|
HS Code |
130437 |
| Name | Glycyrrhizin |
| Cas Number | 1405-86-3 |
| Molecular Formula | C42H62O16 |
| Molecular Weight | 822.93 g/mol |
| Appearance | White to yellowish powder |
| Solubility | Soluble in water, sparingly soluble in ethanol |
| Source | Licorice root (Glycyrrhiza glabra) |
| Taste | Sweet, about 30–50 times sweeter than sucrose |
| Melting Point | 220-240°C (decomposition) |
| Uses | Sweetener, anti-inflammatory, expectorant, pharmaceutical excipient |
| Synonyms | Glycyrrhizic acid, Glycyrrhizinic acid |
| Storage Conditions | Store in a cool, dry place away from light |
| Stability | Stable under recommended storage conditions |
| Hazard Statements | May cause hypertension and edema with excessive use |
As an accredited Glycyrrhizin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Glycyrrhizin, 100g, packed in a sealed amber glass bottle with tamper-evident cap, labeled with product and safety information. |
| Shipping | Glycyrrhizin is shipped in tightly sealed containers to protect it from moisture and contamination. It should be packaged according to regulatory guidelines, with proper labeling. Store and transport it in a cool, dry place, away from incompatible substances. Ensure all documentation accompanies the shipment to comply with safety and handling requirements. |
| Storage | Glycyrrhizin should be stored in a tightly sealed container, protected from light, moisture, and heat. It is best kept at room temperature, generally between 15–25°C (59–77°F). Ensure the storage area is well-ventilated and free from incompatible substances. Avoid exposure to air and humidity to preserve its stability and prevent degradation. |
|
Purity 98%: Glycyrrhizin with purity 98% is used in pharmaceutical formulations, where it enhances anti-inflammatory efficacy. Molecular weight 822.9 g/mol: Glycyrrhizin with molecular weight 822.9 g/mol is used in antiviral therapies, where it ensures consistent pharmacokinetic profiles. Stability temperature 60°C: Glycyrrhizin with stability temperature 60°C is used in heat-processed food additives, where it maintains functional integrity during manufacturing. Particle size 100 mesh: Glycyrrhizin with particle size 100 mesh is used in oral suspensions, where it provides uniform dispersion and improved taste masking. Water solubility 10 mg/mL: Glycyrrhizin with water solubility 10 mg/mL is used in beverage formulations, where it allows for clear solutions and homogeneous blending. Melting point 200°C: Glycyrrhizin with melting point 200°C is used in solid dosage forms, where it offers thermal stability during tablet compression. Viscosity 50 cps: Glycyrrhizin with viscosity 50 cps is used in syrup preparations, where it enhances mouthfeel and suspension homogeneity. Residual solvent <0.5%: Glycyrrhizin with residual solvent below 0.5% is used in nutraceuticals, where it meets regulatory safety requirements. pH stability range 4-8: Glycyrrhizin stable at pH 4-8 is used in cosmetic emulsions, where it ensures consistent performance across diverse formulations. Ash content <1%: Glycyrrhizin with ash content less than 1% is used in dietary supplements, where it supports high purity and minimizes inert residues. |
Competitive Glycyrrhizin 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!
At our facility, you don't just get glycyrrhizin; you see where it starts and how it grows into a product that survives scrutiny. It comes from licorice root, harvested at the right time. Anyone can call a powder by a name, but after years of hands-on extraction, filtration, and drying, real glycyrrhizin reveals itself as a fine, pale-yellow material, often a powder with a mild, sweet note the moment it touches the tongue. Our model, often listed as Glycyrrhizin 98%, carries a purity we monitor on every batch—no filler, no random blends, and no shortcuts in the process. Ask any technician on our line, and they'll point to each critical checkpoint.
Quality doesn't care about labels—glycyrrhizin either meets standard or it doesn't. Over time, we've learned why some lots taste flat or feel gritty: it's the extraction route, the time spent settling, or the choice of solvent. We draw from decades of combined experience, and we keep batch records that tell a story. Sometimes industries come to us with color concerns or stability complaints after trying off-market blends. Those formulas rarely deliver the consistent sweetness or the water solubility that food developers expect. We take those lessons into every production round.
Looking back at the start, much of the glycyrrhizin on the market mixed plant fractions that claimed high percentages, but test results rarely agreed. Our analytical team uses HPLC, and the numbers keep us honest. For buyers, that means each bag reflects real value, not empty promises. Our 98% model matches well-established quality grades, and we make the traceability of every drum transparent. You know the season for that root, the lot number for every shift, and even the environmental conditions at extraction. Those aren’t small details—they determine whether your finished product stands up to long-term storage or crumbles after a few months.
