|
HS Code |
576809 |
| Name | Palmatine |
| Chemical Formula | C21H22NO4+ |
| Molar Mass | 352.41 g/mol |
| Cas Number | 3486-67-7 |
| Iupac Name | 2,3,9,10-Tetramethoxy-5,6-dihydroisoquinolino[2,1-b]isoquinolin-7-ium |
| Appearance | Yellow crystalline powder |
| Melting Point | 195-198°C |
| Solubility In Water | Slightly soluble |
| Origin | Plant alkaloid (often isolated from species like Phellodendron and Coptis) |
| Uses | Traditional medicine, research on antimicrobial and anti-inflammatory effects |
As an accredited Palmatine factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Palmatine, 10g, supplied in a sealed amber glass vial with tamper-evident cap, labeled for research use only and safe handling. |
| Shipping | Palmatine is shipped in compliance with relevant chemical safety regulations. It is securely packaged in sealed containers to prevent leaks and contamination. The package includes appropriate hazard labels and documentation. Temperature and light-sensitive handling may be required, and international shipping adheres to IATA and IMDG standards for safe transport of laboratory chemicals. |
| Storage | Palmatine should be stored in a tightly sealed container, protected from light and moisture. Keep it in a cool, dry, and well-ventilated area, ideally at room temperature between 15-25°C (59-77°F). Ensure it is kept away from incompatible materials such as strong oxidizing agents. Proper labeling and secure storage are important to avoid accidental exposure or contamination. |
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Purity 98%: Palmatine with 98% purity is used in pharmaceutical formulations, where it ensures consistent bioactivity and efficacy. Molecular Weight 352.36 g/mol: Palmatine of molecular weight 352.36 g/mol is used in analytical research, where it provides reliable standardization for quantitative assays. Melting Point 208°C: Palmatine with a melting point of 208°C is used in thermal stability tests, where it allows precise assessment of formulation degradation points. Solubility in Ethanol 10 mg/mL: Palmatine with solubility of 10 mg/mL in ethanol is used in tincture preparations, where it enables homogeneous dispersion and predictable therapeutic outcomes. Particle Size <20 μm: Palmatine with particle size less than 20 μm is used in topical delivery systems, where it enhances dermal absorption and controlled release. Stability at pH 7.4: Palmatine stable at pH 7.4 is used in buffer solutions for cell culture experiments, where it maintains chemical integrity and functional reliability. UV Absorbance 345 nm: Palmatine with UV absorbance at 345 nm is used in spectrophotometric analysis, where it allows precise quantification and monitoring in complex mixtures. Stability Temperature up to 60°C: Palmatine stable up to 60°C is used in storage and transport conditions, where it ensures minimal degradation and extended shelf-life. |
Competitive Palmatine prices that fit your budget—flexible terms and customized quotes for every order.
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Palmatine isn’t a product that often grabs headlines, but in our manufacturing line, it brings a steady sense of trust. Through years spent refining extraction, we have gotten familiar with every step in its journey from raw botanical to finished powder. This familiarity makes all the difference—quality doesn’t spring from a press release; it comes from watching dozens, then hundreds, of production runs, learning which details affect purity and how minor variations in source material can shift finished product texture and color.
Palmatine creates a unique set of challenges in production. The source plants, most reliably the roots and stems of Coptis chinensis and Phellodendron, turn out extracts that can differ widely depending upon climate and harvest timing. We learned to run standardized fingerprinting protocols during incoming inspection, verifying that each batch starts with the right balance of alkaloids before deeper processing even kicks in. Our technical staff have sat down with plenty of questionable material and rejected it outright, which leads to somewhat higher costs. But we know from direct experience that careful sourcing pays off once the customer runs their own entrance analysis.
Out on the production floor, Palmatine enters as dried plant material, and leaves as a fine, bright yellow powder. Our standard model achieves a minimum 98% purity as verified by HPLC, which we confirm batch-by-batch. Moisture content never rises above 2.0%. Residual solvent checks and heavy metal testing rely on validated, in-house methods — it is not enough to meet the incoming country’s regulatory requirement; the final customer must look at a batch-specific COA and see numbers that reassure.
Physical characteristics matter. Granularity is always consistent, keeping median particle size within a tight range. This helps during final formulation down the line, whether our clients compress Palmatine into tablets, fill capsules, or use it to blend into extracts or topical preparations. Color uniformity means less risk of visual rejection. Packing lines are kept clean with dedicated equipment to avoid even trace contamination from other alkaloids; the strictest buyers have audited our workflow, and those audits keep us accountable month after month.
