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HS Code |
209766 |
| Product Name | Matrine Mother Liquor |
| Main Component | Matrine |
| Appearance | Light yellow to brown liquid |
| Odor | Distinctive, slightly bitter |
| Solubility | Soluble in water and ethanol |
| Ph | 5.0 - 7.0 |
| Density | Approximately 1.0 g/cm³ |
| Extraction Source | Sophora flavescens (Kushen) root |
| Storage Conditions | Store in a cool, dry, well-ventilated place |
| Common Usage | Intermediate for chemical, pharmaceutical, or agricultural applications |
As an accredited Matrine Mother Liquor factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Matrine Mother Liquor is a 25 kg blue plastic drum with secure sealing and clear product labeling for safety. |
| Shipping | Matrine Mother Liquor is shipped in tightly sealed, corrosion-resistant containers to prevent leaks and evaporation. Containers are clearly labeled and handled as chemical products, with careful packaging to avoid breakage. Transportation complies with relevant regulations for hazardous materials, ensuring safety during transit. Temperature and humidity controls may be applied as required. |
| Storage | Matrine Mother Liquor should be stored in tightly sealed containers, away from sunlight, heat, and moisture. It should be kept in a cool, dry, and well-ventilated area, separated from incompatible substances. Proper labeling is essential, and access should be restricted to trained personnel. Personal protective equipment (PPE) should be used during handling to prevent skin or eye contact. |
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Purity 98%: Matrine Mother Liquor with 98% purity is used in agricultural pesticide formulations, where it enhances insecticidal efficacy against aphids and whiteflies. Viscosity 300 cps: Matrine Mother Liquor with a viscosity of 300 cps is used in foliar spray applications, where it ensures uniform coverage and prolonged leaf adhesion. Molecular Weight 248.36 g/mol: Matrine Mother Liquor with molecular weight 248.36 g/mol is used in botanical biopesticide manufacturing, where it optimizes active ingredient loading and release. Stability Temperature 45°C: Matrine Mother Liquor stable at 45°C is used in tropical climate agrochemical production, where it maintains potency during storage and transport. pH Range 6.5–7.5: Matrine Mother Liquor with a pH range of 6.5–7.5 is used in water-based pesticide blends, where it prevents formulation degradation and supports shelf-life extension. Residual Alkaloids ≤0.5%: Matrine Mother Liquor with residual alkaloids ≤0.5% is used in organic-certified pest control, where it meets safety standards and reduces environmental residue. Solubility in Water ≥95%: Matrine Mother Liquor with ≥95% water solubility is used in tank mix combinations, where it facilitates rapid dispersion and consistent application rates. Heavy Metals Content ≤10 ppm: Matrine Mother Liquor with heavy metals content ≤10 ppm is used in eco-friendly crop protection products, where it ensures compliance with international agricultural regulations. Melting Point 270°C: Matrine Mother Liquor with melting point 270°C is used in heat-processed pesticide granule formulations, where it enables stable active incorporation without thermal decomposition. Particle Size ≤1 µm: Matrine Mother Liquor with particle size ≤1 µm is used in nano-emulsion pesticides, where it improves penetration and bioavailability on pest targets. |
Competitive Matrine Mother Liquor 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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Every producer striving to scale up botanical pesticide lines hits a crunch when it comes to reliable and cost-effective raw materials. Over a decade, our own manufacturing lines have uncovered the value of Matrine Mother Liquor, a byproduct drawn straight from the extraction phases of Sophora flavescens roots. We saw growers and industry partners waste much of this “spent” liquor, dismissing it for its lower alkaloid content compared to purified matrine. We took a different view. By harnessing Matrine Mother Liquor and re-integrating it into our own extraction, formulation, and soil remediation processes, we've learned its value lies as much in its spectrum of active and minor metabolites as in its economic practicality.
The version processed in our facilities—coded here internally as MML-10 and MML-15, referencing the estimated matrine content by mass percentage—arises directly from our main matrine extraction. It's not an afterthought or side stream, but a planned stage within our production cycle, designed to serve agrochemical blenders, organic fertilizer suppliers, and bulk formulation plants searching for standardized sources that offer adaptability and workable price points.
