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HS Code |
712176 |
| Productname | Motherwort Fruit Extract |
| Botanicalname | Leonurus japonicus |
| Plantpartused | Fruit |
| Commonuses | Traditional medicine, supplements |
| Appearance | Brownish powder |
| Extractionmethod | Water or ethanol extraction |
| Activecompounds | Leonurine, stachydrine |
| Solubility | Water soluble |
| Countryoforigin | China |
| Shelflife | 24 months |
| Storageconditions | Cool, dry place, away from direct sunlight |
| Taste | Slightly bitter |
| Moisturecontent | <5% |
| Purity | ≥98% |
| Standardization | Leonurine 1% or custom |
As an accredited Motherwort Fruit Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Motherwort Fruit Extract, 500g, sealed in a silver aluminum foil bag with clear labeling, moisture-proof and light-resistant packaging. |
| Shipping | Motherwort Fruit Extract is shipped in sealed, food-grade containers to ensure purity and prevent contamination. It is packed securely to avoid damage during transit. Standard shipping options include air or sea freight, accompanied by all necessary documentation and safety labeling. Temperature and humidity controls are maintained as required. |
| Storage | Motherwort Fruit Extract should be stored in a tightly sealed container, away from light, heat, and moisture to maintain its stability and potency. Keep it in a cool, dry place, typically at room temperature between 15–25°C (59–77°F). Avoid exposure to direct sunlight or strong odors, and ensure the storage area is free from contaminants to preserve quality. |
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Purity 98%: Motherwort Fruit Extract with purity 98% is used in pharmaceutical formulations, where it provides high bioactive compound content for enhanced therapeutic efficacy. Particle size <50μm: Motherwort Fruit Extract with particle size less than 50μm is used in oral tablet production, where it ensures uniform blending and improved dissolution rates. Stability temperature 40°C: Motherwort Fruit Extract with a stability temperature of 40°C is used in functional beverage manufacturing, where it maintains consistent potency during storage. Moisture content <5%: Motherwort Fruit Extract with moisture content less than 5% is used in nutraceutical capsules, where it prevents microbial growth and extends shelf life. Extraction solvent ethanol: Motherwort Fruit Extract produced with ethanol as extraction solvent is used in herbal cosmetic formulations, where it guarantees minimal solvent residue and high safety standards. Flavonoid content 20%: Motherwort Fruit Extract with flavonoid content 20% is used in cardiovascular health supplements, where it delivers increased antioxidant protection. Ash content <2%: Motherwort Fruit Extract with ash content less than 2% is used in dietary supplement powders, where it minimizes inorganic impurities for safe consumption. Heavy metals <10ppm: Motherwort Fruit Extract with heavy metals level below 10ppm is used in pediatric formulations, where it meets strict safety regulations for sensitive populations. Total plate count <1000cfu/g: Motherwort Fruit Extract with total plate count below 1000cfu/g is used in ready-to-mix drinks, where it ensures microbiological safety for end users. Solubility in water >95%: Motherwort Fruit Extract with water solubility greater than 95% is used in instant beverage powders, where it achieves rapid and complete dispersion. |
Competitive Motherwort Fruit 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.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
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Growing up in a region where traditional medicine carries the wisdom of generations, I have witnessed herbs become bridges between history and science. Motherwort (Leonurus japonicus) has earned its place among these. Years ago, our plant’s R&D manager stood by a batch of dried fruit, showing us the intricate hairs, the color ripening from green to rusty brown, and the soft herbal aroma that signals the fruit’s readiness for extraction. From there, developing our Motherwort Fruit Extract became a project blending time-tested botanical extraction methods with the rigor of modern chemical process control.
Motherwort fruit comes from the small, prickly capsules left after flowering. Local farmers, who know the timing of harvest by sight and smell, select each batch. Once received, our team tests moisture levels and botanical authenticity. Dust and debris, inevitable in open-field collection, never make it past our cleaning process. Using water and food-grade ethanol, we extract key phytochemicals, primarily leonurine and stachydrine, which contribute to the physiological actions sought after in both herbal and clinical settings.
