|
HS Code |
958682 |
| Botanical Name | Paeonia lactiflora |
| Common Name | Red Peony Extract |
| Plant Part Used | Root |
| Extraction Method | Solvent extraction |
| Appearance | Brownish-yellow fine powder |
| Active Compounds | Paeoniflorin, flavonoids, tannins |
| Solubility | Soluble in water and ethanol |
| Main Uses | Traditional medicine, cosmetics, dietary supplements |
| Storage Conditions | Cool, dry place away from direct sunlight |
| Shelf Life | 2 years when properly stored |
As an accredited Red Peony Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Red Peony Extract, 100g—sealed in a resealable silver foil pouch with clear labeling, batch number, and storage instructions. |
| Shipping | Red Peony Extract is securely packed in food-grade, sealed containers to prevent contamination and preserve quality during transit. It is shipped via recognized carriers under controlled conditions, avoiding extreme temperatures and direct sunlight. Required documentation, including safety data sheets, accompanies each shipment to ensure compliance with international chemical shipping regulations. |
| Storage | Red Peony Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and heat sources. Keep the container tightly closed to prevent moisture absorption and contamination. Avoid storing near strong oxidizing agents or chemicals with strong odors. Recommended storage temperature is below 25°C. Always follow manufacturer’s guidelines for safe handling and storage. |
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Purity 98%: Red Peony Extract with purity 98% is used in pharmaceutical formulation, where it enhances anti-inflammatory efficacy. Particle size <10µm: Red Peony Extract with particle size less than 10µm is used in dermal delivery systems, where it improves skin absorption rate. Stability temperature 60°C: Red Peony Extract with stability up to 60°C is used in cosmetic emulsions, where it maintains bioactive content during production. Moisture content <5%: Red Peony Extract with moisture content below 5% is used in capsule manufacturing, where it ensures long-term product shelf-life. HPLC assay >95% paeoniflorin: Red Peony Extract standardized to >95% paeoniflorin by HPLC is used in nutraceutical supplements, where it guarantees consistent therapeutic dosing. Ethanol soluble: Red Peony Extract that is ethanol soluble is used in tincture preparations, where it allows efficient extraction and formulation. Low heavy metal content (<10ppm): Red Peony Extract with low heavy metal content is used in pediatric herbal products, where it ensures patient safety compliance. Microbial limit <100cfu/g: Red Peony Extract tested for microbial limit under 100cfu/g is used in wound care creams, where it reduces contamination risk. |
Competitive Red Peony 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.
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Tel: +8615371019725
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We’ve been working with Paeonia lactiflora roots long enough to recognize the subtle differences in each harvest. Red Peony Extract isn’t a generic commodity for us. Every batch starts with careful raw material selection—overlooked by those who chase volumes over consistent quality. The dried roots we bring in are sourced directly through our reliable growers who avoid harm from excessive pesticides or late harvesting, preserving the extract's natural polyphenol content and robust color. Our ‘Model A10’ extract, with a paeoniflorin content of 60%, reflects the effort we invest in processing—never just bulk drying or average milling.
We use water-ethanol extraction, not simply to tick off an industry standard but because experience shows it extracts more of the beneficial monoterpene glycosides and flavonoids, the compounds that matter to formulators in traditional medicines and cosmetics. Some manufacturers cut corners on solvent controls or drying times, leaving behind impurity residues or an off-odor that betrays rushed processing. We run targeted quality checks during each stage—moisture, residue limits, and verified HPLC profiling—so every gram we sell aligns with real-world application needs.
Specifications aren’t just paperwork for our team. Formulators ask about consistent activity levels, and our 60% paeoniflorin specification wasn’t picked by guesswork. Over the years, we’ve tracked extraction yields and resulting absorption in both powdered supplements and topical applications. Lower paeoniflorin levels might give a cheaper cost, but our customers report weak extract performance. By holding the line at 60%, we see stronger bioactivity and better reproducibility in both food and personal care matrices. Paeoniflorin’s antioxidant properties show up in both in vitro and real-life settings when levels are kept high.
