|
HS Code |
207096 |
| Name | Yohimbine |
| Chemical Formula | C21H26N2O3 |
| Molecular Weight | 354.44 g/mol |
| Drug Class | Alpha-2 adrenergic receptor antagonist |
| Source | Pausinystalia yohimbe (tree bark) |
| Primary Use | Erectile dysfunction treatment |
| Other Uses | Fat loss aid, aphrodisiac |
| Dosage Form | Tablet, capsule, extract |
| Route Of Administration | Oral |
| Half Life | 0.5–2 hours |
| Mechanism Of Action | Blocks presynaptic alpha-2 adrenergic receptors, increasing norepinephrine release |
| Side Effects | Increased heart rate, anxiety, hypertension, headache |
| Availability | Prescription and dietary supplement (varies by country) |
| Contraindications | Pregnancy, heart disease, psychiatric disorders |
| Legal Status | Varies by country |
As an accredited Yohimbine factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | A white, opaque plastic bottle labeled "Yohimbine, 98% purity, 25g" featuring hazard symbols, lot number, and manufacturer details. |
| Shipping | Yohimbine is shipped in compliance with regulations for controlled substances and hazardous chemicals. Packaging includes secure, leak-proof containers, often with secondary containment and appropriate labeling. Shipping requires documentation for regulatory compliance, including Material Safety Data Sheets (MSDS). Temperature and humidity controls may be implemented to preserve compound integrity during transit. |
| Storage | Yohimbine should be stored in a tightly sealed container, protected from light and moisture. Keep it in a cool, dry place at room temperature, away from heat, ignition sources, and incompatible substances such as strong oxidizers. Ensure the storage area is well-ventilated and clearly labeled. Access should be restricted to authorized personnel to maintain safety and prevent accidental exposure. |
|
Purity 98%: Yohimbine purity 98% is used in pharmaceutical formulations, where it ensures consistent bioavailability and efficacy. Melting Point 231°C: Yohimbine melting point 231°C is used in high-temperature drug synthesis, where it provides thermal stability during processing. Particle Size 20 μm: Yohimbine particle size 20 μm is used in oral tablet production, where it enables uniform compression and dissolution rate. Stability Temperature 40°C: Yohimbine stability temperature 40°C is used in long-term storage applications, where it maintains chemical integrity and potency. Specific Optical Rotation -65°: Yohimbine specific optical rotation -65° is used in enantiomerically pure compound synthesis, where it assures chirality-dependent activity. Molecular Weight 354.46 g/mol: Yohimbine molecular weight 354.46 g/mol is used in pharmacokinetics studies, where it allows for precise dosing calculations and metabolic profiling. Water Solubility 12 mg/L: Yohimbine water solubility 12 mg/L is used in beverage fortification, where it enables controlled release and bioactive delivery. Residual Solvent <0.5%: Yohimbine residual solvent <0.5% is used in GMP-compliant manufacturing, where it guarantees low toxicity and regulatory adherence. Assay HPLC ≥99%: Yohimbine assay HPLC ≥99% is used in quality control laboratories, where it verifies chemical identity and product uniformity. Impurity Content <1%: Yohimbine impurity content <1% is used in injectable formulations, where it minimizes adverse reactions and enhances patient safety. |
Competitive Yohimbine 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.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
We produce Yohimbine with attention born from decades in botanical extraction and fine chemical refinement. Operating our own facilities allows us to trace each lot from sustainably collected yohimbe bark right through to the crystalline powder that leaves our plant. At no point does the process get handed off to random subcontractors or generic processing houses. Control, predictability, and consistent output run deep in our day-to-day operations. We sample every batch of raw bark in-house and reject anything that falls short of our alkaloid concentration or sensory criteria. Most buyers never see the hours spent troubleshooting the quirks of natural raw materials, especially with wild-harvested botanicals. Variability comes with the territory. Our crew knows the bark sourced during peak harvest in Cameroon stands apart from other origins in his and appearance. Our separation steps preserve the characteristic profile we see batch after batch because we never cut corners or blend substandard material just to move inventory.
We make two principal models of Yohimbine for commercial applications: one is certified at not less than 98% Yohimbine HCl content (white to off-white powder), the other is our natural bark extract standardized to 8% total yohimbe alkaloids. Customers relying on the single-alkaloid hydrochloride salt often seek its more predictable pharmacological profile for finished pharmaceuticals, clinical research, or regulatory submission. The root difference between our synthetic salt and our natural extract lies in purity and matrix complexity. Decades of hands-on isolation and analytic verification shaped our protocols. HPLC chromatograms from our QC lab tell us more than a simple purity label ever could because we check for other yohimbe alkaloids, common contaminants, and any persistent botanicals. A customer coming from bulk traders sometimes expects inconsistency, but control shines through: our pure salt carries a lot-to-lot purity deviation usually within ±0.3%. Each drum reflects both our attention and the limits set by qualified instrumentation running daily control samples. The standardized extract, meanwhile, offers a more nuanced approach to yohimbe’s bioactive profile. We control for total alkaloid content, but the other fractions add up to a real-world understanding of how the plant material behaves. These two models do not serve the same end user, and we have learned to counsel customers on the model best aligned with their regulatory exposure, labeling tolerances, and operational needs.
