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HS Code |
703723 |
| Product Name | Matrines Liquid Extract |
| Active Ingredient | Matrine |
| Physical State | Liquid |
| Color | Yellow to brown |
| Odor | Characteristic herbal odor |
| Solubility | Soluble in water and alcohol |
| Extraction Source | Sophora flavescens root |
| Storage Temperature | Room temperature, away from direct sunlight |
| Ph Range | 4.0-7.0 |
| Concentration | Varies, commonly 1-10% |
| Packaging | Sealed bottles or drums |
| Shelf Life | 12-24 months if unopened |
| Usage | Agricultural, medicinal, and research purposes |
| Appearance | Clear to slightly turbid liquid |
| Cas Number | 519-02-8 |
As an accredited Matrines Liquid Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Matrines Liquid Extract is packaged in a 1-liter opaque plastic bottle with a secure screw cap, featuring clear product labeling. |
| Shipping | Matrines Liquid Extract is shipped in tightly sealed, chemical-resistant containers to prevent leaks or contamination. The packaging complies with applicable safety regulations for chemical transport. Each shipment includes proper labeling, material safety data sheets (MSDS), and handling instructions. Keep away from heat, light, and incompatible substances during transit. |
| Storage | Matrines Liquid Extract should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and incompatible materials such as strong acids and oxidizers. Keep the container tightly closed to prevent contamination and evaporation. Ideally, store at room temperature, avoiding extreme heat or freezing. Use appropriate chemical-resistant containers and label properly for safe identification and handling. |
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Purity 98%: Matrines Liquid Extract with purity 98% is used in agricultural crop protection, where it provides effective insecticidal action against aphids and whiteflies. Active Ingredient 0.5%: Matrines Liquid Extract with active ingredient 0.5% is used in greenhouse vegetable production, where it achieves rapid pest knockdown and residue minimization. Viscosity 500 mPa·s: Matrines Liquid Extract with viscosity 500 mPa·s is used in foliar spray formulations, where it ensures uniform leaf coverage and increased contact efficacy. Stability Temperature 45°C: Matrines Liquid Extract with stability up to 45°C is used in tropical field conditions, where it maintains bioactivity and long shelf-life under elevated temperatures. pH Range 5.5–6.5: Matrines Liquid Extract in pH range 5.5–6.5 is used in integrated pest management systems, where it reduces formulation degradation and maximizes pest control duration. Water Solubility >98%: Matrines Liquid Extract with water solubility greater than 98% is used in drip irrigation systems, where it allows for efficient delivery and homogenous distribution in soil. Particle Size <10 µm: Matrines Liquid Extract with particle size less than 10 µm is used in suspension concentrate formulations, where it enhances dispersion and prevents nozzle clogging. Storage Stability 12 months: Matrines Liquid Extract with storage stability of 12 months is used in warehouse inventory management, where it ensures consistent potency and application flexibility. SG 1.025: Matrines Liquid Extract with specific gravity 1.025 is used in automated dosing equipment, where it supports precise volumetric dosing and process control. Melting Point 60°C: Matrines Liquid Extract with melting point 60°C is used in temperature-sensitive formulations, where it enables thermal stability during product mixing and storage. |
Competitive Matrines Liquid Extract prices that fit your budget—flexible terms and customized quotes for every order.
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Over the past decade, we have seen plenty of interpretations of matrine products, but we keep coming back to one principle—direct extraction using proven, repeatable processes harnessing every drop from Sophora flavescens root. Our Matrines Liquid Extract model is built around concentration. Each batch undergoes continuous verification, real-world solvent management, and internal HPLC checks that measure for active alkaloids instead of generic percentage reporting. On average, customers work with 4% total matrines by content, avoiding the confusion that often comes from loose powder or indeterminate powders. Standardization shapes everything we do in production; that means suppliers recognize batch-to-batch steadiness, helping them build their own products more reliably.
Our own processing lines have faced the headaches of matrine powder handling—like inconsistent flowing, dust loss, and unpredictable fine-particle agglomeration. Users in pesticide, animal health, and plant growth formulas often share frustration at sink rates, poor wettability, and that nagging sense of variable potency. We took action to answer these complaints: extracting an easy-to-incorporate liquid, never just wetting powder. This extract skips those powder hurdles entirely. Employees on our packaging floor notice: liquid extract fills tanks or drums in minutes, incompatible powder can create extra waste during blending, but precise dosing from liquid means less product loss, more predictable yields for downstream mixers.
