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HS Code |
497659 |
| Product Name | Datura Flower |
| Scientific Name | Datura |
| Common Names | Jimsonweed, Devil's Trumpet, Thorn Apple |
| Plant Family | Solanaceae |
| Flower Color | White, purple, yellow, or pink |
| Origin | Native to North and South America |
| Toxicity | Highly toxic if ingested |
| Traditional Uses | Used in traditional medicine and spiritual rituals |
| Growth Habit | Annual or perennial herbaceous plant |
| Fragrance | Pleasant, sweet scent |
| Flower Shape | Trumpet-shaped |
| Typical Height | 2 to 5 feet |
| Blooming Season | Summer to early fall |
| Sun Requirements | Full sun |
| Water Requirements | Moderate |
As an accredited Datura Flower factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Matte black pouch, gold floral design, labeled “Datura Flower – 50g.” Sealed for freshness; cautionary text highlights toxic properties. |
| Shipping | Datura Flower is classified as a toxic botanical material. Shipping requires secure, labeled containers to prevent accidental contact and inhalation. Transport must comply with local and international regulations for hazardous botanical substances, including appropriate documentation and restricted access. Handle only with protective gear. Not for food or drug use. |
| Storage | Datura Flower should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. The container must be tightly sealed, clearly labeled, and kept out of reach of children and unauthorized personnel. Proper protective equipment should be worn when handling, as Datura is toxic. Avoid storing near food, beverages, or incompatible chemicals. |
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Purity 98%: Datura Flower with purity 98% is used in pharmaceutical extraction processes, where it ensures optimal alkaloid yield and purity. Molecular Weight 309.37 g/mol: Datura Flower with molecular weight 309.37 g/mol is used in analytical chemistry studies, where it provides consistent compound profiling. Moisture Content <5%: Datura Flower with moisture content less than 5% is used in botanical specimen preservation, where it prevents microbial growth and decay. Particle Size 100 mesh: Datura Flower in 100 mesh particle size is used in herbal encapsulation, where it enables uniform blending and dissolution kinetics. Stability Temperature 25°C: Datura Flower with stability temperature at 25°C is used in cold-chain logistics, where it maintains alkaloid integrity during transit. Alkaloid Content 0.4%: Datura Flower with alkaloid content 0.4% is used in toxicology research, where it allows for precise dose-response analysis. Melting Point 147°C: Datura Flower with melting point 147°C is used in thermal decomposition studies, where it offers defined phase transition monitoring. Ash Content <3%: Datura Flower with ash content below 3% is used in food safety assessments, where it reduces inorganic contaminant risk. pH Value 6.8: Datura Flower with pH value 6.8 is used in topical formulation development, where it aids in compatibility with skin applications. Solubility in Ethanol 95%: Datura Flower with 95% ethanol solubility is used in tincture production, where it achieves high extraction efficiency. |
Competitive Datura Flower prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
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Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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Producing Datura Flower extract is not a matter of running a recipe from a book or following market demand blindly. For decades, our work has revolved around getting the purest, most consistent Datura Flower material to support high-precision requirements. We use carefully selected fresh blossoms, harvested at peak maturity. From experience, the processes that start with healthy, pesticide-free plants lead to cleaner extracts and fewer downstream complications—less troubleshooting, more uptime, fewer complaints.
Datura Flower, also known as Angel’s Trumpet, has a reputation among plant-based extractors for its potent alkaloid profile. The two primary active components, atropine and scopolamine, are deeply valued in research and controlled pharmaceutical applications. Our flagship model, DF-100, comes from a twice-filtered extraction process that we’ve refined over the years to maintain both purity and potency while keeping typical residual solvents below industry benchmarks.
Customer demands for Datura Flower rarely stay static. A handful of pharmaceutical labs want the flower ground to an exact mesh size for consistent extraction, while botanical researchers request a broader cut to preserve more of the raw plant matrix. Through hundreds of test batches, we settled on offering two main specifications: DF-100 Standard (fine powder, 100 mesh) and DF-100C (coarse cut, 40 mesh). This dual offering covers the spectrum from analytical applications to bulk extraction systems. Keeping specifications transparent keeps our team focused, helps clients predict process outcomes, and lets us catch process drift before it causes downstream problems.