To separate our production from simple distributors, we install double-filtration and careful evaporation. It keeps unwanted flavors away and produces a cleaner, finer powder that blends easily. That may sound small, but try dissolving a lumpy glycyrrhizin in a beverage base—a drink developer will notice the difference in a blind test. True purity gives a sweet undertone without lingering aftertaste or bitterness, something pharmaceutical formulators and beverage innovators comment on regularly. It proves itself in quiet ways, like the lack of sediment in clear sodas or the even mouthfeel in candy coatings.
We work with clients in food and drink manufacturing, where glycyrrhizin gives both sweetness and functional support. Sugar reduction isn’t just a buzzword for us—it’s a responsibility. Regulatory standards around sugar content push brands to make meaningful cuts, but pure glycyrrhizin adds a naturally-sourced, lingering sweetness at a fraction of the dose that sucrose requires. In practice, beverage makers rely on that slow-dissolving quality to round out flavors and mask bitter notes, especially in herbal teas and health drinks that demand authentic taste.
Confectioners appreciate glycyrrhizin as it combines with sugar alcohols and standard sweeteners. That synergy tempers strong flavors and supports shelf stability, and it’s the sort of trait that becomes clear during feedback sessions, not just after a dry read of a formula. We’ve seen how a poorly controlled glycyrrhizin alters crystallization or causes cloudiness in syrups, but our product stays even and easy to handle. We help troubleshoot these outcomes, not by reading charts, but by running side-by-side tests with suppliers from different countries and knowing the fingerprints of quality.
In pharmaceuticals, formulators hunt for a consistent API excipient with traceable origins and confirmed purity. Any fluctuations raise concerns from R&D to the QC department, and for good reason. Between each extraction and spray-drying cycle, we record the subtle shifts in composition and ensure nothing gets diluted. This explains why our glycyrrhizin finds a place in lozenges, cough syrups, and even topical creams, where the anti-inflammatory characteristics rely on purity as much as effectiveness. Without a reliable source, manufacturers face batch-to-batch inconsistencies, and in regulated markets, that spells regulatory headaches.
We’ve watched traders ship bulk glycyrrhizin repackaged from unknown origins, frequently missing process documentation or re-bagged in less-than-ideal environments. That invites moisture pickup and contaminations that go unnoticed until there’s a problem in the final product. As a direct manufacturer, we control humidity and temperature from start to finish. Walk through our facility, and you’ll see extraction tanks labeled with date, time, and assigned operator. Each line operator knows production quirks—how slow heating brings out a richer extract, or how temperature surges affect solubility and taste.
Keeping the process in-house lets us customize glycyrrhizin for specialty uses, like micronized grades for drink concentrates or coarser granules suited for slow-release tablets. We work shoulder-to-shoulder with R&D labs to prove that those grades hold up in variety of end formats. The difference isn’t just paperwork—it’s technical support backed by someone who has physically handled the material, tasted starter blends, and watched the fine details change as powders cool and settle. Some clients want a tailored moisture profile, not a dusty compromise, and we know how to get there.
Glancing at a test certificate doesn’t guarantee that the glycyrrhizin inside the drum will blend the way you expect. Seasoned buyers know to request retention samples, and we always keep a backup for each lot so that problems can be traced. Laboratories have flagged glycyrrhizin shipments from around the world for contaminants or heavy metals, but we built in every necessary filtration and testing step at our own cost, purposely to avoid those headaches. Our LC-MS analysis filters out more than just impurities; it documents the full spectrum each time.
There’s pride in knowing we can spot a quality issue before it travels through your assembly line. A powdered extract that clumps in humidity won’t survive a production run, so we manage water activity and particle size by continuous refinement. The feedback cycle is tight—the teams at the dryer, the packaging line, and in QC all cross-check the day’s production as soon as each batch is bagged. It sometimes delays shipping, but the outcome—clean records and near-zero customer complaints—proves the time investment.
Rarely will you find the same level of uniformity in repacked glycyrrhizin as in a direct-from-source batch. Third-party resellers usually focus on volume, not on the batch history. Tracking the story of a drum backward, we see gaps—where the root was sourced, which solvents were used, what metal traces might lurk in the final product. With direct manufacturing, our oversight reaches from root to drum. That oversight means operators take responsibility for results, whether analyzing every kilogram for purity or checking physical characteristics with each production cycle.