There’s a reason our product has a rich reddish-brown hue—no caramel coloring, no maltodextrin padding, no ambiguity about what goes in. We know some suppliers try to stretch their yield by adding cheap carriers that dilute the herbal actives. That doesn’t work for herbal research groups, nor for finished product lines demanding label integrity. Ours is a spray-dried, fine powder, water-dispersible for accurate portioning. We refuse to undercut extract purity for the sake of easier handling or unrealistic profit margins.
We don’t just follow tradition blindly. Our extract comes out with consistent solubility, making it practical for both liquid and solid formulations. Supplement manufacturers often need a clear analysis certificate for each lot, and we provide them—full spectra, not just paeoniflorin. When customers ask about usability in skincare serums, we share our results about particle fineness and long-term storage stability, including findings from three-year shelf life simulations. Those details come from real-world batch data, not just what’s featured in brochures.
Customers in the cosmeceutical sector report improved clarity and consumer satisfaction in serums and creams that use our extract. We’ve seen those effects firsthand in our own in-house trial batches—reduced pigment migration, fewer issues with oxidized oils, more stable scents. In nutrition, the extract’s taste profile has been tuned by careful control of root age and drying conditions to avoid bitterness, supporting both encapsulated and direct tableting uses. We stay in touch with nutritionists and formulating chemists, integrating their feedback into our workflows.
It’s easy to find “peony extracts” labeled for generic use, often blending several root varieties, using uncontrolled drying, or sometimes mixing in white peony or Paeonia suffruticosa to extend low supply. Red Peony Extract from Paeonia lactiflora stands out by its bold color and much higher total content of phenolic compounds. Research teams use HPLC to track the difference; so do we. Lower quality material often struggles to reach above 20–30% paeoniflorin, with unclear traceability and unpredictable assay results.
Another point—our model’s batch-to-batch consistency comes from standardized extraction time and strict input biomass control. Where other manufacturers may blend roots from different origins or ages to make up volume, we select roots grown for at least four years in well-drained, tested soils. Our differences show up in analytical data and performance in complex matrices with proteins or emulsions, not just on the ingredient label.
Last year, we overhauled our extraction tanks so we could better regulate both temperature and pressure, targeting a gentler extraction that safeguards volatile aromatics and avoids charred flavors or lost actives. This upgrade came from seeing leftover flavors in high-shear production and wanting more control for the botanicals required in personal care lines. In short, equipment investment reflects the feedback from our technical partners and our own need to tighten batch variability—it’s not just about output volume, but protecting the prized properties of the raw peonies we process.
We make it a rule to buy only from regions that have established soil screening and minimum pesticide use. Over the past five years, reports of heavy metal contamination have circulated widely, especially when peony roots are over-cropped or pulled from untreated, reclaimed land. Safe extract production starts with double-testing—raw input and the final powder. We partner with independent labs for periodic audits to cross-check our in-house controls, with all certifications traceable and auditable. Our customers in the EU and Asia rely on this for legal compliance, not just marketing claims.
The supplement and cosmetic industries don’t always speak the same language. Nutraceutical buyers require clear active marker content and clean taste profiles. Skincare chemists push for color intensity, dispersal in varied oil bases, and certificates proving no synthetic residues linger. Our team bridges these needs by overseeing processing conditions closely, providing technical certificates with real batch numbers and linking test results directly to lot numbers.
Every year, new regulatory hurdles appear, with stricter residue limits or requests for GMO status proof. We stay ahead through extra screening steps, using direct PCR testing for plant identity as new fraud risks emerge. Sometimes, these investments mean smaller batch sizes or scrapping subpar dried roots, but our partners value reliability.
Waste handling in botanical extraction often gets overlooked. Our extraction facility captures and treats spent root matter for composting, reducing plant burden and supporting neighboring farms. Solvent recovery systems pull ethanol from vapors, recirculating it back into the next extraction batch to keep chemical use down and waste to a minimum. Working with product stewardship groups, we keep water discharges below local thresholds, documented by our third-party testers.
Product improvement starts with paying attention to our clients’ technical feedback. Early on, customers flagged issues with clumping in early formulations. We changed our spray drying protocols, using lower inlet heat to avoid burnt note development and reduce excessive particle cohesion. One customer asked about high absorption rates in new gummy formats, which led us to trial particle size reduction and establish optimal sieving settings.
