|
HS Code |
899467 |
| Cas Number | 17465-86-0 |
| Molecular Formula | C48H80O40 |
| Molecular Weight | 1297.12 g/mol |
| Appearance | White crystalline powder |
| Solubility In Water | Soluble |
| Melting Point | Unspecific, decomposes above 300°C |
| Odor | Odorless |
| Taste | Slightly sweet |
| Purity | Typically ≥98% |
| Ph Of 1 Solution | 5.0 - 8.0 |
| Storage Conditions | Store in a cool, dry place |
| Density | 1.53 g/cm³ |
| Synonyms | γ-Cyclodextrin, gamma-CD |
| Source | Enzymatic degradation of starch |
| Applications | Food, pharmaceuticals, cosmetics |
As an accredited Gamma-Cyclodextrin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Gamma-Cyclodextrin is packaged in a white, sealed 500-gram plastic bottle, labeled with product name, purity, batch number, and safety instructions. |
| Shipping | Gamma-Cyclodextrin is shipped in tightly sealed containers, protected from moisture and extreme temperatures. Packaging typically involves high-density polyethylene drums or fiberboard boxes with polyethylene liners. Labels comply with regulatory standards, and relevant documents, such as Safety Data Sheets (SDS), accompany each shipment. Ensure storage in a cool, dry place upon receipt. |
| Storage | Gamma-Cyclodextrin should be stored in a tightly closed container, in a cool, dry, and well-ventilated area. Protect it from moisture, heat, and direct sunlight. Store at room temperature, preferably between 15–25°C (59–77°F). Avoid strong oxidizing agents. Ensure the storage area is clean and labeled appropriately for laboratory chemicals to maintain product stability and safety. |
Competitive Gamma-Cyclodextrin prices that fit your budget—flexible terms and customized quotes for every order.
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Gamma-cyclodextrin isn’t just another white powder on the shelf. From our experience running reactors to the rows of trays in our drying rooms, it’s a product we’ve come to know with both pride and stubborn dedication. This cyclic oligosaccharide comes from the enzymatic processing of starch. On the production floor, we watch its transformation under controlled temperatures and precisely timed enzyme exposures. Unlike beta- or alpha-cyclodextrin, gamma-cyclodextrin carries eight glucose units. Its larger cavity sets it apart before we even see it hit the analytical lab.
This difference in structure means the applications branch off fast. Where beta-cyclodextrin supports plenty of traditional encapsulations, gamma-cyclodextrin turns heads by welcoming bigger and more hydrophobic molecules. Our chemists have shown this countless times in lab trials, noting a definite edge for customers needing to work with bulkier compounds. The resulting inclusion complexes not only protect sensitive flavors, vitamins, or actives, but actually bring solubility and stability that can’t be matched with its smaller siblings.
There’s always hunger for innovation. Food technologists and supplement formulators come to us not for generic excipients, but for a cyclodextrin that actually broadens their product range. Larger capacity for guest molecules means higher payloads in every dose. For the beverage world, that means clearer, tastier liquids where previous formulations clouded and separated. On pharmaceutical lines, the solubility win pairs with less risk for irritation, addressing what pharmacists and clinicians tell us their patients have been asking for. Personal care companies see water-sensitive actives stay fresh longer on the shelf.
There’s no shortcut in manufacturing. Our gamma-cyclodextrin comes as a free-flowing, low-dust powder, carefully dried and sieved for easy handling at scale. Through our process, we lock in a moisture content that keeps it shelf-stable, yet dispersible. Each batch enters HPLC, mass spec, and microbial testing long before it’s considered ready for shipment. Purity is checked not just for customers’ requirements, but because longer downstream problems erode trust, and that’s a cost no manufacturer forgets.
Our team can spot the shift in tray color or humidity as soon as they walk into the finishing room. We know how much residual solvent is too much, and our QC feedback loop from packaging to batch records ensures no surprises. Over the years, we’ve invested in custom monitoring for heavy metals and pesticides, especially for nutraceutical and food-grade buyers. We calibrate and cross-check our methods against accepted pharmacopeias whenever those specs apply. Color, particle size, and bulk density have all gotten their share of internal debate, because the end user will notice even the small changes.
On the factory floor, what stands out with gamma-cyclodextrin is the sheer size of its central cavity. We’ve measured and mapped the guest-to-host ratios—larger hydrophobic molecules tuck inside, forming inclusion complexes that transform product performance right from the prototype stage. Functional food companies chasing better bioavailability know the stats: gamma-cyclodextrin increases water solubility for fat-soluble vitamins and antioxidants, making functional drinks and confections accessible to a segment that would otherwise struggle with muddy dispersions.