The final extract is not a generic brown powder but a carefully concentrated product, adjusted for consistent levels of the active alkaloids based on each client’s requirements. Most batches yield an extract standardized at either 5:1 or 10:1 ratios. Clients working in the supplement or pharmaceutical sectors often request batch data and process transparency; we welcome these requests because the real test of an extract’s value begins with traceability and continues through production, transportation, and, finally, use in finished products.
Years ago, herbal extracts were valued mostly for color or flavor. Today, the focus has shifted toward measurable constituents. In our lab, technicians operate HPLC and UV/VIS spectrophotometers every workday, verifying the concentration of leonurine and monitoring for heavy metals, solvents, and pesticide residues. None of this replaces years of practical experience—our chief extraction foreman can gauge extraction strength by smell and hue before lab results confirm his judgment.
Our Motherwort Fruit Extract typically appears as a fine brown to light yellow powder, ready to dissolve in warm water or integrate smoothly into tablet or capsule lines. Some of our clients use the extract for cardiovascular blends, seeking the support described in both traditional and modern Chinese medical literature. Others prefer it for formulations targeting female health, focusing on uterine and menstrual support. Regardless of application, every batch is tested for purity, microbial load, and target marker compounds. Unlike extracts derived only from motherwort leaf or stem, the fruit extract carries a distinctly bitter note and a higher stachydrine profile—an important detail for formulation chemists aiming for synergistic effects.
Selecting the right extraction solvent is not an afterthought. Water extracts capture hydrophilic compounds but miss others locked away in plant oil vesicles. Ethanol, in food-grade concentrations, releases an additional spectrum of secondary metabolites. Over the past decade, our team refined each step to maximize active yield while meeting safety requirements for end-market applications in North America, Europe, and East Asia.
Motherwort Fruit Extract finds its way into a range of end products, from over-the-counter supplements and herbal teas to pharmaceutical-grade tablets. Our larger manufacturing clients appreciate the consistency, as their production lines depend on uniform powder flow, predictable moisture content, and ingredient stability under heat. Experience taught us that no two harvests are exactly alike; late summer droughts can slow alkaloid formation, and improperly dried fruit leads to a poor extract. Addressing these variables means extra work on our end, but years of feedback from repeat buyers tell us it makes a measurable difference.
As a manufacturer, we do not just package a powder; we are responsible for how that extract acts within a finished product. Beverage formulators need a water-soluble, freeze-resistant extract with limited sediment. Tablet manufacturers seek a product that blends without clumping and withstands compression without losing potency. Our technical team—many of whom started as plant operators or quality inspectors—work directly with end users to adjust granulation or offer technical support based on real batch data.
Formulators draw clear lines between fruit, leaf, and aerial-part extracts. The fruit delivers higher stachydrine, a slightly bitter flavor, and greater density, which are all important in determining which ingredient best fits each application. Some of our buyers, aiming for broader herbal effects, blend fruit with leaf extract to capture both phytochemical profiles. In clinical formulations, repeatable results matter most; the standardization we provide allows for tight dosage control—especially for brands shipping to regulated markets like the US and EU.
Managing quality control for plant-based extracts challenges even the most seasoned teams. Our laboratory team produces a Certificate of Analysis for every batch, listing not only target alkaloid content but also the results of microbial, heavy metal, and solvent residue screening. We learned the hard way years ago, after a single out-of-spec batch risked a client’s downstream stability, that nothing substitutes for redundant testing and close agricultural partnerships. We still buy directly from the same regional farming co-ops. Our botanists walk the fields before harvest starts, reviewing soil conditions and pest history.
Agricultural variability cannot always be tamed. Rainfall in late June changes the water activity in harvested fruit, which can push drying schedules into early night shifts. We adapted small-batch vacuum drying for sensitive or premium orders, safeguarding the key volatiles and preventing aflatoxin growth—an issue we monitor aggressively. No synthetic pesticides ever touch our motherwort sources; while this limits yield, it allows us to meet stricter residue requirements without excessive downstream processing. Many of our partners value zero-detectable pesticide claims more than the cheapest per-kilo cost. What was once considered “loss of volume” now guarantees a stronger reputation, and, if we are honest, a steadier business relationship over time.