No improvement sticks without measuring real outcomes. We track customer batch uptake, survey post-launch outcomes, and make process tweaks yearly. These insights fuel steady iterations in our process. Small changes—like adjusting the drying curve mid-season or refining feedstock preparation—add up to a higher-quality extract.
We work closely with formulation scientists testing Red Peony Extract in complex systems. For example, beverage developers care about solubility, clarity, and clean finish in a final drink. Our extract meets those requirements because we control the drying phase to retain crisp flavor notes and keep sediments low. Cosmetics producers ask for stability trials in emulsion bases; we document performance over twelve-month storage, sending periodic samples for high-performance LC/MS testing.
A recent collaboration with a supplement startup saw us run custom extraction ratios and granularity checks. Their success with a new line of softgels highlighted the adaptability of our extract for higher fat-based matrices, opening up discussions for future joint R&D.
For industrial users, issues often revolve around caking or oxidative color loss during storage. We switched to double-layer, nitrogen-flushed bags to slow oxidation, tracking all outgoing shipments by batch code for back-checking. Complaints about unexplained color fading led to improved humidity control in our warehouse, with ongoing temperature monitoring. Any anomaly in storage conditions prompts a proactive recall before it hits the customer’s line.
Raw material prices fluctuate more than ever, especially when weather hits key production regions. Some manufacturers respond by dropping specification levels or blending in lower grade roots just to fill contracts. We keep our model A10 extract unchanged on specification, even if that means selling out a month earlier or paying more for the right root harvest. Our clients see the payoff in reliable product quality, fewer QA failures, and more predictable shelf life in finished goods.
As new analytical techniques come online—like advanced LC-MS/MS and NMR—we invest in both outside validation and internal equipment. Authenticity issues affect the reputation of every supplier in a given market. Our repeated batch testing and willingness to accept third-party audits protect both our own reputation and that of our partners.
Trends across supplement, food, and personal care markets push for greater transparency and more precisely defined ingredient specifications. We’ve responded with better documentation, faster batch sample delivery, and rolling ingredient performance tests. During last year’s pilot project with a multinational beverage group, we trialed quicker lead time commitments, now streamlined across the rest of our supply chain.
Emerging demands for organic certification or clean-label compliance sometimes stretch resources, but our experience working directly with contract farmers attuned to these protocols gives us an edge. By supporting field-level training in soil management and post-harvest handling, we build both good will and reliable future sourcing for the next generation of Red Peony Extract.
New partners often question why seemingly similar plant extracts perform differently in lab tests or pilot production. Differences in starting materials, extraction technology, and quality controls shape every downstream result. We show new clients side-by-side batch comparison results, bringing actual data to preliminary discussions. Results are tracked by quantifiable endpoints—antioxidant activity, marker retention, and solubility measurements, not just price per kilo.
Regular site visits and documentation reviews reassure buyers that claims are backed up by actual process controls, not just supplier assurances. Our years of working side-by-side with industry buyers provide the kind of operational insight that helps avoid version errors and recall risks in finished products.
The ultimate proof for Red Peony Extract comes from product launches that hit target flavor, aroma, or functional claims. Whether it is shelf-stable soft drinks or natural face creams that maintain color and antioxidant markers over the shelf life, our extract’s real-world application guides our decisions from procurement, through processing, to packaging and delivery. It’s never about just offering a powder—it’s about delivering the true properties and performance long associated with this time-honored botanical.
Our journey with Red Peony Extract isn’t about meeting baseline compliance or selling a label-friendly ingredient. From hands-on root selection through responsible manufacturing, rigorous ongoing analysis, and constant dialogue with end-users, our focus never wavers from reliability, purity, and transparency. New process challenges, evolving market demands, and stricter documentation keep us striving for better results—not just for our own business, but for every finished product that claims Red Peony Extract as an active ingredient. As regulations and consumer needs evolve, so do we, grounded in the deep experience that comes only from manufacturing at source. The real difference of Red Peony Extract lies in our commitment to doing things right, not just for one batch or season, but for the entire journey from root to shelf.