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HS Code |
301717 |
| Product Name | Houttuynia Sodium |
| Chemical Formula | C10H8NaO6S2 |
| Appearance | White to off-white powder |
| Solubility | Soluble in water |
| Molecular Weight | 328.28 g/mol |
| Main Ingredient | Sodium houttuyfonate |
| Storage Condition | Keep in a cool, dry place |
| Intended Use | Pharmaceutical or veterinary anti-inflammatory agent |
| Cas Number | 59177-89-0 |
| Odor | Odorless |
| Ph Value | Approximately 7 (1% solution in water) |
| Purity | Typically ≥98% |
As an accredited Houttuynia Sodium factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Houttuynia Sodium is packaged in a 25 kg fiber drum with double-layer polyethylene bags inside for moisture protection and safety. |
| Shipping | Houttuynia Sodium is securely packaged in sealed, chemical-resistant containers to ensure stability and prevent contamination during transit. It is shipped via reliable carriers, with temperature and humidity controls as required. Each package includes safety documentation and labeling in compliance with international chemical transport regulations for safe and prompt delivery. |
| Storage | Houttuynia Sodium should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the container tightly sealed to prevent moisture absorption and contamination. Store separately from incompatible substances, such as strong acids or oxidizers. Ensure the storage area is clearly labeled and access is restricted to authorized personnel only. |
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Purity 98%: Houttuynia Sodium with purity 98% is used in injectable pharmaceutical formulations, where it ensures high bioavailability and consistent therapeutic effect. Molecular weight 355 Da: Houttuynia Sodium with a molecular weight of 355 Da is used in antimicrobial coatings, where it facilitates rapid diffusion and enhanced surface activity. Particle size D90 < 10μm: Houttuynia Sodium with particle size D90 less than 10μm is used in topical creams, where it promotes uniform dispersion and improved skin absorption. Stability temperature up to 60°C: Houttuynia Sodium with stability up to 60°C is used in heat-sterilized medical solutions, where it maintains chemical integrity and efficacy. Moisture content < 2%: Houttuynia Sodium with moisture content below 2% is used in dry powder inhalers, where it preserves shelf life and prevents aggregation. pH stability range 4-8: Houttuynia Sodium with pH stability range 4-8 is used in oral suspension formulations, where it ensures formulation compatibility and product durability. Solubility > 50 mg/mL in water: Houttuynia Sodium with solubility above 50 mg/mL in water is used in intravenous drug preparations, where it enables rapid dissolution and effective dosing. Endotoxin level < 0.1 EU/mg: Houttuynia Sodium with endotoxin levels below 0.1 EU/mg is used in sterile ophthalmic solutions, where it minimizes the risk of inflammatory responses. Residual solvent < 0.05%: Houttuynia Sodium with residual solvent below 0.05% is used in GMP-compliant manufacturing, where it meets regulatory requirements for patient safety. Viscosity grade low: Houttuynia Sodium of low viscosity grade is used in injectable suspensions, where it permits easy administration and patient comfort. |
Competitive Houttuynia Sodium prices that fit your budget—flexible terms and customized quotes for every order.
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In the world of chemical manufacturing, demand for specialized compounds changes as markets and health trends evolve. Our journey with Houttuynia Sodium began when researchers and pharmaceutical companies started focusing on botanical extracts that displayed measurable antimicrobial and anti-inflammatory effects. Houttuynia cordata caught our attention, not just for its rich historical use but for the challenges involved in producing sodium salts with high purity and consistency. Manufacturing this compound called for both technical expertise and a genuine commitment to sustainable sourcing.
Bringing Houttuynia Sodium to market isn’t as simple as extracting plant material and patching together a salt. We source Houttuynia cordata from growers who do not use harmful pesticides, ensuring a cleaner starting point. After harvesting, leaves undergo water washing and drying in controlled environments to prevent microbial contamination. We developed a unique extraction protocol, using gentle solvents to preserve native compounds while removing unwanted waxes and chlorophyll.
Transformation into the sodium salt requires precise pH adjustment and monitored reaction times. Sodium ions bond with key actives, increasing water solubility and improving handling in downstream processing. Every batch must meet strict controls on moisture, active content, and residual solvents. We rely on HPLC and UV-Vis spectrometry to confirm purity and quantify the active ingredients.