A lot of end users overlook the effect of moisture pickup during transit or uneven packaging. Since we own the packing line, we match the drum liner material with the hygrostatic qualities of the glycyrrhizin. Less moisture means fewer caking problems, and that translates into easier pouring in food service or pharmaceutical plant settings. Put a product from us beside a bulk-repackaged alternative, run a blend test, and the outcome shows in less powder loss, smoother solution, and fewer handling errors. That’s not a claim—it’s a daily observation backed by years of shipment records and client visits.
Scaling glycyrrhizin use in food and beverage industries brings unique challenges. Typical issues include batch-to-batch flavor drift, solubility drops in cold water, or complaints about sediment in RTD beverages. Unlike a distributor, we dissect each complaint in the context of origin—how warehousing humidity or a missed filtration step led to the problem. Our team doesn’t pass the blame along the chain; we take samples, run secondary analytics, and talk to clients until we solve the issue with an on-the-ground approach.
Another common scenario unfolds when formulators hit regulatory hurdles. Some markets, like North America or the EU, require thoroughly documented origins, allergen absence, and batch records for any ingredient imported or incorporated into nutritionals or pharmaceuticals. Because we own our batches from harvesting through final drying, our support staff can trace every drum, update COAs with the latest test info, and create customized regulatory files. Delays don’t come from searching vendor trails; all the data is in our file cabinets and digital archives.
A few food producers have faced unstable flavor retention over storage. Consistent glycyrrhizin grade manages this—minor compositional differences widen the gap in storage stability. As the manufacturer, we optimize drying conditions and storage temperatures on a per-lot basis. This hands-on oversight extends beyond paperwork. We store samples of each production batch for comparative taste and solubility testing months down the line. Partnering with clients, we recreate their applications to see how our product holds up under real-world stresses. Experience on the line determines how to tweak conditions for better future consistency.
Markets asking for cleaner labels rely on natural extracts that don’t just appear pure but prove their integrity under rigorous checks. Glycyrrhizin meets demand as a “derived from licorice root” ingredient. With more brands scrutinized for authenticity, direct manufacturing steps in with full records and no dependency on patchwork supply. From non-GMO requests to allergen mandates, our operation adapts, fielding audits from every end market.
Growing toward health supplements, we address the need for precise dosing and bioactivity. Tablets or blends targeting the digestive or immune system require glycyrrhizin that won’t degrade during formulation. Our batch selection and packaging maintain key actives, assured by both in-line processing and third-party validation. These checks don’t slow us—they speed up a producer’s compliance in regulated supplement environments. The ease in scaling up production without spikes in quality risk gives our downstream partners the security they need.
Innovation doesn’t stop at food and supplements. In the field of cosmetics and oral care, glycyrrhizin provides both functionality and clean label advantage. Formulators of mouthwash, dental gels, and topical treatments call out for consistent taste and stability. Direct manufacturing gives us a seat beside these teams, where we can suggest tweaks to moisture levels or blend fineness. We sample the early-stage products, match their needs in small batches, and iterate based on real user trials. Over the years, this dialogue with developers led us to refine our micronization process, tightening the particle size window for new use cases.
The learning curve isn’t theoretical. Early projects sometimes struggled with texture, especially in high-load concentrates. Our technical crew re-tuned the spray drier, adjusted solvent ratios, or slowed the extraction to see what worked best in the new formula. That sort of problem-solving doesn’t emerge in isolation—it comes from a production team with hands in the material every day, who can connect what’s happening inside the drum to what happens on a consumer’s toothbrush or skin.
When you buy glycyrrhizin straight from a manufacturer, the relationship becomes a long-term collaboration. You get full clarity on each lot, feedback from someone who cares about your success, and the operational experience that anticipates your pain points weeks before they show up. Our work happens on the line, in the lab, and in unexpected troubleshooting calls with clients facing shifts in legislation, process needs, or new market demands. This constant cycle helps us improve—from upgrading root quality at the farm to instituting new cleaning protocols in our plant.
Markets can chase the lowest price, but the true cost sits in lost batches, production delays, and unexpected recalls due to erratic inputs. We don’t leave those risks up to chance. Every bag, drum, or pallet carries more than just an ingredient—it represents the decision to do everything in-house, with expertise backing every step.
For brands ready to build on a real foundation, glycyrrhizin made by experienced hands opens the door to new applications. We learn by doing. That’s how true quality—and customer trust—develops, year after year.