might seem secondary to the science, but for beverage formulations, a bitter or soapy note means more complaints and lost repeat business. We control bitterness through careful selection of flower rather than leaf content.
The chemical industries often teach hard lessons about cross-contamination. Before, we ran Inula on shared machinery. After one problematic lot picked up traces of another plant species, we switched to dedicated lines for this product. Dedicated filtration and air handling stop pollen or foreign seeds from creeping into the powder. Each new lot earns a certifiable clean bill of health, supported by HPLC, GC-MS, and microbe screening every day. These aren’t optional extras—they’re guardrails built into the process after seeing competitors struggle with product holds or failed audits.
Testing includes regular review for aflatoxin and pesticide load—an area with no wiggle room. Our biggest clients in the European and North American supplement space mandate below-detectable limits. By locking in standards, we eliminate the anxiety that plagues many end users trying to pass regulatory hurdles. It’s not just about avoiding fines, but building peace of mind at every link in the supply chain.
Many of our long-term partners started with small lots—ten-kilo trial orders for bench testing. Over time, as their lines expanded, we responded by scaling production up without dropping quality. That meant investing in scalable process controls, not just running bigger batches. Temperature, air flow, and retention times in drying chambers adjust automatically to batch size, ensuring the core properties of IF-2024 stay consistent whether the run is fifty kilograms or two metric tons. Dispatch schedules line up with customer forecasts, lowering inventory risk at their end.
Custom requests crop up every season. In food applications, some clients request a lower bitterness index. We select flower heads from a specific section of the harvest, avoiding any trace of damaged material or leaf content that would otherwise boost the bitter sesquiterpene fraction. In cosmetic applications, a purer fraction captures the floral profile without earthy undertones, suited to high-end skincare and perfumery. We process these runs in isolation, with a signoff protocol that includes residue and fragrance profiling before shipment.
Provenance defines more than just product quality. We’re face-to-face with growers over contracts, upstream audits, and post-harvest reviews. After many seasons, both sides know sustainable farming improves yields. No excess chemical treatments touch the crop; our buyers tour fields with soil and water samples. Several farms entered sustainable certification programs over recent years, a move driven as much by necessity as environmental concern. Our business suffers if over-fertilization or pesticide drift spoils harvests; it saves money in the long run to avoid corners cut.
Waste streams from extraction re-enter a composting channel, supporting farm operations and reducing landfill. We recover over 85% of water in the extraction phase, cleaned and returned for reuse. Results show up in the numbers; reduced utility costs allow us to hold steady on pricing despite volatile markets, with long-term stability valued by customers designing seasonal programs.
Factory managers and formulators often deliver blunt feedback—what works, what doesn’t, and what holds up under real-world production stress. A supplement maker once flagged an issue with high-static powder causing buildup in feed lines. Our QA team worked with equipment operators, adjusting granulation and humidity control until the product ran trouble-free. Stepping onto the production floor, listening to operators, and tweaking in real time always delivers breakthroughs dry R&D work alone misses.
In the cosmetics sector, chemists pointed to a need for fragrance-neutral extracts for sensitive-skin products. Early attempts delivered too much native aroma, clashing with other actives. We responded by refining the steam stripping process, retaining beneficial fractions while minimizing volatiles. As a result, several new product lines launched with our Inula at their core—a story that repeats across clients in other sectors refining their place in the market.
Every kilo of IF-2024 undergoes a battery of checks. Routine in-house analyses do the heavy lifting, but regulatory and client audits put our process under an external lens. We maintain certifications required by our largest markets, knowing failure sets us back years. It’s not just about impressing buyers or ticking boxes. Keeping records open, inviting random checks, and sharing analytical results allow partners to operate with full confidence.
Over the past season, external labs validated our purity scores match the in-house figures within a fraction of a percent. If discrepancies show up, we investigate batch history immediately. This loop builds a system that cannot coast on reputation alone—data and accountability come first.
Manufacturing teaches humility. Boasts and marketing language fade quickly with a single missed spec or contaminant scare. IF-2024 isn’t just a product; it’s the result of hundreds of controlled decisions—each shaped by past wins and the occasional stumble. Operators refine protocols by hand, troubleshoot issues in line, and apply their findings across batches. Mistakes become data points, not points of blame.
Supply chains remain under pressure worldwide; unpredictability is no stranger. We’ve built out logistics teams that keep products moving, from rural warehousing to final customer dock. We plan batch runs against projected demand, but we also hold strategic reserve stock so that downstream users aren’t left waiting—even during surprise spikes in orders. This approach preserves quality at scale, reinforcing reliability for the end user.
No product stands still. IF-2024 continues to evolve with shifting regulatory guidance, customer applications, and technical discoveries on our own shop floor. Feedback cycles between process engineers, lab analysts, and end users drive product tweaks every year. Some focus on higher actives; others target softer grinds or clarity in finished solutions. A constant theme: Adaptation, not complacency.
Sustainability remains more than a buzzword here. We see that ecological choices—crop rotation, local sourcing, responsible water use—pay off in end quality. Our customers come to us for Inula that meets their specifications, but they return because we share their priorities around traceability, regulation, and environmental stewardship.
Trust forms slowly in the business of botanical chemistry. Our Inula Flower isn’t just a filler or off-the-shelf powder—each lot reflects dedication to the details, inside the lab and out in the field. By focusing on active content, minimizing contaminants, and supporting custom formulations, we give every partner the confidence that today’s quality will hold up tomorrow. We treat every shipment as an opportunity to reaffirm that trust, knowing that mutual success grows with each careful decision along the supply chain. As customers push ahead in their own innovation, we remain ready to meet that challenge, bringing the strengths of experience and a willingness to learn to every batch of IF-2024 we produce.