You learn fast that even slight inconsistencies harvest to harvest can cause headaches—cloudy solutions or variable color points back to differences in growing seasons or extraction efficiency. We invested in real-time analytics. By tracking batch histories, we cut deviation rates and deliver a product that matches what researchers see in the published literature.
We offer Houttuynia Sodium under several production runs, though "HS-98" remains our flagship model. The number refers to a minimum purity guarantee—98 percent by weight of the targeted sodium compound. Moisture is capped below 5 percent to prevent caking and maintain flow. Particle size runs between 80 and 120 mesh, based on input from herbal extract formulators who handle large mixers and pneumatic feeders.
A lot of companies may advertise botanical sodium salts, but we found they often blend lower-purity extracts with bulking agents. Ours comes from direct synthesis, so every lot brings transparent composition and performance data. That difference matters. Purity affects not only label claims but also shelf life, taste masking, and even dissolution rate. We refuse to take shortcuts; every batch is traceable to a grower and process log.
Pharmaceutical companies and supplement brands look for reliability. A steady supply of high-purity Houttuynia Sodium reduces batch rejection rates. Antibiotic resistance sparked renewed interest in botanically derived compounds with evidence-backed antimicrobial power. Houttuynia sodium found a home as a functional ingredient in lozenge formulations, oral suspensions, creams, and topical gels.
Beyond pharmaceutical circles, veterinary researchers utilize this compound for animal health products. Its solubility responds better in aqueous preparations than the parent plant’s crude extract, especially at large scale. That ease translates to wider adoption in pilot trials and full-scale veterinary medicine launches.
Cosmetics companies add it for the soothing effect reported in clinical observations. They need reliable flowability and stability—two things tied directly to our post-processing controls. Formulators mention cleaner blending with our HS-98 model compared to less refined competitors. Adding straight sodium salt, rather than a mix jammed with unidentified plant fibers, saves on downstream filtration.
You notice, working this closely with plant-based compounds, that no two natural samples behave alike. Agrochemical residues or fungal contamination from poorly dried harvests have caused entire lots to fail. We adjusted logistics to cut transport and storage time, and adopted inline detection of aflatoxins on incoming leaves. This isn't something you see described in glossy brochures but every bit of prevention pays off in batch acceptance stands and customer trust.
We look hard at optimizations past the standard purity guarantee. Micronization follows strict parameters, as improper equipment can lead to talc-like dust, choking filters and creating electrostatic clumping in high-speed bottling lines. We stay in touch with customers’ technicians, adjust grind sizes, and keep test logs open—no surprises, no hidden changes.
Markets grow more cautious as natural products face invasive testing by health authorities. Adulteration scandals in other botanical extracts made us invest heavily in traceability. Every kilo of Houttuynia Sodium we release has a complete certificate of analysis, batch history, and DNA-based confirmation of starting material.
Shelf stability rises to the top of safety concerns. Degradation products, if left untracked, cause off-odors or false positives in analytical screens. By running accelerated stability chambers, we pinpoint the critical water activity and ideal storage temperatures. Product spec sheets flag recommended handling conditions. Every major client tour includes a stop in our stability assay lab—a transparency that got us supplier status when others dropped off approved vendor lists.
Personnel safety sits on equal footing. Extraction solvents are recovered and assessed for reuse. Waste streams undergo phytotoxicity testing before safe disposal. Our team receives ongoing training in both chemical and biological hazard handling, and we keep a near-miss reporting culture that revealed process bottle-necks early.
We’re often asked how our Houttuynia Sodium stacks up against alternatives on the shelf. Many products come as dried powders or basic extracts, lacking clear sodium enrichment or validation of actives. The plain leaf extract poses solubility challenges and more batch-to-batch variance. Sodium salt, where the active components bond to sodium, delivers measurable gains in dissolution, taste masking, and application flexibility. Pharmaceutical firms in particular run tests for uniformity in dosed forms, and sodium salts show up strong in these performance screens.
There’s also the matter of extract origin—our facility runs botanical DNA fingerprinting, something not typically used in bulk ingredient procurement. This prevents mix-ups and fraudulent substitutions. We champion transparent documentation. Our customers, spanning pharma labs to contract manufacturers, report fewer formulation fails and easier compliance reviews.
Price alone shouldn’t determine which input you choose. The "cheap and cheerful" approach to herb processing often brings higher downstream costs—failed blending, product recalls, or regulatory pushback. Our model operates on long-term reliability, knowing that a stable, high-purity sodium salt pays for itself in saved labor and strong finished goods.
