|
HS Code |
210414 |
| Name | Amygdalin |
| Chemical Formula | C20H27NO11 |
| Molar Mass | 457.43 g/mol |
| Appearance | White crystalline powder |
| Solubility In Water | Slightly soluble |
| Melting Point | 214°C |
| Source | Seeds of fruits such as apricots, almonds, and peaches |
| Cas Number | 29883-15-6 |
| Iupac Name | D-mandelonitrile β-D-gentiobioside |
| Taste | Bitter |
| Category | Cyanogenic glycoside |
| Uses | Marketed as a supplement and alternative medicine |
| Toxicity | Can release cyanide when metabolized |
| Storage Conditions | Store in a cool, dry place |
| Stability | Stable under recommended storage conditions |
As an accredited Amygdalin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Amygdalin, 25g: Supplied in an amber glass bottle with tamper-evident seal, labeled with product details, hazard warnings, and storage instructions. |
| Shipping | Amygdalin is shipped in tightly sealed containers to prevent moisture and contamination. It is typically packaged in amber glass or plastic bottles, cushioned to avoid breakage. The container is clearly labeled with hazard and handling information, and the shipment complies with relevant chemical transport regulations. Store in a cool, dry place upon arrival. |
| Storage | Amygdalin should be stored in a tightly sealed container, protected from light, moisture, and air. Keep it in a cool, dry place, ideally at 2–8°C (refrigerator temperature). Ensure the storage area is well-ventilated and avoid exposure to strong oxidizers or acids. Clearly label the container and restrict access to authorized personnel to ensure safety. |
Competitive Amygdalin prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615365186327
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Amygdalin comes from many years of careful study of nature and chemistry. It appears as a crystalline powder, sometimes called vitamin B17 in common language—even though it is not, by strict scientific classification, a vitamin. Most often found in apricot kernels and bitter almonds, this cyanogenic glycoside has played a role in botanical research and laboratory work for generations.
Our team produces amygdalin in a form trusted by researchers, product developers, and laboratories who need consistent quality. The product name on our line is Amygdalin 98%, reflecting a high-purity solid optimized for analytical and processing applications. The highest demand comes from companies and research groups focusing on plant biology, enzymatic assays, and bioactive compound research.
Amygdalin powder is distinguishable from low-purity or food-grade alternatives, which buyers may sometimes see on the market. A laboratory-grade batch, such as ours, maintains rigorous control on trace contaminants and delivers that hallmark pale-white appearance. Users notice how easily our material dissolves in warm ethanol and water after gentle stirring.
Manufacturers who source raw apricot kernels or apple seeds will encounter vast variability in amygdalin content. Without standardized extraction, yields and composition can shift from one harvest batch to the next. We start every run by using defined botanical sources and established separation technology, verifying each step with USP, EP, and in-house methodologies. Purity tests by HPLC anchor every certificate of analysis, supported by infrared and NMR confirmation for select lots.
Residue on ignition, loss on drying, and related impurities are not incidental details; they influence not only the shelf stability but also lab reproducibility, particularly in sensitive analytical techniques. A reliable, crystalline amygdalin sample from our facility will have a moisture content below 1.0% and clearly quantified cyanide content, providing a transparent foundation for laboratory work. More variable or unregulated powders offer no such reliability.
We encourage direct sampling and method validation for any client with specific solubility or analytical demands. True purity and freshness are best confirmed through side-by-side comparison—our regular clients often share their positive results when running parallel extractions with samples from local brokers or insufficiently documented suppliers. The outcome makes a difference in raw data quality, especially as most end uses require accurate quantitation at the milligram level.
Over the years, Amygdalin 98% has found its place in sections of research where plant biochemistry and molecular interaction matter most. Many of our long-term clients are academic teams dissecting how plants synthesize or degrade glycosides under different stress conditions. They need a product that reacts with enzymes in a predictable way, forms clear chromatographic peaks, and does not introduce background noise from extraneous botanical oils or plant pigment residues.
Scientific work on amygdalin sometimes relates to debates over its legacy: the compound has appeared in texts on natural products for over a century, with a burst of public interest in the middle of the 20th century. Our company has observed changing research trends and engages in an ongoing conversation with scientists about best practices, risks, and safeguards. Every project starts with a shared understanding: Amygdalin is not sold as a supplement or for direct human consumption, and handling small-glycoside molecules always requires safe technique and a strong familiarity with cyanogenic compounds.
