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HS Code |
381867 |
| Chemicalname | Aloe-Emodin |
| Molecularformula | C15H10O5 |
| Molecularweight | 270.24 g/mol |
| Casnumber | 481-72-1 |
| Appearance | Yellow to orange crystalline powder |
| Meltingpoint | 223-224°C |
| Solubility | Slightly soluble in water, soluble in ethanol and DMSO |
| Boilingpoint | 567.4°C at 760 mmHg |
| Purity | ≥98% (HPLC) |
| Source | Derived from Aloe vera and Rheum species |
| Iupacname | 1,8-Dihydroxy-3-(hydroxymethyl)anthracene-9,10-dione |
| Storageconditions | Store in a cool, dry place, protected from light |
As an accredited Aloe-Emodin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Aloe-Emodin is packaged in a 10g amber glass bottle, securely sealed, with a clear label indicating purity, hazard warnings, and batch number. |
| Shipping | Aloe-Emodin is shipped in tightly sealed containers, protected from light, moisture, and excessive heat. The packaging meets safety and regulatory requirements for chemical transport. Shipping is handled by certified carriers, with appropriate labeling and documentation. Expedited and international shipping options are available, ensuring timely and secure delivery to your specified location. |
| Storage | Aloe-Emodin should be stored in a tightly closed container, protected from light and moisture. Keep it in a cool, dry, and well-ventilated area, ideally at 2-8°C (refrigerator temperature). Avoid exposure to heat, direct sunlight, and incompatible substances. Follow all safety guidelines and local regulations for chemical storage to ensure stability and prevent degradation or contamination. |
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Purity 98%: Aloe-Emodin Purity 98% is used in pharmaceutical formulation, where it ensures high bioactivity and reliable therapeutic efficacy. Melting Point 223°C: Aloe-Emodin Melting Point 223°C is used in solid dosage manufacturing, where it provides thermal stability during processing. Particle Size <10 μm: Aloe-Emodin Particle Size <10 μm is used in topical creams, where it enhances dermal absorption and uniform consistency. Stability Temperature 40°C: Aloe-Emodin Stability Temperature 40°C is used in cosmetic emulsions, where it maintains product integrity under storage conditions. Solubility 0.01 g/100 mL in water: Aloe-Emodin Solubility 0.01 g/100 mL in water is used in aqueous extraction processes, where it achieves selective compound isolation. Molecular Weight 270.24 g/mol: Aloe-Emodin Molecular Weight 270.24 g/mol is used in analytical standard calibration, where it ensures accurate quantitative measurement. Purity 95%: Aloe-Emodin Purity 95% is used in nutraceutical capsules, where it secures consistent dosing with traceable composition. Assay Method HPLC: Aloe-Emodin Assay Method HPLC is used in batch release quality control, where it guarantees compositional accuracy and compliance. Residue on Ignition ≤0.5%: Aloe-Emodin Residue on Ignition ≤0.5% is used in injectable grade preparations, where it supports high product purity and safety. Heavy Metal Content <10 ppm: Aloe-Emodin Heavy Metal Content <10 ppm is used in herbal supplement production, where it minimizes contamination risks for consumer safety. |
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Aloe-Emodin has built a name for itself among plant-based bioactive compounds. Found mainly in the leaves of aloe plants, along with the roots of certain rhubarb species, this anthraquinone pulls its weight in both traditional remedies and modern nutraceuticals. Walking into an herbal shop or leafing through the latest research, its orange-yellow tint stands out, earning attention from product developers, pharmacists, and natural health enthusiasts alike.
Buyers often find Aloe-Emodin marketed in the form of fine powder. The crystalline powder has a bright orange appearance, usually offered above 98% purity as verified by HPLC testing. Few things frustrate researchers more than inconsistent material. Batch-to-batch reliability lets brands develop the same formulas at scale, while labs count on high-assay purity to weed out unknowns during trials. Granule size stays consistent—often mesh 80 or finer—so measuring and blending go smoothly. Moisture content checks in below 5%, keeping powder from caking or losing potency over time.
What sets one batch apart from another often boils down to analytical data. The certificate of analysis should show a robust assay, minimal heavy metals, and no detectable hazardous residues. Though it sounds dry, these specs build trust. Reliable sourcing matters, too. Traceability from farm to final extract has become a key factor, as more buyers insist on non-GMO and pesticide-free raw material. If you’ve been in the wellness industry or even simply shopped carefully for your own supplements, you know these details separate responsible manufacturers from opportunistic sellers.