Much of the Yohimbine on the general market changes hands through silent brokers and resellers. As the manufacturer, we see the sharp edges of this supply chain: drums might sit in non-climate-controlled warehouses across half a continent before delivery, paperwork may follow weeks later, and chain-of-custody evaporates. Our plant ships direct from climate-controlled storage, complete with full traceability and reference samples kept on site for years after a sale. Pharmaceutical buyers need more than a simple COA—they want assurance beyond lab sheets run under idealized conditions. Every day we handle questions about the chain of extraction, solvent residues, adulterants, and consistency in yield. Clients from the nutraceutical sector ask about plant identification protocols, methods for DNA authentication, logistics for rapid lead times, and support for unusual dosage forms. Our scale equips us to answer these. Our managers spend time at the receiving dock, not just behind spreadsheets, so incoming bark never becomes a mystery. Every bag is spot-checked and batch-sequenced under CCTV archiving—a granular approach that relieves our clients from surprises and provides the root certainty lost in a purely transactional market.
Producing Yohimbine to a pharmaceutical grade involves more than hitting a percentage on a label. The purity must be paired with tested identity. We authenticate incoming yohimbe bark with macro- and micro-morphological checks before moving to TLC and HPLC fingerprint comparison against our reference standards. The isolated salt undergoes further confirmation by infrared spectroscopy and melting point verification, which eliminates confusion with lookalike or synthetic adulterants sometimes introduced in global supply streams. Our identity pipeline stops intentional substitution cold. The traceability we maintain between harvest, processing, extraction, and final warehousing closes the gaps through which so many supply risks arise. The process includes sequential batch numbering cross-referenced with in-process QC charts. Few things matter more than knowing which patch of forest each shipment came from—a detail that comes alive during regulatory audits or customer quality investigations. We do not rely on outside agents or speculative origin stories; our pipeline from ground to drum takes nothing for granted. This is not window-dressing for brochures. Contamination, identity switches, and off-spec bark have cost the industry dearly in credibility, and those scars teach vigilance. Our platform withstands those pressures because quality teams with field-level experience carry real responsibility from the ground up.
Some buyers ask what draws one source of Yohimbine apart from another. In our experience, working as a manufacturer eliminates so much uncertainty seen in generic product flows. Where bulk generic traders struggle with unreliable supply and poorly defined product histories, we provide continuity: the same team that specifies procurement also directs extraction, standardization, and QA signoff. This makes detailed customer support more straightforward because front-line staff can address questions with facts grounded in daily hands-on experience. We have moved shipments on four continents and know the challenge posed by customs, local documentation, and regulatory variations. Our regulatory affairs lead works alongside the lab and shipping departments—not as an afterthought. So compliance becomes embedded in production and documentation, not a hurdle to be handled at shipping. Profit-driven handoff chains contrast sharply with the control achieved under our roof, reinforced by unified record-keeping and ongoing team training. If a client receives a drum with less than the stated fraction of Yohimbine HCl, or sees inconsistent solubility, we can check a reference sample and pinpoint the batch’s history down to drying and milling conditions. Our laboratory maintains access to every process data point, ensuring that any error can be backtracked and corrected at its origin, not just smoothed over with apologies or replaced product. This is probably why pharmaceutical clients, both in finished dose and compounding operations, make repeat purchases: every order builds confidence that their own risk has dropped dramatically.
Practitioners and formulators see Yohimbine as a unique agent for several regulated and unregulated markets. From our factory, we see end uses ranging from pharmaceutical grade actives in male sexual dysfunction therapies to ingredients in nutraceutical blends targeting weight management or cognitive edge. Each market segment operates within different regulatory and formulation realities. For instance, pharmaceutical developers require certainty about both synthesis residues and absence of undesired yohimbe alkaloids, as these can introduce unpredictable pharmacological effects. Nutraceutical clients, often faced with variable consumer tolerance, prioritize plant authenticity, low solvent residues, and clear source documentation over absolute purity. By covering both the pure hydrochloride salt and standardized extract, we address this spectrum with tailored documentation and technical transparency. Our notification team helps clients select documentation pathways appropriate for US, EU, and Asian regulatory frameworks, highlighting our flexibility. As practitioners gain more direct consumer feedback, concerns about adulterants and inaccurate labeling resurface. We work directly with them and their downstream partners to close communication gaps by providing direct assay results, transparency on bark origins, and even third-party verification testing—steps that institutional suppliers may see as optional but which we take as an industry standard.