Most end-users of our Amygdalin see it as an instrument of knowledge, not a health product. Studies focusing on plant metabolism and glycoside breakdown have relied on high-purity amygdalin as both a substrate and a reference material. Such research has clarified points about enzyme specificity in both plant and animal systems. Environmental toxicology programs use our standard for building better methods to detect amygdalin leaching or accumulation in seed waste or byproducts. With the confidence of starting from a stable batch, chemists can focus on their assay—knowing that their numbers arise from their process, not inconsistencies in a questionable raw material.
Every production cycle stresses documentation and tracking. We include batch records detailing starting material lot numbers, origin region, operator logs, solvent lots, and all analytical data. That full chain of custody supports regulatory and academic projects alike. The practice grew from customer feedback: for projects subject to journal or regulatory review, traceability can make the difference between acceptance and long delays.
Amygdalin stands apart from other glycosides such as indican, salicin, or arbutin in both its chemical composition and biochemical behavior. Nearly every practitioner working with botanical extracts knows that subtle shifts in sugar structure or aglycone group can lead to major differences in hydrolysis, detection, and reactivity. Amygdalin features a disaccharide attached to a benzaldehyde group via a nitrile function—giving rise to hydrocyanic acid upon certain enzymatic actions. Not all plant glycosides are potentially cyanogenic, which places unique demands on storage and handling.
Unlike more robust molecules, amygdalin’s stability shows marked sensitivity to heat and pH extremes. Crude material or insufficiently dried powder may lose content faster than fully refined, moisture-protected grades. For product developers who have used almond emulsion or apple-seed extracts, this difference becomes clear when repeat analyses show drift or failure in stability trials. Our proprietary drying and packing step preserves analyte stability, allowing researchers to revisit material months later and achieve the same analysis as on day one.
In contrast with pharmaceutical glycoside APIs, which see heavy downstream processing into finished drugs, our amygdalin is specifically tailored for research and process-control roles. Food-grade options seldom reach such scientific purity, and lack of tight process oversight in extraction introduces unwanted plant fats, resin, or variable traces of other seed constituents.
A deep appreciation for the chemistry of amygdalin provides a foundation for responsible handling as well as innovative application. Not all glycosides test cyanogenic properties; indigestible ones usually find their place in fiber research, while amygdalin continues to draw interest for its part in plant defense and metabolic pathways.
Chemicals with the ability to release hydrocyanic acid under certain conditions deserve particular vigilance. Our packing, labeling, and documentation all point to this potential. We supply literature outlining safe laboratory handling, disposal, and common risk points. Staff working with amygdalin receive comprehensive training rooted in practical, real-life scenarios. This approach shields our partners in both academia and industry against the dangers of misapplication and accidental exposure.
Semi-regulated or off-brand sources occasionally make headlines for being careless with these standards. Product recalls and audits highlight the difference that established quality systems can make to chemists working behind the bench. Reliability doesn’t come just from what happens at the synthesis reactor or extraction unit; it comes from a commitment to honesty at every checkpoint.
Misleading claims about amygdalin—often spread by sellers without specialized knowledge—undermine both scientific progress and public safety. Our reputation as a producer of high-grade raw chemicals grew directly from staying current with research and learning from errors made by earlier generations. Every time a novel analytical or purification method emerges in the literature, our R&D department assesses it for real-world benefit rather than theoretical improvement alone. Only those changes supported by verified outcomes find their way to production scale.
Responsible chemical manufacturers never look for shortcuts—no matter the market pressure or popularity spike in demand. In our operation, every incoming request meets a team with decades of combined process knowledge. We explain risks, answer technical questions promptly, and offer insight on how best to store, dissolve, or use amygdalin in each unique laboratory context. If a project stands to benefit from a bespoke lot or alternate packing, custom options become available only after methodological compatibility is clear and risk controls are documented.
Interest in amygdalin rises and falls in cycles, often influenced by evolving health fads, regulatory updates, or newly published peer-reviewed articles. As manufacturers, we have weathered surges of inquiry from groups looking to shortcut established scientific protocols, purchasing based on rumors of unverified health benefits. Each time, our response is grounded in fact and legal compliance.
We have learned by direct experience that slow, steady adherence to science beats any rush to meet market hype. Our technical team answers questions by starting with molecular structure, documented function, and established literature—not fanciful claims. Long-term buyers return because they value this honesty and can trust that next year’s product will look and test like today’s.