Insights from our customers refine every major improvement. One biotech startup contacted us after repeated failures sourcing a bulk extract that clogged their dissolvers. A review of their samples showed inconsistent mesh sizing, unclear sodium content, and up to 30 percent unidentified plant material. We ran a side-by-side pilot blend with our HS-98. Their production move went from 75 percent yield to near-complete conversion, simply from predictable handling properties.
We often hear that testing a new supplier brings risk. Several nutrition brands have flagged mysterious "herbal off-flavors" as reasons to drop a supplier; these typically arise from high-tannin or chlorinated water in regional extraction. Our on-site water purification and strict process logs blank out those problems. Replicable results build confidence, and that gets our sodium salt called out as a preferred ingredient in published studies.
Houttuynia Sodium won its early fame in traditional medicine sectors. Today new markets emerge quickly—food preservation, aquaculture, and even plant protection products see potential in its wide-spectrum activity. We collaborate with research groups trialing it as part of anti-fungal washes for organic crops or as water additives in recirculating fish tanks. Rice paddy farmers in Southeast Asia reported lower losses from certain fungal infections, and that feedback drives us to test new purification and stabilization methods.
Production scale-up isn’t a matter of doubling reactor size. Each new market brings specific taste, dosage, and formulation constraints. Aquaculture feed for juvenile fish, for example, has strict rules on sodium content and flavor. Veterinarians requested a finer mesh and more neutral carrier for oral suspensions. We built flexibility into our lines—after months of side trials, we dialed in a tailored product for each case. There’s pride in knowing our team tracks more than just the next purchase order; collaborations with researchers and end users set a higher bar.
Climate change affected supply chains even for niche botanicals like Houttuynia cordata. Flooded fields ruined one season’s harvest, driving a scramble for secondary sources. We never settle for unvetted growers. New suppliers undergo a phased review process—soil analysis, pesticide checks, genetic confirmation—before a single leaf enters the extraction stream.
Contamination, both chemical and biological, remains a major challenge. A few years ago, batches from a supposedly "organic" new region tested well at intake but failed sterility checks post-extraction. The investigation traced problems to shared drying facilities and unclean transport containers. We adopted portable ultraviolet germicidal lamps for final drying and reshaped supplier contracts to require on-site audits.
As a producer, you know that transparency doesn’t come free. Traceability records, stability testing, and technical support all require investment. Even so, long-term partnerships only materialize if every shipment delivers more than just a box on a loading dock. We take that message to heart by inviting major buyers to tour our facility, view extraction suites, and watch chromatogram data in real time.
Manufacturers face a wall of uncertainties ranging from raw material adulteration to shifting regulatory standards. To protect customers and our own reputation, we see three effective ways forward. First, embed regular supplier audits and genetic marker confirmation at every intake stage. This reduces the risk of substitution or error before it escalates to the end product. Second, invest in digitized process monitoring—inline analytics flag deviations faster than post-hoc batch testing. Third, push for open dialogue with customers; process tweaks and technical changes should be flagged as part of the shipment, not buried in unread memos.
As more end users test and publish on botanically derived actives, the push for reproducible results will only grow. Our facility adopted comprehensive batch tracking, not just for the sake of compliance but as an R&D driver. Process failures become learning points, and successful tweaks find their way to documented protocols. In a market awash with "mystery blend" imports, proven reliability is its own competitive fortress.
Producing Houttuynia Sodium at scale changed how our team thinks about both quality and responsibility. Each step, from farmer to audit, impacts the finished molecule that travels into medicine, supplements, and a growing range of consumer goods. We recognize the need for strong supply chain relationships and continuous innovation in extraction and purification. Much of what sets our product apart traces to daily, hands-on involvement and technical investment.
We stay tuned to research, keeping our doors open to visiting scientists and industry consultants. The feedback loop between field performance and factory protocols leads to better outcomes all around. New projects, from improved water-soluble grades to bespoke blends for targeted delivery, create new value for customers, researchers, and the people who ultimately use health care and wellness products built with Houttuynia Sodium.
As market requirements grow in complexity, one principle holds: a trustworthy, transparent production process remains the best guarantee. No matter where the landscape shifts—new regulations, alternative applications, or unexpected supply hiccups—investment in quality, testing, and communication keeps us on the map and keeps customers coming back.