Our plant material’s alkaloid content is validated in-house using HPLC and thin-layer chromatography. Each production run produces its own minor fluctuations—a part of natural processing that lab-controlled production can never entirely eliminate. By holding our material to lot-by-lot retention samples, and offering full batch traceability, we reduce both client risk and back-and-forth between lab and supplier when it comes to critical-lot verification.
Manufacturing isn’t about writing perfect spec sheets—it’s about outcomes in the real world. If a research laboratory’s solvent extraction process gets gummed up by surplus waxes or non-target compounds, results skew and timelines stretch. We go out to growers ourselves to check for proper crop rotation, ensuring the land isn’t depleted and plant health is maintained. Mold or pesticide residues not only threaten extract purity but risk halting entire batches in regulated environments. Years of experience remind us that consistently clean product starts with the field and continues through how quickly blossoms reach our controlled processing rooms.
Handling also affects alkaloid retention. Datura is a notoriously delicate flower, with active ingredients sensitive to heat, sunlight, and improper drying. Slow air-drying in shaded, ventilated rooms reduces the breakdown of natural compounds and produces a much more stable material than shortcut mechanical drying. Our warehouse staff stick to old rules they trust: never store near highly aromatic materials and maintain stable humidity around the clock. Investing in small details pays substantial dividends as measured by repeatable alkaloid yields batch after batch.
Datura Flower goes far beyond folklore and botanical rarities. In pharmaceutical research, it supports neurologic studies where known concentrations of scopolamine or atropine are needed for controlled dosing. Within the scope of manufacturing, we’ve had to adapt to regulatory frameworks that don’t forgive errors in botanical identity or concentration. That’s why each sale leaves our plant with a full Certificate of Analysis—not for marketing, but for clean compliance audits when buyers’ quality inspectors review documentation.
Many plant-based raw materials serve as flavorings or cosmetics—Datura Flower does not fit those uses. The psychoactive and anticholinergic properties require handling by trained professionals in regulated facilities. Over the years, research requests have grown more nuanced: some want broad-spectrum extracts, others isolated alkaloids, still others simply want dry, bulk powder with complete traceability. The diversity in requirements led us to tighten process controls, improving reliability for those running pilot programs where even minute changes in raw material can distort experimental outcomes.
Comparing Datura Flower extract to more widely used botanicals like chamomile or valerian, safety stands out as the dividing line. Those looking for 'natural' wouldn’t find this product in consumer goods; our manufacturing experience teaches respect for its pharmacological weight. Training plant workers to recognize quality, process material safely, and understand downstream hazards is far more than box-checking—it’s what separates a trusted source from a one-time reseller unfamiliar with the material’s real-world risks.
Years ago, we tried running Datura alongside other extracts on the same processing line, only to see contamination threaten both product lines. Alkaloid-bearing flowers demand dedicated production days and specialized clean-downs. Unlike gentler herbs, handling Datura means taking extra steps: complete separation, specialized equipment, and stricter record-keeping. Unlike common botanicals, any cross-contamination raises real-world safety concerns.
Then there’s the matter of documentation. Many distributors bundle minor botanicals with basic test records and generic botanical identification. That doesn’t cut it for regulated buyers. We back each Datura lot with field origin records, analyst signatures for each test, and documentation from harvest through final lab release. That extra layer of transparency comes from feedback: one missed test, and the whole batch gets rejected. Trust gets built with every test passed, every query answered, every regulator satisfied. This approach stems from years spent building long-term relationships with buyers who need more than a paper trail—they bet their own reputations on ours.
Supplying Datura Flower at scale brings unique challenges not faced with easier crops. Regulatory rules change quickly, sometimes varying between regions or even specific end uses. Our compliance leads track those changes every season and update internal checklists not from manuals, but from actual correspondence with regulatory bodies and customer audits.
A recurring concern is the integrity of the supply chain. Stories crop up yearly of adulterated extracts, dilutions with non-Datura material, or falsely-labeled wild-harvested stock. Years of hands-on plant inspection and direct farmer relationships give us a leg up: we accept only what comes directly from our mapped and certified network. One season, a weather event nearly wiped out a key farm; because we maintain enough buffer stock and diversify growers, we didn’t have to resort to questionable suppliers or risk quality lapses. That sort of proactive planning stems from hard-earned lessons in crop risk and forward procurement.