Historically, some laboratories tried to extract their own amygdalin in house, often using off-the-shelf solvents, crude centrifuges, or trial-and-error crystallization. Their yield and purity often suffered, creating large gaps in research reproducibility. Our investment in process equipment, solvent purification, and real-time process analytics eliminates these issues for end users. By tracking impurities over multiple runs and batches, our team reduces both downtime and uncertainty.
Changing regulations in different markets have prompted reviews of documentation and labeling practices. We have responded to every audit and inquiry from regulatory agencies directly, providing required purification logs, toxicological data, and product-use disclaimers. Our transparent policy means investigators and product developers alike know exactly what enters their workflow—down to the lot and solvent system used.
Years in the field have taught us many lessons, not only about extracting and refining amygdalin but about what makes a supplier trustworthy. Relationships with clients grow stronger after they’ve experienced transparent communication and seen real evidence of product quality. A product like Amygdalin 98% is only as valuable as the trust earned through consistent deliveries, traceable documentation, and scientific expertise.
Several of our longtime clients arrive with tough technical problems. Some struggle to get batch-to-batch consistency with previous suppliers or face unexplained contamination when preparing controls. We invite their lab teams to review our chain of custody and walk through the purification and quality control steps in plain language. Feedback from these collaborations has shaped our workflows—from drying temperatures to options for nitrogen blanketing or tamper-evident seals.
All companies active in the chemical sector bear responsibility for both product and environmental stewardship. We review each step of our extraction and crystallization for opportunities to improve waste handling, solvent recycling, and process emissions. Cleaner production creates safer workspaces for both our employees and our clients. This attention to detail appears not only in the end material’s profile but in the reduced risk of unwanted side-product formation.
Client trust grows with ongoing support as well. Our technical staff provides guidance well beyond initial purchase. They walk clients through custom dilutions and storage issues, troubleshoot unexpected analytical outliers, or devise new control setups for process validation. These practical measures build a community of informed users who in turn share insight for further improvement.
New product developers and researchers often face the challenge of finding a reliable amygdalin source. The consequences of inconsistent purity range from wasted time to unreliable publications. By prioritizing clear labeling, responsive sample provision, and test-data transparency, our team closes the information gap that often frustrates new buyers. Regular proficiency testing and feedback cycles allow us to catch any rare process drift before the client discovers an issue.
We remain open to working with end-users to validate amygdalin in complicated matrices—whether a pharmaceutical, botanical, or environmental application. Our in-house staff can reference hundreds of archived batch profiles, giving valuable context for troubleshooting or developing new applications. Every technical support request receives answers grounded in hands-on work, not generic language from a datasheet.
Lab managers often mention that our documentation eliminates hours dealing with internal quality audits or compliance reviews. Every step, from seed intake to recrystallization and final screening, produces records that follow the lot to the customer’s door. This degree of openness comes not from obligation alone but from a recognition that real knowledge empowers safer and more innovative research.
Not every researcher has the benefit of sophisticated facilities. For smaller laboratories or educational institutions, the assurance of receiving an authenticated, stable, and well-documented product can make or break a semester-long project. We designed our sample sizes and shelf-ready packs to suit labs of all scales, so barriers to entry for important investigations shrink rather than grow.
Looking ahead, the landscape for botanical glycosides and related natural products promises both challenges and opportunity. Ongoing regulatory scrutiny keeps both suppliers and buyers vigilant about handling, verification, and transparency. We anticipate growing use of real-time analytics and automated purification to further narrow batch-to-batch variation, and have invested in scalable technology that allows for both flexibility and precision.
Collaboration remains central to growth—even in an increasingly competitive field. Advances in molecular detection and high-throughput analysis call for raw materials of tighter and better-characterized quality. Through direct conversation with scientists, educators, and technical buyers, we continue to refine Amygdalin 98% and related product offerings. Any meaningful product development starts with listening, learning, and adapting—something we hold as a core value after years in the science and manufacturing arena.
Our outlook remains clear: Only through rigorous process discipline and honest engagement do manufacturers support lasting scientific progress. Amygdalin’s story traces back centuries through plant chemistry and experimental biology. We see our role as stewards of that story, providing the highest quality foundation for new insights and discoveries. Those who choose our products aren’t just buying a chemical—they are joining a tradition of responsible, knowledge-driven exploration.