Managing large volumes of Matrine Mother Liquor presents chemical and operational challenges. The natural product base of Sophora flavescens brings a degree of variability, shaped by season, root maturity, and hydration. Drawing from our own operational records, we keep typical batches in the 10-15% matrine assay range, verified by HPLC, with remainder content formed by sophocarpine, sugars, organic acids, and minor terpenes. By regularly calibrating with retained reference lots and using internal controls, we have brought down lot-to-lot alkaloid swings to consistently under 1.5% (absolute), supporting those who blend by weight or require predictable active substance content. Each batch's pH, solid residue, and specific gravity align to careful, historical QC logs, developed on our factory floors through thousands of metric tons processed.
Producers adopting mother liquor have needed assurances about repeatability and safety. Many early adopters came to us reporting inbound materials that frothed, foamed, or precipitated, complicating storage, mixing, and downstream filtration. Our approach involves continuous decanting and double-stage filtration directly built into vacuum evaporation lines, yielding a clarified but unrefined stream. Working with clients, we've confirmed that this approach backs up well in production tanks for weeks, minimizing downtime and reducing extra time on filtration. These improvements have attracted attention from not only pesticide-blending plants but also fermenters who use the liquor as a nutrient base.
Unlike crystalline or powder matrine, the mother liquor lands immediately in the “bulk use” category by necessity. Direct experience shows powdered matrine excels in precision-formulated insecticides, but fields and fermenters operating at hundreds of liters or more prefer something that pours, mixes, and blends into water-based systems. Every month, thousands of liters of our Matrine Mother Liquor get pumped into tankers destined for use as a base in low-dose pest repellent sprays, base concentrate for organic fertilizer, and microbalancing agents in remediation projects. When we first trialed waste-stream product with local organic farmers, it often arrived unstable and poorly-characterized. Over time, after adjusting collection and storage standards at our own plants, we saw increases in batch survivability, and, more importantly, quantifiable reductions in input costs among our downstream users.
End users report solid performance in controlling aphids, spider mites, and certain soil nematodes—use cases largely attributed to spectrum effects from matrine and the ancillary alkaloids present. Many organic fertilizer producers value the broad alkaloid profile as a complement to humic and fulvic acid solutions, targeting complex soil ecosystems rather than a “single shot” chemical agent regime. The fluid nature makes bulk agitation and application straightforward. We emphasize to our partners that dilution ratios and compatibility require site-based testing, since every mixing tank, pump, and final formulation presents its own quirks.
Customers new to Matrine Mother Liquor often start by weighing it up against purified, crystallized matrine or other plant alkaloid extracts. The choice depends on intended use, regulatory requirements, and processing capacity. From our perspective as both a bulk and purified producer, here are some learnings we’ve accumulated:
A few differences emerge right on the factory floor. Powdered matrine arrives by the hundredweight, requires special warehouse handling, and usually must be redissolved on-site for any blending at scale. This redissolving can introduce contamination and loss. With mother liquor, we tanker straight from reactor, filtering on the spot, tailoring each load for freshness. This builds in both speed and accountability—tracing shipments to extraction batch, documenting process time, and offering plant managers flexibility to move batches through formulation without downstream bottlenecks.
Regulation of botanical pesticides and agricultural inputs rises steadily every year. As a manufacturer, the onus falls on us to supply documentation not only of origin and composition, but also of off-target byproducts and environmental fate. Tracking a product like Matrine Mother Liquor starts at the farm, runs through every extraction vessel, and logs QC test points at mixing, filtering, and outbound loading. Authorities ask for these clear lines of evidence not because the base materials are unfamiliar, but because purity and performance affect both crop health and market trust.
Our process, matured over cycles of inspection and feedback from domestic and international auditors, maps every commercial batch to an upstream field lot. As a result, purchasing managers receive not only chemical data sheets but also full logs of extraction timing, process reagents, and digital chain-of-custody stamps. This support stands as much for our peace of mind as for customer audit needs. Bulk tanker clients―especially those exporting end products into Europe and North America—now expect transparent documentation of plant origin, process integrity, and dissipation rates in target crops and soils.
The fate of Matrine Mother Liquor doesn’t stop in the storage drum or the blend tank. Our cooperative projects with environmental remediation partners have demonstrated the liquor’s flexibility outside mainstream pesticide or fertilizer markets. In land recultivation trials plagued by persistent nematode buildups, repeated applications helped shift infestation profiles after traditional methods fell short. This experience did not always produce headline-grabbing numbers, but year-over-year the treated fields saw reductions in both nematode counts and secondary soil pathogens.
