|
HS Code |
132658 |
| INCI_Name | Stearyl Glycyrrhizinate |
| CAS_Number | 13832-70-7 |
| Chemical_Formula | C48H89NO7 |
| Molecular_Weight | 792.22 g/mol |
| Appearance | White to pale yellow powder |
| Solubility | Insoluble in water, soluble in oils and alcohol |
| Odor | Odorless or faint characteristic odor |
| Melting_Point | 48-54°C |
| Main_Use | Emollient and skin conditioning agent |
| Origin | Derived from glycyrrhizic acid (licorice root) and stearyl alcohol |
| pH_Stability | Stable in pH range 4-8 |
| Shelf_Life | Typically 2 years in unopened container |
| Functions | Anti-inflammatory, skin soothing, and emulsifying |
As an accredited Stearyl Glycyrrhizinate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Stearyl Glycyrrhizinate is packaged in a 25 kg fiber drum, lined with double polyethylene bags, ensuring product purity and safety. |
| Shipping | Stearyl Glycyrrhizinate is shipped in tightly sealed, corrosion-resistant containers to prevent contamination and moisture absorption. The containers are clearly labeled and handled with care to avoid physical damage. Transport is conducted under cool, dry conditions, complying with relevant chemical safety and regulatory requirements to ensure product stability and safety during transit. |
| Storage | Stearyl Glycyrrhizinate should be stored in a tightly sealed container in a cool, dry, and well-ventilated area away from direct sunlight and sources of heat or ignition. It should be kept away from incompatible substances, such as strong oxidizers. For optimal stability, store at room temperature and protect from moisture, as the substance may be sensitive to humidity. |
| Purity 98%: Stearyl Glycyrrhizinate with purity 98% is used in cosmetic emulsions, where it enhances anti-inflammatory efficacy and improves skin compatibility. Melting Point 65°C: Stearyl Glycyrrhizinate with melting point 65°C is used in topical ointments, where it provides stable texture and ensures uniform distribution of active ingredients. Particle Size <10 μm: Stearyl Glycyrrhizinate with particle size less than 10 μm is used in facial masks, where it enables faster absorption and achieves a smoother finish. Viscosity Grade 500 mPa·s: Stearyl Glycyrrhizinate with viscosity grade 500 mPa·s is used in moisturizing creams, where it imparts desired thickness and maintains formulation consistency. Stability Temperature 40°C: Stearyl Glycyrrhizinate with stability at 40°C is used in sunscreen products, where it guarantees shelf-life integrity during storage and transport. Molecular Weight 800 g/mol: Stearyl Glycyrrhizinate with molecular weight 800 g/mol is used in lip care balms, where it improves film-forming properties and enhances moisture retention. Hydrophobicity Index 0.82: Stearyl Glycyrrhizinate with hydrophobicity index 0.82 is used in water-resistant lotions, where it boosts water repellency and increases product longevity on the skin. |
Competitive Stearyl Glycyrrhizinate prices that fit your budget—flexible terms and customized quotes for every order.
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Stearyl Glycyrrhizinate is far from a basic ingredient off a list. As a chemical manufacturer invested in every batch, I’ve watched the evolution of this unique compound from raw licorice root extracts to the refined, high-purity ester trusted by formulators around the world. Our offering, model SGZ-18, comes in both powder and fine granule forms, meeting preferences that come directly from end-users, not marketing templates. The active component derives from the roots of Glycyrrhiza glabra, then esterified with stearyl alcohol. Rather than treating this process as a box to tick, we treat every esterification batch as a careful balance of parameters—reaction time, temperature, and material purity all impact the end product. Unlike the generic off-white powders many might find elsewhere, our typical assay consistently surpasses 98%.
Many overlook the little details. For instance, we use vacuum drying to reduce moisture content. By steadily managing environmental variables in our facility—humidity, temperature, internal transport speeds—we keep batch-to-batch variations negligible. This doesn’t just benefit us; it lets downstream customers plan processes and costs without second-guessing. Consistency is a byproduct of vigilance, not just documentation.
Few compounds straddle the line between cosmetics and pharmaceuticals so effectively. What makes Stearyl Glycyrrhizinate especially compelling is its amphiphilic nature—part hydrophilic thanks to the glycyrrhizinic acid backbone, part lipophilic due to the stearyl chain. This property lets it function as a mild emulsifier and skin conditioning agent. It slips easily into O/W creams and lotions, delivering anti-inflammatory support where chemical stability matters most.
Our product goes into more than just standard moisturizers. We’ve seen formulators in Japan and Europe use SGZ-18 in sun care for its soothing effect. It finds its way into after-sun products, BB creams, and even medicated balms. The backbone issue has always been the need for multifunctional ingredients that reduce formulation complexity without overloading with synthetics. Stearyl Glycyrrhizinate offers anti-irritant action, shields formulations from oxidation, and stabilizes sensitive actives.