Years in chemical manufacturing show us the limits of theory-driven process development. Only daily practice exposes the minor pitfalls—seasonal moisture changes in raw bark, batch variations due to age of plant material, and the stubborn persistence of trace solvents after extraction. Our extraction protocols changed over time in response to close-call batches and lessons learned from customer return investigations. We found that double solvent rinses at low temperature yielded higher alkaloid recoveries and lower impurity profiles compared to older, time-intensive single-maceration methods. We have invested in closed-loop solvent recovery, reducing both employee exposure risks and downstream contamination. QA teams calibrate their detection thresholds for solvents, pesticides, and heavy metals to levels demanded by regulated markets, surpassing some baseline requirements typical in lower-tier industrial product streams. Our technical operators run UV-vis and HPLC screens at three points between extraction and packaging, delivering an extra tier of documentation that our export partners rely on to leap regulatory hurdles. These protocols emerge from lived experience—not from borrowed SOPs or abstracted “innovation” claims typically marked by traders.
Yohimbine, derived from yohimbe bark, faces growing scrutiny due to reports of adulteration and inconsistent labeling worldwide. As manufacturers, we bear the risk directly: a single contamination incident runs the risk of triggering whole-batch recalls, with permanent reputational cost. Observing the regulatory sweep in North America and the EU, we act ahead of minimum demands. In the last five audit cycles, bark received earliest in harvest season showed a slightly higher microbial count. While not yet actionable by enforcement agencies, we took it as advance warning and upgraded both drying and packaging controls, reducing excursions to negligible levels. These lessons illustrate a basic point: relying solely on published requirements increases both real and reputational risk. By handling calendared routine inspections and opening factory doors to third-party auditors, we gain practical oversight instead of simply passing regulatory checks. Industry partners who depend on these shipments benefit most from this approach as their own auditors rarely need to escalate routine issues. This continuous improvement mindset ensures both product confidence and lower legal exposure across the supply stream.
Yohimbine presents unique challenges in comparison to other botanical extracts like ginkgo leaf, ginseng, or tribulus. While most multi-constituent plant powders can tolerate a few percentage points of active variation, Yohimbine end-users—especially formulators working with prescription medications—require greater predictability. The narrow therapeutic margin of the pure alkaloid makes trace-level control more urgent. Other botanicals might tolerate blending from multiple sources to standardize overall actives, but we found this strategy creates too much risk for Yohimbine even in the standardized extract. As a result, we run single-origin batches whenever possible, storing traceable source data alongside stability and organoleptic profiles. Our lab often fields questions about ongoing supply chain interruptions caused by overharvesting and seasonal regulatory changes in collection countries. We offset this with long-term sourcing contracts and local partnerships, building more direct accountability and knowledge of ground conditions. Unlike more commodity-driven botanicals handled by bulk traders, our Yohimbine customers include regulated pharmaceutical developers and global brand owners, which places heightened demands on our quality and documentation. The contrast between these higher-dependency channels and lower-stakes commodity extract traders becomes clear to anyone working directly in manufacturing and order fulfillment.
Recent years brought increased attention to the safety and mislabeling risks associated with botanical alkaloids, not least Yohimbine. We keep close tabs on regulatory advisories and scientific developments by attending international pharmacopoeia meetings and working with industry groups. Our staff chemists participate in roundtable evaluations to ensure our testing panels meet evolving standards. New methods in DNA barcoding and batch quantitation have heightened scrutiny in the extract space; we run validation studies before new techniques enter our mainline labs. Where agencies demand a higher threshold for solvent residues or heavy metals, we move quickly to tighten in-process controls, confident that our integrated production line allows rapid adaptation. Ongoing communication between QA and production staff highlights that trace levels in the end product often depend on a dozen minor adjustments upstream—from timing of initial grinding to container sealing and warehouse climate. This holistic oversight, visible at every level of our factory, distinguishes genuine manufacturer confidence from detached distributor claims. Our regulatory support team works in sync with industry watchdogs, keeping our end users informed of any shift in recommended daily limits, country-specific requirements, or new classification changes. The era of “out of sight, out of mind” supply methods is coming to an end, and proactive manufacturers thrive by learning from every inspection and customer audit.
Our experience as a Yohimbine manufacturer has taught us that consistent quality, supply accountability, and technical documentation do not emerge from improvisation or brokerage alone. Instead, these strengths emerge from granular control, factory-level transparency, and a willingness to respond quickly to process change. We remain open to direct collaboration with our clients—at times inviting formulators, QA leads, and procurement managers to visit our production floor. Our technical and regulatory support lines run parallel to production, ensuring rapid response to questions around testing, documentation, or compliance. Each new project or challenge brings a new opportunity to demonstrate the value of manufacturer-driven supply: living knowledge, hands-on stewardship, and an open-book approach to both risk and opportunity. As trusted partners in the regulated chemical landscape, we measure our success by the long-term continuity, technical support, and product reliability that only direct manufacturing experience delivers. By remaining focused on direct oversight from harvest through dispatch—and by upholding levels of quality and support above industry baseline—we continue building relationships based on certainty, trust, and real risk reduction for every customer.