People have turned to Aloe-Emodin for centuries. It started in traditional Chinese medicine, where rhubarb and aloe extracts supported digestive health and regularity. Today, scientific literature goes deeper with studies on this anthraquinone’s gentle laxative effects, as well as investigations into anti-inflammatory and antioxidant properties. Modern supplement lines use purified Aloe-Emodin to address occasional constipation, often blending with other botanicals for balanced results.
My own experience working with nutrition formulators showed me where Aloe-Emodin stands out. Unlike bulkier herbal powders, a concentrated ingredient lets formulators control dosing more precisely. That means less guesswork for brands and, frankly, a better experience for end-users. Purified Aloe-Emodin brings distinct safety checks as well. By removing plant fiber and most residual compounds, labs can isolate the studied molecule, avoiding the uncertainty of whole-plant extracts. While some products stick to ‘full-spectrum’ or multi-constituent formulas, many consumers seek out single compounds for predictable performance.
It’s not just supplements, either. A handful of skincare companies experiment with Aloe-Emodin for topical creams and gels, citing soothing effects on sensitive skin. These uses pull inspiration from folk remedies where aloe or rhubarb poultices cooled sunburn or irritated areas. Even though regulatory agencies haven’t greenlit every usage, personal care developers keep scanning clinical data for cues on safe adoption. Many researchers still debate the ideal dose or delivery method in humans—those trials take time—but the curiosity only grows as plant-based actives gain ground.
Comparing Aloe-Emodin to other plant-derived compounds reveals some sharp differences. Take emodin, for example—another anthraquinone, often found in the same rhubarb root. Despite chemical similarities, aloe-emodin stands out in terms of gentleness. Many users report fewer cramping side effects or digestive upsets when sticking to recommended doses. Senna, a popular over-the-counter botanical laxative, contains sennosides that act more aggressively on bowel muscles. Aloe-Emodin provides a milder approach, which appeals to people who need regular support but want fewer surprises.
Beyond traditional bowel health applications, Aloe-Emodin’s molecular shape opens doors for researchers. Studies out of Asia and Europe highlight antioxidant characteristics, exploring how it may help tackle oxidative stress in cell cultures. Though much of this research remains preclinical, it sets Aloe-Emodin apart from less versatile extracts. Unlike generic fiber supplements or broad-stroke rhubarb powders, purified aloe-emodin offers both targeted and exploratory value. You rarely see such dual tracks—reliable, gentle action paired with an invitation to dig deeper through clinical trials.
Working in the supplement industry, I’ve seen quality gaps wreck a promising product. Not all extracts live up to their label claims. High-purity Aloe-Emodin backed by transparent supply chains usually commands a premium. Labs run extra purity screens, testing for pesticides, aflatoxins, and traces of solvent. Responsible suppliers publish test results routinely, an effort that goes beyond regulatory minimums. These steps matter, because inconsistent purity or hidden residues can trigger health issues or regulatory recalls.
Some products try to ride Aloe-Emodin’s rising popularity without investing in robust sourcing. Bulk powders of questionable origin, sometimes shipped with incomplete documentation, may lack the active ingredient, or—in the worst cases—carry unwanted contaminants. With more press coverage about supplement safety, consumers and brands now demand batch-level traceability. Both the U.S. Pharmacopeia and European Pharmacopoeia provide reference methods for Aloe-Emodin identification, which responsible manufacturers follow to keep standards high.
Even high-quality extracts face regulatory scrutiny. Agencies in North America and Europe have debated the safe daily intake of anthraquinones, especially for long-term use. Some countries treat Aloe-Emodin as a pharmaceutical ingredient, while others allow it in dietary supplements with strict labeling and warning requirements. Developers must keep current on research and legal updates, as the patchwork landscape shapes formulas, packaging, and physician guidance. Personally, I’ve found direct consultation with regulatory experts indispensable—saving brands from risky launches or costly re-labeling.
Interest in Aloe-Emodin isn’t based on legend alone. Research teams have isolated this compound and mapped its main effects, from bowel movement regulation to antioxidant activity in cell cultures. One randomized trial compared Aloe-Emodin supplements to placebo in subjects struggling with sluggish digestion. Participants using Aloe-Emodin saw improvements in regularity without the pronounced cramping seen in harsher laxatives. These real-world benefits explain some of the buzz, yet some sources urge caution, reminding users to stay within recommended doses and avoid unsupervised chronic use.
Emerging evidence pushes into exciting territory. Preliminary laboratory studies report that Aloe-Emodin shows promise in reducing cell damage related to oxidative stress and inflammation. While these findings haven’t translated directly to treatment recommendations, they signal new directions for future research. The global move toward evidence-based natural health products only fuels this momentum, prompting universities and contract research organizations to design better human studies. Scientists remain careful when translating findings from the bench to bedside, but curiosity on this front outpaces what you see with many other legacy botanicals.