In our lab, customer feedback led us to optimize particle size distribution to fit different application methods. Some manufacturers prefer micronized grades for superior suspension stability, others want coarse granules for easy handling in large tanks. We run laser diffraction analyses after each production cycle, delivering real measurable data, not just specification sheets. Companies working with sensitive actives like retinols value our SGZ-18 for its ability to lower the irritancy in topical formulas, making products friendlier for sensitive skin users. We have documentation from long-standing partners noting the drop in complaint rates once Stearyl Glycyrrhizinate replaced old surfactants or masking agents.
The industry often finds itself making trade-offs between purity and processing speed. We refuse to compromise on purity for the sake of a faster batch. Typical values for our SGZ-18 range below 0.2% ash content and less than 0.5% residual solvents. Rigorous filtration and centrifugal separation remove impurities while controlled pH adjustments keep the ester formation precise. Our powder appears pale yellow to ivory, never chalky or grayish, which new customers often notice as a visual cue to higher quality. Moisture content checks average below 2%, minimizing caking and ensuring predictable solubility.
Specifications matter but so does responsiveness. Over the years, some customers have wanted extra-certifications around allergens and GMO status. We went as far as working with outside labs to validate every plant-derived feedstock. It’s not about ticking regulatory boxes; it’s about closing the uncertainty gaps that can slow down a product launch or trigger costly recalls. Shelf life comes out to 24 months, confirmed by accelerated stability tests, not just room temperature storage.
With manufacturing, batch uniformity can slip if small steps get overlooked. We treat every drum and every small pack as if a formulator might open it for direct blending, not just bulk reprocessing. Each batch receives a full FTIR and MS spectral scan saved in our database, supporting traceability and batch recall, should the need arise. Careful lot control isn’t just insurance for us, but reassurance for the chain of custody down to the shelf.
Stearyl Glycyrrhizinate sometimes gets compared to Ammonium or Potassium Glycyrrhizinate. Years of feedback from formulation partners have confirmed important practical differences. Ammonium variants tend toward higher water solubility, useful for beverages and oral care, but at a cost of lower oil compatibility. Potassium types can boost water-based gels but lack the feel and film-forming benefits of the stearyl version.
Our SGZ-18 integrates seamlessly into both oil and water phases, which makes it especially valuable for high-end cosmetics and skin therapy products. Other emollients on the market, even those with similar HLB profiles, tend to rely on petrochemical builds. We manufacture SGZ-18 starting from natural glycyrrhizic acid and plant-based stearyl alcohol, keeping the whole supply chain traceable and less reliant on fossil inputs. Many of our long-term B2B partners have confirmed improved market acceptance in “clean label” and eco-sensitive formulations thanks to our approach.
Some competing emulsifiers can destabilize actives like vitamin C or B3 under certain processing or storage stress. During in-house stress testing, our SGZ-18 has proven less reactive, extending shelf stability when compared to benchmark alternatives like sorbitan esters or PEG-based emulsifiers. This opens new options for high-performance topical products that don’t sacrifice stability for texture or skin safety.
We take open communication with end-users seriously. Issues rarely reveal themselves in the lab, but rather at the scale of hundreds of kilos in production settings. Our technical team invested in feedback cycles, running shadow batches with client ingredients to spot any compatibility gaps ahead of shipment. Shipping warm or humid regions has forced us to rethink drum lining materials, picking those that cut down on static buildup or caking, reducing loss before the ingredient even enters the client’s process. Clients rely on us for advice on incorporation order, mixing speed, and temperature windows, not just on-the-page purity stats.
Some years back, a partner in the Middle East highlighted persistent problems with pre-mixed emulsions breaking under high-heat shipping. We developed a new batch of SGZ-18 tuned for higher melt points, solving premature separation on arrival. Field reports help us keep our product tuned to how it’s actually used, not theoretical conditions. Our interest doesn’t end at the factory door; we update guidance sheets with practical tips learned from the field, encouraging customers to reach out when something unexpected comes up.
Quality covers more than just specifications. Every shipment comes from a lot fully documented for regulatory compliance with REACH and China’s NMPA, supporting export requirements for customers targeting Europe or Asia. We don’t just say, “complies”—we log all supporting test data for heavy metals, residual solvents, and pesticide residues. The last few years have seen sharper focus on sustainability and traceability, not just product outcomes. This means regular audits and process upgrades, especially when feedstock country-of-origin laws shift.
Glycyrrhizinates have a long history in pharmaceuticals, especially for anti-inflammatory and anti-allergic functions. Because stearyl glycyrrhizinate shares much of this biological action, we treat potential toxicology concerns with utmost seriousness. The manufacturing team submits samples to repeated phototoxicity and skin irritation panels, both in-house and via CROs. We share full panel results with our established clients—not just summaries, but data tables—because nobody building a new product wants surprises down the line. Our guiding philosophy: hiding issues today sets up bigger problems tomorrow, for everyone.