Our Palmatine goes out in bulk to pharmaceutical and supplement makers who value not just the molecule, but its consistency between years and even between seasons. The customers we've helped most are those who depend on uninterrupted supply. We have shipped to several long-term health supplement makers using Palmatine as a marker compound or an active. They rely on lot-to-lot consistency in their laboratory controls, and over time we've gotten plenty of feedback about what causes problems during their manufacturing scale-up.
This alkaloid brings more than color to a batch—it serves as an important ingredient in a range of traditional herbal formulas, but also in modern formulations thanks to long published histories on its role as an isoquinoline alkaloid. We have seen it used as a benchmark in botanical fingerprinting for complex blends. A smaller group formulates topical antiseptic agents and oral care products. Because Palmatine shows robust thermal stability, clients have integrated it into formulations where exposure to heat elimination is part of the process. Repeat orders most often come from teams who have factored in both its chemical performance and our ability to provide clear documentation and tailored technical support.
Traceability matters a great deal. Sourcing plant material directly allows us to give full transparency regarding growing region, harvest month, and post-harvest handling. Clients, especially those marketing to the EU, ask probing questions about pesticide use, and our agronomic partners keep certifications on-hand. Each incoming lot is tagged and tracked in a centralized database, so deviations in test results can be traced to a farm or even to a specific harvest date. We publish full trace records with every batch release, giving downstream QC teams everything they need for their own regulatory filings.
Palmatine extraction is not a simple pour-and-stir operation. High purity methods build on multiple filtration and precipitation cycles, but the main challenge arises from the coexistence of closely related alkaloids in the source material. Each has slightly different solubility and affinity for certain solvents. Our process avoids aggressive solvents that can damage structure or create residues, sticking to food- and pharma-grade materials. After initial extraction, we conduct fractional precipitation to limit the presence of berberine and jatrorrhizine, which would compromise HPLC purity.
In the past, clients flagged issues with off-color or excessive moisture in other suppliers’ batches. In-house, our response was to install additional air-circulation controls in the final drying stage and automate in-line NIR monitoring to catch deviations before discharge. These tweaks, though modest, improved output quality and lowered customer complaints—a concrete result from listening to the chemists and QA folks at the receiving end.
Palmatine stands apart from berberine not just by its unique structure but by its distinct UV absorption pattern and pharmacological profile. Many off-the-shelf supplements tout both alkaloids as interchangeable, but in laboratory testing, their separation and purity matter. In our lab we’ve handled raw materials from suppliers across several countries. High-grade Palmatine holds a vivid, golden color and resists browning when stored correctly. Its solubility in aqueous versus organic phases stays high, so you see cleaner transfer during formulation.
Clients have pointed out that poor separation often leads to ‘dirty’ preparations with a high proportion of related alkaloids. We have tailored our extraction and crystallization specifically to minimize these, because in our experience, the difference shows up sharply in final product QC. Pharmaceutical firms, in particular, highlight that Palmatine’s sharper identity allows for easier method validation in finished dosage forms. For researchers running cellular assays, consistent purity and absence of background contaminants saves days of troubleshooting unnecessary variables.
Stringent documentation isn’t an optional task in our production cycle. Our team tracks every batch through electronic records, updating analytical results and monitoring for deviations that could signal process drift. Recent years saw changes in import tolerance for heavy metals and PAHs, especially for the North American and European markets. We routinely submit our Palmatine products for third-party verification—not just because regulators ask, but because clients expect to see these documents before approving a shipment.
Past audits have taught us to present analytical results clearly. We learned this the hard way from an incident where a batch was delayed at customs due to unclear documentation. Now, every shipment includes a complete analytical panel with impurity profiling and updated safety assessments. More recently, debates about plant-based alkaloids and their regulatory classification have prompted some partners to request extended stability data and in-house tox studies. Our technical staff continues to stay on top of these developments, updating process controls when new information warrants it.
Our job doesn’t end when a drum ships out. Over time, we receive detailed usage feedback from formulation chemists and product development teams worldwide. One customer shared that minor lot-to-lot color shifts required them to change their labeling—an outcome that pushed us to tighten optical monitoring at packaging. Another shared that their granulation process needed a very specific particle distribution, which inspired us to invest in finer screens during final milling. These direct lines of communication ensure we improve the experience for current and future clients.
Palmatine’s bright hue and reliable solubility create value for companies targeting both the supplement and the pharmaceutical space. In our history, the most demanding clients come from regulated pharma, where full batch records, method validation, and impurity data aren’t afterthoughts. The supplement sector, on the other hand, looks for more flexibility in batch size and shorter lead times for newer product launches. Having spent years fine-tuning logistics, we have built staged inventory and agile production planning to respond to these requests in both sectors.