Fields matter. Genuine matrines come from Sophora that grows with reliable annual alkaloid profiles, not unpredictable wild-crafted sources. We control our own incoming supply chain—setting annual contracts with local farmers, confirming each delivery with certificate-backed alkaloid definition, and running sequential extractions from fresh root. We steer clear of extracts from oxidized, over-dried, or pest-damaged materials which never deliver full matrine content. The liquid formula contains full-spectrum matrine and oxymatrine, ably blended for broad-spectrum application, instead of just single-component isolates. That means the end result doesn’t just work for a narrow function; it supports a variety of outcomes, whether you’re developing botanical insecticides, fungicides, or biological crop protection blends.
Factories using the liquid matrines tell us filling errors shrink dramatically compared to powder. Pumps pull direct from drums, skipping transfer loss between bins. You see less cross-contamination risk: surface powder is prone to aerodynamic spread, whereas our liquid form keeps matrines right where they belong. This isn’t marketing—it’s a lesson taught by thousands of production hours, where stability, clarity, and cleaning cycle intervals directly hit your bottom line. Warehouse managers also value clearly labeled tote and drum options, no fine dust, and no residue left in corners. The repeatability consistently leads to fewer rejected batches.
For agricultural users, our extract adds straight into spray tank mixes, with dosing as simple as a measured pour, no need for dispersing agents, no cloudiness in suspension. That means lower labor time, shorter mix cycles, and less uncertainty on whether active content is evenly distributed. In animal health, matrines have gained attention for their bitterness, repellent qualities, and support for parasite control; our product slots directly into pre-formulation tanks or can be used at pilot scale when trialing dose-response experiments. There’s a clear metric our customers mention: higher recovery rates when extracting final active ingredients for specialty veterinary or crop formulations, and much easier compliance with labeling and traceability during downstream audits.
We know that you can’t make a good extract without predictable, high-quality raw Sophora root. Our relationships with local agricultural producers didn’t spring up overnight. Every year, plant chemists from our site test harvests while still in the field, documenting root size, alkaloid content, and moisture. We reject substandard lots and only commit to full-scale extraction once minimum requirements are exceeded. That traceability offers an open ledger of every shipment’s composition. We built the whole process to block adulteration; powdered alkaloids bought sight unseen won’t match the proof you can see in our in-house run data.
Lab-scale matrine extractions usually fail to scale because residues build up, or solvents don’t clear as fast. Our equipment phases through five-stage filtration and solvent recovery on each 5000L vessel. Technicians check alkaloid levels at every round—both matrine and oxymatrine—since both matter for functional results. Compared to most dry powder, our liquid holds its measured content even two months after production. Shelf-life gets independently confirmed, and our drums carry batch numbers for every customer review. If a company’s safety officers or blending specialists want to know what was in any batch, they can review our entire sequence from root to bottle.
Too much powdered alkaloid product lifts into air—posing unexpected inhalation risk, triggering dust alarms, or just making a general mess inside factories. Our shift foremen appreciate that liquid matrines come closed, with easy-to-measure pour spouts or internal liners, cutting down time spent in PPE and cleaning up. It’s one of those details that doesn’t stand out in a glossy spec sheet but changes daily routines. No bags, no loose powder, no scooping—just strong material control, even for large-scale facility operations.
We’ve heard from pesticide blenders that sticking with dry powder means re-agitating tanks for hours, while our liquid extract delivers a consistent blend after only minutes. No slurry buildup at the bottom. The clarity of the mixed solution makes inline meter checks fast, avoiding readout errors. For companies creating value-added crop protection products, having matrines dispersed throughout the formulation assures real field results, not just theoretical on-label claims.
Customers in recent years have demanded a deeper accounting for environmental impact in all sectors—agrochemicals, nutraceuticals, and even animal health. Solvent management is a major part of our production: after alkaloid extraction ends, solvents run through a closed recycling circuit, hitting industry benchmarks for re-use rates, lowering total waste output. Spent Sophora roots, once fully extracted, never leave as landfill—char or compost sends organic waste back to the soil. Regulators and downstream users have both called for these steps, and year-on-year audits show progress through the plant.
A lot of advertising sticks with “total alkaloids,” not realizing that the ratio between matrine, oxymatrine, and secondary alkaloids affects biological results. Our plant scientists analyze every extract, aiming for at least 2:1 matrine to oxymatrine, the profile widely recognized for plant and animal use. Blenders can tailor formulations because they know the exact make-up. The end-user—usually a formulation chemist or pilot plant operator—sees the advantage through measured release rates, confirmed bioactivity, and fewer outlier results in their trials.
Sometimes, formulators switching from powder to liquid report brief learning periods as they recalibrate dosing. Our technical service teams walk partners through changes in viscosity, possible emulsifiers, and batch size calculations. Direct access to production chemists means a question about compatibility or precipitation gets an immediate, evidence-backed answer. This reduces hiccups when integrating with complex biological blends or new delivery systems. The hands-on experience our teams carry from our own processes often solves customer bottlenecks before they eat up real production hours.