Many customers start with technical questions—how well will it suspend, what temperature can it handle, does it need pre-melting? But trust grows when partners see the same faces behind each order, available for troubleshooting or adjustments, not hiding behind email chains. As a manufacturer, we treat every delivery as an exchange of trust. Our team supports scaling questions directly—how to adapt lab-scale formulas for 20,000-liter reactors, how to protect sensitive actives during mixing, when to add SGZ-18 to maximize shelf life, or even how to reformulate for regulatory shifts overseas.
We have adjusted drying cycles, upgraded mixing systems, and retooled packing lines based on things learned directly from end-users, not from outside consultants. Our open-door approach has let us spot new application trends—for example, SGZ-18’s growing use in barrier creams and stick products where non-greasy texture is prized but actives still need reliable delivery. Rather than letting a request filter through distributors for months, we welcome discussions that let us fine-tune as quickly as possible. Being a direct link in the chain makes a difference on the ground.
Customers often ask for case studies—has this ingredient truly solved relevant problems in cosmetic or pharmaceutical applications? In real-world use, our clients have seen measurable drops in formulation instability and end-user irritation complaints. One large skincare producer switched to SGZ-18 from a synthetic emulsifier and reported reduced separation in long-haul shipping. Another major player in therapeutic lotions for eczema noted improved tolerance among sensitive skin panels and more favorable feedback after switching over.
Pharmaceutical developers working on topical pain-relief products have integrated our SGZ-18, not just for its anti-inflammatory profile, but for the way it improves spreadability and ingredient penetration. Product teams need real proof, so we support scale-up by running pilot batches with supplied actives, providing stability data, and even pushing through third-party challenge tests for oxidative stress. Clients value this hands-on approach—no confidentiality breached, just a shared drive to improve outcomes.
Of course, making Stearyl Glycyrrhizinate at a consistently high standards comes with challenges. Batches require monitoring for color shifts, unexpected crystallization, or off-odors. Some years, raw licorice root supplies swing in both price and solvent residue, making it necessary to qualify secondary growers every season. On the stearyl alcohol front, sudden supply chain spikes—especially those caused by global logistics snarls—require flexibility and local supplier development. We respond by revalidating all critical material lots and logging every change in production records accessible to our QC team and trusted partners.
We listen actively to downstream formulating concerns. If formulations “break” or become unstable, it can sometimes trace back to subtle shifts in ingredient particle size or tiny changes in the esterification route. By maintaining a dedicated pilot reactor line for custom protocol tweaks, we minimize disruption and keep product launches on track. Regularly communicating these realities—good and bad—builds trust over the long haul.
Clients striving for innovation often experiment with additives, active blends, or “natural” self-claims. Stearyl Glycyrrhizinate provides a versatile platform. Because our SGZ-18 carries a natural origin story with rigorous chemical verification, it supports claims that today’s consumer market seeks. Our application trials include waterless emulsions, active-loaded oil gels, and even high-performance sunscreens. By sharing both winning and failed formulations with partners, we create a collaborative space for product advancement. We openly discuss what works and why, rather than hiding process learnings behind NDAs unless absolutely necessary.
Some emerging projects have tested our material in combination with ceramides, bakuchiol, or prebiotics. Our technical team works side by side with clients to avoid ingredient conflicts and unwanted precipitation. By seeing the big picture and transparently addressing possible snags, we help partners get to market faster and more reliably. Real innovation comes not from uncritical cheerleading, but from asking hard questions and backing up advice with concrete data.
Market drivers shift with time—clean beauty, skin barrier health, and sustainability all shape how manufacturers like us set priorities. Recent years have seen more requests for traceable, ethical sourcing, non-palm raw materials, and biodegradable packaging. We invest in green chemistry updates every budget cycle, from solvent recovery to waste minimization. Our approach is to blend technical advancement with market expectations, learning from each partnership and field report.
Looking ahead, we see growing demand for Stearyl Glycyrrhizinate in dermal patches, leave-on face masks, and stick balms. These formats stretch the ingredient’s performance window, challenging us to keep improving production consistency and application research. We’re open about new hurdles as they arise—maybe an unexpected interaction with a novel active, or a surprise textural outcome at scale. By facing such setbacks head-on, we build the long-term confidence that turns first-time buyers into manufacturing partners for life.
Our production floor treats transparency as non-negotiable. Stakeholders need genuine answers and robust data, not polished claims. We publish our monthly audit summaries internally, hold open discussion rounds to capture worker feedback, and run yearly external reviews. Suppliers shifting crop sources, a contract transporter running late, or a documentation gap emerging—these all get tackled quickly and directly. Only by owning every step—sourcing, manufacture, packing, documentation—can we fulfill the implicit promise that comes with each kilo of SGZ-18.
We never rest on old processes. The landscape keeps evolving and so must our approach. Customers need more than high-purity chemicals—they need a real partner invested in mutual growth, quality, and innovation. Every conversation, every shipment, every joint trial gives impetus to refine our operation. Stearyl Glycyrrhizinate might be an ingredient on a list, but behind each batch stands a connected chain of people, relationships, field trials, and technical refinements—a collective effort offering more than what any off-the-shelf product could deliver.