For brands in the supplement and wellness category, Aloe-Emodin’s stable profile lets them design formulas that deliver repeatable results. That reliability helps manufacturers pass audits and win favor with health professionals, who want assurance before making any recommendation. From a formulator’s perspective, this compound’s purity reduces guesswork during product development. Whether it’s a single-ingredient capsule or part of a multi-compound blend, the clear analytical profile lets chemists dial in targeted dosages. I’ve worked with teams grateful for the simplicity—less time spent troubleshooting means faster, safer rollouts.
End-users—who often bring their own stories of trial and error—find Aloe-Emodin less intimidating compared to pharmaceutical options or crude herbal mixtures. Its mild digestive effects appeal to sensitive individuals seeking gentle, periodic support. For some, the familiarity of aloe-based remedies bridges the gap between traditional wisdom and scientific insight. This plant-derived compound sits at a real intersection: complex enough to fuel novel research, but simple enough for safe, educated use today.
Growing demand for Aloe-Emodin shines a spotlight on cultivation and sustainability. Harvesting wild rhubarb roots or aloe leaves at scale brings up resource management concerns. As global supply chains extend, buyers and brands have started asking tougher questions about land stewardship, fair labor practices, and ecological footprints. Performance marketing can paint a rosy picture, but on-the-ground sourcing isn’t always easy. The solution lies in partnerships. Producers who work directly with growers invest in better cultivation methods and supply chain transparency, reducing reliance on wild populations while improving extract consistency season-to-season.
Attention has shifted from “where is it grown” to “how is it handled.” Post-harvest processing requires meticulous control: temperature, solvent use, and drying all influence purity and shelf life. A clampdown on shortcuts—like sun-drying or uncontrolled extraction—prevents loss of actives and controls contamination risk. When producers share their processes, consumers and supplement brands gain confidence in what they buy. Vigilant third-party labs, backed by published test results, add an extra layer of assurance that’s impossible to fake.
Dosage and formulation practices also pose challenges. Supplement users often lack medical guidance, sometimes exceeding safe limits. Educational outreach can close these knowledge gaps. Health professionals, label transparency, and direct-to-consumer content help users stay informed and avoid unintended misuse. Regulatory agencies can make a difference by standardizing serving sizes and warning statements. Brands that cooperate, rather than cut corners, benefit from fewer product returns and stronger customer loyalty.
Interest in Aloe-Emodin fits a broader movement. As more people embrace integrative medicine, demand for botanicals underpinned by clear evidence shows no sign of fading. Consumers don’t just want “natural”—they want traceable, scientifically vetted, responsibly sourced products. Success stories in the supplement aisle show that brands willing to invest in these standards outperform quick-fix copycats over the long run. Suppliers who treat every harvest and every batch as a commitment—not a commodity—build deeper trust throughout the chain.
The next breakthroughs may center on even tighter specifications. As analytical technology advances, companies can refine extracts with less environmental impact and greater bioavailability. Perhaps scientists will pinpoint combination formulas where Aloe-Emodin works synergistically with other actives, fine-tuning results for gut health, inflammation control, or skin calming. Studies could reveal ways to microencapsulate Aloe-Emodin for better absorption, or show new value in topical serums. Innovation feeds off real questions from health practitioners and consumers, steering research well beyond simple “does it work?”
Accessibility will remain an issue to watch. No matter how sophisticated the science or the supply chain, Aloe-Emodin must remain affordable and available for those who need it most. Nonprofit research collaborations, transparent certifications, and fair-trade pricing help keep barriers low. Skilled educators—nutritionists, physicians, and even experienced store staff—play key roles in helping people navigate the ever-expanding world of botanicals. As with any natural ingredient, bringing benefits to more people means staying honest, diligent, and open to both praise and criticism.
Years spent consulting with health brands and suppliers have changed my definition of “real quality.” For every slick marketing campaign, there’s a quieter layer of daily work—constant testing, checking batch certificates, and listening to feedback. Aloe-Emodin stands out because it attracts both long-timers in herbal medicine and next-generation nutrition scientists. Each group brings valuable questions. The willingness to explore, admit uncertainty, and improve methods stays at the heart of how Aloe-Emodin (and the wider plant supplement field) will keep evolving.
If I’ve learned anything from working on these projects, it’s this: No single ingredient delivers a magic cure, but every step toward honest sourcing and careful research brings the industry closer to what people really want—authentic results, understandable science, and respect for the power of nature. Aloe-Emodin serves as a clear example of how botany, tradition, and emerging evidence can work together to support wellness in a modern world.