Working with drums instead of bags means you can stack, ship, and transfer easier—no worries about puncture, less worry for temperature spikes, and much easier to integrate with automated dispensing. Each drum carries a barcoded trace, tying it directly to extraction records. In seasonal industries, this matters: if a crop uses a specific matrine load per hectare, companies calculate exact input with practically no waste. These traceability features aren’t window dressing; they stem from repeated customer audits, where full container data shaved hours off compliance requests.
Some matrine extracts from intermediates or powder often wind up cut with plant fillers or bulk carbohydrates. That’s not the case with extracts from our own lines. Ingredient stacking sneaks in when outsourcing steps; controlling every part of extraction from contracted planting to closed solvent systems means you won’t find unexpected carbohydrates, gums, or residuals. We pay for research to confirm that our product doesn’t provoke residue flags during pesticide or veterinary inspections, a growing pain point as international authorities update their allowable substance lists.
Our plant operators have seen firsthand how much time is saved during cleaning and batch changeover after switching to liquid matrines. No caked powder on walls, fewer shutdowns for filter or pump washing. In many mixing facilities, labor hours taken for daily hygiene checks actually dropped; lining up to powder-dispense stations dropped off, and production line consistency numbers told the story before anyone wrote a formal report.
R&D environments prefer consistency—a key reason so many development teams source liquid over fragmented powders for initial trials. The research crew at our facility uses the same material for ongoing tests as our customers use for full production, which means any published innovation comes from the actual batch extracted, not a “sample only” grade. The switch to liquid allowed for more timely chemical screening; we regularly process dozens of pilot batch samples with zero demand for re-extraction.
We host frequent plant audits, some at the request of customers, others at the prompt of international certifications. Auditors walk through the exact pathways raw material takes within the extraction suite, match batch codes with signed logs, and check final container labeling against reconciled inventories. That transparency built trust, which proved itself in zero recall actions linked to mislabeling or contamination. Having these routines in place means companies using our product can carry clear reports into global compliance systems.
Liquid extract outperforms powder in shelf-life, because the matrine and oxymatrine remain suspended and protected. Each delivered lot sustains active content well past six months in sealed containers, and users get real-time analytics upon request. Compare this with many dry powders that degrade on shelf or clump unless stored under expensive desiccants. Furthermore, our low-residue approach means fewer micro particles in end formulations; quality tests show over 96% transfer into finished mixes, a number difficult to reach using powders. Finished liquid extracts pour out at low viscosity, which turns meter readings into a sure thing for continuous processing. Those tangibles beat undifferentiated bulk powder by every measurable industrial metric.
It’s not only about chemical values—finished product feedback tells us a lot. Customers in agricultural application have reported significant improvements in field performance against listed target pests, often attributing these results to the controlled ratio and purity of our extracts. In animal health, reliable feeding studies show fewer adverse reactions, as our liquid carries less chance of undissolved particulate or off-flavor profiles. Ongoing discussions with product developers help us tune extraction settings: adjusting pH, revisiting solvent removal, and considering unique filtration options tailored to end-use. These conversations mean better updates, faster troubleshooting, and responsive material tweaks—advantages that only come through close manufacturer involvement.
Matrine’s place in sustainable agriculture is only growing. Agencies around the globe stay locked onto safe limits for botanical alkaloids, so every extract batch comes with up-to-date certification on reference standards, heavy metal absence, and solvent results. We keep regulatory teams engaged every quarter, offering not just a data table but direct plant tour invitations, so they understand and trust what lands in their supply chain. This keeps processors insulated from swings in compliance or shifts in allowable formulation lists.
We invest in research with independent agronomists and university partners, running comparative studies to see how formulation tweaks might intensify efficacy or widen use cases. Our liquid matrines have played a main role in dozens of new crop protection products now reaching regulated markets. Several research groups use our extract as their control in statistical trials, comparing novel delivery approaches or mixed alkaloid blends, so the reference data always loop back to a real, measured standard. This direct manufacturer partnership delivers actionable intelligence—not just catalog products.
Experience proves the value of single-source manufacturing. Every lesson or troubleshooting step we’ve taken makes future batches sharper, cleaner, and more predictable. We pass on that confidence; users of our Matrines Liquid Extract get not just a chemical, but the history, analysis, and real-world knowledge behind every batch. That’s the difference from direct extraction in your supply chain. The liquid doesn’t just move more efficiently through your operation, it supports every downstream result with facts, traceability, and a manufacturer’s responsibility—qualities built not just for today’s batch but for every season ahead.