Unlike popular alternatives such as motherwort leaf extract or mixed aerial part blends, motherwort fruit extract stands apart due to both chemistry and tradition. The fruit, harvested after blooming finishes, offers a distinct alkaloid ratio that shifts the physiological profile of the finished powder. For cardiac-focused applications, stachydrine-rich extracts align with formulations traditionally used to manage blood flow and rhythm. The bitterness and aroma of motherwort fruit, tested over generations in traditional prescription books, inform many of the dosing and blending recommendations we still see in the industry today.
We often compare motherwort fruit extract to similar cardiovascular herbal extracts—hawthorn, ginkgo, or even Dan Shen. Each brings a unique phytochemical blueprint. Motherwort fruit’s heavy stachydrine and leonurine content work differently from the flavonoids and phenolic acids present in hawthorn. Our longtime clients in the pharmaceutical sector often blend fruit extract with more common cardiotonics to broaden the mechanism of action without relying on single compounds. This hands-on approach to formulation is driven by robust clinical research as much as it is by trusted herbal tradition.
Some manufacturing partners ask about combining motherwort fruit extract with other motherwort fractions. We scale extraction parameters to fit dual-extract processes, ensuring solubility remains high and batch-to-batch consistency matches both specifications. Blending fruit extract into complex formulations calls for experience in solubility control, moisture management, and powder flow—skills our team learned slowly through trial, error, and honest feedback from our most demanding customers.
Regulatory questions are not peripheral. Over the past five years, both Europe and North America tightened their scrutiny on herbal raw materials. Every new regulation—whether it concerns pesticide residues, heavy metals, or microbiological limits—forces manufacturers to rethink process workflows. We meet these expectations not because the market demands it, but because experience taught us that poor documentation and loose controls always lead to future trouble. Each motherwort fruit extract batch is backed by signed Chain-of-Custody logs and third-party lab verification for regulated markets.
Manufacturers in the supplement space share concerns about ingredient origins. The demand for plant-based, sustainable, and ethically sourced extracts has reshaped how we work with farmers and how we document our sourcing. Our approach values traceability as much as potency. Several partners have visited our extraction facility, walking through each line, reviewing documentation, and speaking directly with staff—an openness that builds more durable business than price lists or website claims ever could. As extract manufacturers, we carry a responsibility beyond quarterly sales. We stand behind both what goes into each drum and the process behind every successful batch.
One reality of natural ingredient manufacturing is unpredictability: weather blips, crop pests, transport delays. Our staff works closely with growers to refine field protocols. If unexpected frost hits late in the season, fruit content shifts; we see this reflected in alkaloid concentrations and extraction yields. In response, process adjustments such as extended maceration or dual-phase solvent use keep the finished extract within target spec. These changes rely on over a decade of field reports, batch data, and ongoing conversation between lab and plant.
Process innovation is neither flashy nor quick. We have implemented inline moisture sensors and automated controls not to speed things up, but to cut down on the batch-to-batch drift that plagues natural ingredients. Human oversight remains central, though—no machine replaces a process technician running samples by hand. Several clients credit our consistency not to technology, but to staff longevity; most senior process operators have been with us since our first large-scale motherwort fruit run.
Interest in motherwort fruit extract continues to grow, especially as more data supports its role in female health and cardiovascular applications. We monitor scientific publications, attend industry expos, and sponsor joint R&D with university partners. This commitment to practical evidence keeps both our clients and our own staff informed, driving innovation in extract combinations and product forms.
End users push us to consider new formats—encapsulated beads, instant granules, water-soluble drops—each with their own challenges. Our product development team leverages years of in-house trialing, collaborating closely with production and QA to guarantee stability. Unlike commodity manufacturers chasing the lowest cost, we prefer to stay aligned with clients seeking long-term collaboration, stability, and a focus on patient or consumer outcomes. Shortcuts in manufacturing or QA create headaches for everyone; that lesson is etched into every SOP we train.
Our experience with motherwort fruit extract stretches across fields, labs, and final product lines. We walk the ground with farmers, discuss batch data with product developers, and monitor consumer trends to help guide the future of this ingredient. From harvest to final delivery, the journey of motherwort fruit travels through the hands of people who care about plant chemistry, supply integrity, and the concrete needs of formula developers. Each order delivers not just a standardized powder, but the story and discipline of real manufacturing, built on decades of practical, hard-earned lessons.