Our own process engineers tracked chemical residues and breakdown rates in these soils. Alkaloids in the mother liquor degrade rapidly under UV and microbial action, dropping below detection within several weeks of application. Unlike synthetic pesticides, the unrefined character of the liquor means minor plant metabolites also cycle into contributing to soil health—sometimes bringing minor but steady stimulation of root mass in pilot maize and soybean plots, without inducing the negative side effects triggered by more potent, isolated compounds.
Scaling up production of Matrine Mother Liquor as a distinct saleable product took process changes on our side. Many smaller manufacturers struggle with sludge, variable suspensions, and incomplete separation; these problems lead to poor shelf stability and excessive logistics headaches. By refining our evaporation-control, filtration, and cold storage workflows, we've dropped waste levels and ended up with a single, sellable product that stores for up to three months in bulk tanks, with only routine mixing to keep content suspended.
Customers benefit from these routine process checks. Direct shipments from our tank farm cut out half the dunnage and transfer waste associated with bagged powder or drums of powder. Haulers report less product loss due to caking, moisture, or spirit evaporation―and our warehouse staff deal with fewer cleanups per month. These efficiencies flow through to the end user―and our own manufacturing lines see less waste cycling back through reprocessing or disposal.
Feedback forms a backbone for our product direction. Many users at the start simply wanted a viable, cost-effective alternative to pure matrine powder. Over time, as product managers and field technicians ran more tests, our team collected reports that mother liquor performed best in blend systems with pH between 6 and 8. Plant lab teams using this feedback have adapted our in-house QA protocols, adjusting evaporation and filtration cycles during peak production to keep this specification consistent.
One difficulty many face is mixing with certain micronutrients or heavy fertilizers. Field visits taught us that certain heavy metals present in poorly managed mother liquor batches can lock up both matrine and fertilizers. By refining our process, we keep cadmium, lead, and arsenic below 0.5 ppm—fully in line with prevailing agrochemical standards—for assured crop and soil safety. We continue working with both local farms and large-scale blenders, tuning specifications and cleaning methods to better fit intensive, high-throughput requirements.
Shifting legislative climates push the agrochemical industry toward safer, lower-impact pesticides and soil inputs. From our factory’s perspective, Matrine Mother Liquor has quickly become a reliable mid-point—costing less than purified alkaloid products but delivering measurable benefits in yield protection, soil health, and overall process efficiency.
In recent seasons, we've broadened field trials in collaboration with extension agencies and food processors exploring “green label” possibilities. The tracked use of Matrine Mother Liquor fits into emerging carbon calculation models for agricultural production, particularly as transparency and sustainability climb market checklists for bulk crops. This creates a space for dialogue between manufacturers, wholesalers, and farming communities, centering not only on prices or active ingredient numbers but on field results and the stories behind each container shipped.
Our R&D staff, many of whom transferred directly from the main production halls to the lab bench, continue to refine and assess extraction and stabilization methods. In pilot runs, incremental shifts in extraction pH and temperature show improved matrices for both alkaloid retention and liquid shelf life. These tweaks grow from a foundational respect for mother liquor’s complexity—not just as a source of individual chemicals, but as a dynamic, living input subject to the changes in environmental and botanical inputs year to year.
Scaling these lessons from bench to bulk tank means adapting both machinery and monitoring strategies. By deploying in-line monitoring with sensors for turbidity, alkaloid content, and microbial counts, our process engineers have closed the loop between incoming raw plant material and outbound mother liquor. The result preserves the flexibility our users need—without sacrificing safety or traceability.
Experience as a chemical manufacturer has given us a unique lens on Matrine Mother Liquor’s practical strengths and the challenges it brings. It stands as a solution born not from abstract market theory but from years spent in production rooms, field visits, and direct engagement with real-world logistics. From yield protection on broadacre crops to supporting living soils or blending into high-throughput fertilizer production, mother liquor’s story links plant biology, chemical process, and on-the-ground need.
By refusing to treat this material as mere byproduct, and instead shaping it with process controls, reliably tracked documentation, and open user feedback loops, our company has turned what was once considered processing residue into a core input for sustainable agriculture. This commitment, both to technical rigor and to user partnership, shapes the way Matrine Mother Liquor moves from our tanks to your fields and formulation lines.