Manufacturing Palmatine at scale comes with risk. Weather in source regions can disrupt harvest plans, and political changes sometimes create friction in exporting botanicals. We maintain secondary sourcing arrangements so if one region supplies slow or inconsistent material, production can switch over with minimal downtime. In practice, we keep a rolling inventory of raw inputs, and store processed intermediates in GMP-compliant warehouses with real-time monitoring. This buffer is key to smoothing out yearly spikes and dips, letting us keep delivery promises even during local setbacks.
Compare this process to a simple trading setup, where shipments depend entirely on what lands in port or what appears on the spot market. Having long-term relationships with growers and our own extraction infrastructure lets us avoid these uncertainties. Commitment to a consistent, repeatable order flow distinguishes the manufacturing model. Our team’s efforts don’t just revolve around extraction—they extend through cleaning, monitoring, packing, and post-shipment support.
Our QC lab trains regularly to stay in line with global standards for herbal alkaloid analyses. We cross-verify our in-house results with reference labs, both to check our procedures and to reassure clients who demand scientific transparency. Some years back, a batch flagged with an unusual impurity profile led our chemists into a week-long review of extraction steps—discovering that a subtle change in solvent supplier was the cause. This kind of hands-on investigation is possible only with a full manufacturing setup: traders and distributors rarely have access to the level of detail needed to identify and correct root causes.
Quality isn’t only about analytical numbers. Storage and logistics play big roles in preserving Palmatine integrity. Long freight times or improper packaging can degrade color and consistency. We use high-barrier, food-grade liners and break up large shipments with desiccant packs to keep conditions stable. If a client experiences quality drift, we consult directly and make adjustments based on collected feedback. This ongoing dialog ensures end-users experience the results of good manufacturing practices at every stage.
Regular customers ask for advice on integrating Palmatine with a range of excipients or actives, especially in complex blends. Over time, we have collected enough application data to know which combinations highlight any solubility or stability challenges. Our technical team shares guidance backed by real-world results, not just theoretical compatibility charts. For instance, certain microcrystalline cellulose grades work better when the blend ratio is fine-tuned to match our Palmatine’s specific particle size distribution. These finer points come only from deep, multi-year involvement in practical applications.
We pay attention to evolving regulatory approaches, especially where new interpretations affect how botanical ingredients are registered or labeled. This focus helps clients anticipate compliance hurdles and avoid interruptions due to label or document issues. Several times, our staff have supported clients through regulatory inspections, supplying full trace data and quality documentation on short notice—an outcome only possible because we own and operate each stage of manufacturing.
Concerns about environmental stewardship have grown steadily in the sourcing of raw botanicals. By working with traceable farmers and encouraging better land management, we help reduce pressure on wild populations of source plants. Several years ago, we chose to support cultivation programs for some sensitive botanicals. That decision means Palmatine today arrives from cultivated, managed plots, not just from wild-harvested stands. This shift has stabilized yield, improved lot consistency, and earned positive feedback from clients in countries with strong wildlife import laws.
Market demand continues to evolve. In the supplement industry, brands look for narrative: customers want assurance about ingredient sourcing and commitments to sustainability. Our manufacturing track record provides a foundation on which buyers build their brands. Long-term relationships with customers and suppliers allow us to adapt to new supply chain realities, community pressures, and regulatory changes, so we remain a steady partner as the world shifts.
Over the last decade, expectations for chemical manufacturers have shifted dramatically. Buyers no longer settle for vague promises; they want a direct view into how products are made, stored, and delivered. Our open-door policy with visiting clients—even those who insist on periodic, unannounced plant visits—builds a sense of mutual trust. We encourage regular audits, share analytical data, and cooperate with client-side QC teams who need to perform cross-testing on incoming shipments. This partnership approach has helped resolve issues before they escalate and contributes to better long-term outcomes on both sides of the transaction.
Building Palmatine into your product line is more than a supply transaction. It involves collaboration, transparent communication, and a shared goal of delivering reliable, high-quality ingredients to the market. Our team’s manufacturing experience supports this partnership, offering flexible batch sizes, responsive problem-solving, and a clear understanding of the regulatory and technical realities all our customers face. The market for herbal alkaloids will keep shifting and regulations may tighten, but our approach centers on adaptability, honesty, and consistently high standards.
Palmatine is the result of careful effort at every stage: from field to finished powder, from extraction to controlled drying, from QA approval to final shipment. Real value is built not with marketing slogans, but with continuous improvement, open dialogue, and responsiveness to feedback from users who stake their own reputation on the substances we provide. This is how manufacturing adds value—and why customers who care about end quality trust an experienced producer.