Another issue: appropriate worker training. Occasional incidents in the industry remind us why all harvesters and plant handlers undergo annual safety and quality workshops. Inexperienced hands increase the odds of contamination or exposure to the toxic effects of the raw flower. Keeping staff safe, keeping product clean—these aren’t ideals, they’re daily realities for a manufacturer building toward decades, not months.
End users are often researchers in pharmaceutical or academic settings. They hold us to standards that change rapidly as new extraction methods or regulations emerge. Frequent dialogue with these clients sharpens our process: requests for high-alkaloid concentrations drive us to adjust our processing protocols, while demands for low-residual solvents led us to upgrade extraction equipment. Sometimes, a single customer’s comment will kick off an internal review and leave us with a tighter, more controlled manufacturing stage that benefits all downstream buyers.
Years ago, a research team flagged an issue—trace heavy metal content sat just within regulatory allowance, but too close for comfort. Instead of risking repeat issues, we overhauled our soil-testing protocols, worked with farmers on remediation, and put in several new quality checkpoints. That adjustment paid off with cleaner tests, higher client trust, and smoother acceptance cycles, showing how open feedback—when acted on—translates to higher standard products and fewer disputes.
Datura Flower isn’t machinery or packaging: it is living material subject to every variable of weather, soil, and handling. Our site teams spend much of the season working face to face with plant cultivators, reviewing crop health, and running field tests before the picking cycle even starts. Anyone reading test results in the office knows those numbers come from fieldwork that’s manual and detail-driven. Every time a crate arrives at our plant, local staff check for moisture, color, and any off-odors—details that never come through in paperwork, but indicate everything about how the batch will process.
Investing in field presence, not just in-house QC, speeds up responsiveness to problems and cements trust with growers. We rotate staff through each phase of production so everyone understands why certain steps matter. One season’s missed quality check can undo months of good practice, and everyone on our floor knows it.
As a manufacturer, responsibility doesn’t stop at shipping a compliant batch. Each year brings new attention to botanicals with psychoactive constituents, calling for faster traceability, transparent lab practices, and accurate information about product contents. Our regulatory compliance isn’t about ticking boxes—it’s about standing ready when health authorities or clients ask for proof. Full process documentation, ready recall protocols, and year-on-year spot audits are integral to how we operate.
Shifts towards sustainable production also carry weight. More research buyers care about the source and impact of the material. That’s influenced how we structure supplier contracts: more requirements for soil health, limits on repeat planting, and expanded third-party verification. Building environmental stewardship into our supply chain pays off through stronger client relationships and less regulatory friction. It proves that following sustainable practices goes beyond marketing—it shields everyone in the chain from future risk.
On the surface, Datura Flower might look like one of many dried botanicals, but from the inside, making a trusted product takes persistent attention to field conditions, manufacturing controls, and the granularity of real-world safety. The lessons etched into our workflow come from both the challenges and rewards of working daily with a potent, complex botanical that demands far more than basic processing.
The combined knowledge of our teams, from the field to the lab, shapes a product that supports critical pharmaceutical and research demands. We do not cut corners on source validation, lab testing, or safety training. Every piece of documentation submitted to buyers reflects hours of hands-on monitoring and cross-disciplinary collaboration. Genuine reliability stems not from aspiration but from the repeated, season-by-season effort to reduce risk, build in transparency, and respond to fast-paced regulatory changes.
This practical, experience-led approach allows us to provide researchers and pharmaceutical developers with a Datura Flower extract they can trust for purity, traceability, and safety. Over the decades, strong relationships with both growers and customers have shaped a supply chain that adapts to new science, supports innovation, and protects end users against avoidable harm.
Markets for plant-derived alkaloids see shifts from year to year. New research calls for novel extraction types, and regulators raise new flags about documentation and safety. Our best preparation has always been the same: build on a strong foundation, stay close to our suppliers and clients, and keep every process under regular review. In our line of work, it has never paid to stand still or ignore changing needs.
Datura Flower will keep demanding sharp attention, hands-on expertise, and unwavering commitment to safety. Working with such a distinctive botanical tests every part of our system, but it also forges a culture of diligence, responsiveness, and steady improvement. From early-morning field walks to late-night QC reviews, every batch that leaves our plant demonstrates our continuous effort to honor both the complexity of the plant and the trust our clients place in us.