For pharmaceuticals, the clinical literature backs up what we see in our customer trials. Gamma-cyclodextrin complexes reduce tissue irritation associated with excipients, especially for active ingredients demanding precise oral or injectable formulations. With a natural origin and a recognized safety profile, product development teams avoid the regulatory hurdles that often slow timelines when using synthetic encapsulants. Its high solubility (over 230 g/L at 25°C) outpaces both alpha- and beta-cyclodextrin, freeing formulators to minimize excipient content—critical for pediatric or geriatric products sensitive to total volume.
In the supplement sector, taste masking ranks high. Gamma-cyclodextrin doesn’t lock in off-notes the way artificial carriers do. In repeated customer tests, flavors stay true, release at the right point in digestion, and avoid the lingering chalkiness or bitterness that leads to customer complaints. Snack and sports nutrition brands set their launches around this, choosing gamma-cyclodextrin when they can’t risk negative reviews.
Personal care innovators bring us problems with solubilizing fragrant or sensitive actives. Gamma-cyclodextrin’s larger cavity fits bigger molecules, like natural oils and essential components, so emulsions stay clearer, fragrances stick around, and oxidation slows down. Every batch we send comes with test data for inclusion rate and stability because we know these metrics underpin every new launch.
Having seen trends come and go, we recognize that not all cyclodextrin is made the same. Some suppliers skip critical quality controls, leading to scratches in product labels and real-life recalls. We take zero risks. Every production run involves a meticulous cleaning protocol, monitored enzyme addition, and staged sampling. Our experienced technicians trace deviations in viscosity or color to upstream variables, not guesswork.
We don’t sell by description alone. An audit of the production process reveals our commitment to traceability: from corn starch lots to final packaging, every step can be tracked back through digital batch records and physical logs. This transparency matters to global buyers facing stricter documentation requests. It also matters internally; it’s what we look at each quarter to assess where improvements are needed or where investments pay off.
Over the years, we’ve tuned our scale-up strategy to maintain consistency. Small-batch specialty grades receive the same filtration and drying scrutiny as high-volume commodity lines. We have invested in both closed and open reactor systems to accommodate customer projects that need tailored processing—be it for enhanced purity, reduced micro, or custom particle size. When supply chains across the globe face disruptions, we have weathered storms with reliable lead times, thanks to our vertical integration and strong local raw material sources.
Manufacturing for global markets, we encounter every kind of end-application challenge. One month brings requests for pharmaceutical grade, water-soluble actives for pediatric formulations; the next, a sports nutrition brand wants ultra-low microbial counts for a ready-to-mix powder. We adapt, never losing sight of what’s at stake for our customers. Food and beverage clients demand inclusion rates proven through real-world testing, not just lab certificates. Formulations should withstand the heat, pH, and agitation of modern processing lines without breaking down.
In regions with tough regulatory frameworks, our team has built up a library of certifications, including Kosher, Halal, non-GMO, and allergen assessments, audited and confirmed by third-party laboratories. We don’t rely on paperwork alone; our in-house QA staff regularly test random samples from finished goods, a discipline that pays off in the rare moments a specification deviation arises.
For plant-based or clean label brands, the demand for transparency and sustainability has grown sharper. We respond by sharing life-cycle data, energy and water usage, and providing input for LCA assessments. Sourcing enzymes and starch from responsible suppliers, we ensure each loading dock visit reflects not only business acumen but environmental stewardship.
Years of formulation feedback tell us that gamma-cyclodextrin isn’t a one-size-fits-all answer. Its unique structure means higher cost compared to alpha- and beta-cyclodextrin, so applications need careful value assessment. Our engineers and sales chemists work directly with customers to optimize dosages, making sure each inclusion complex meets both technical and budget expectations.
Some molecules simply don’t fit, despite the larger cavity. Others risk over-complexing, leading to unplanned dissociation and loss of encapsulated actives during manufacturing or storage. We run accelerated stability trials to mimic real supply chain abuses—from hot, humid container holds to freezing shipments gone wrong. Results feed back into production, so later batches resist the same surprise breakdowns.
There are applications, especially in industrial or environmental cleanup, where other cyclodextrins perform better. Gamma-cyclodextrin shows its strength in food, pharma, and personal care, where larger or more hydrophobic guests are in play. Projects requiring higher loading or unusual pH resistance sometimes prompt us to propose custom blends or multi-cyclodextrin systems. We view this as collaboration, not just product placement—honesty that shapes real relationships rather than one-off transactions.
Dealing directly with regulatory inspectors, our compliance department works every batch through the maze of food additive, pharma excipient, and novel food rules across dozens of countries. No shortcuts or ambiguous documentation; every shipment gets a matching COA, micro data, allergen statement, and traceability trail. If a customer asks for additional documentation, it’s produced from original batch records, not recreated for convenience.
We get questions weekly from regulatory affairs teams: sourcing confirmation, country of origin, cross-contamination risk assessments. Meeting these head-on has built trust that outlasts contract cycles. Our gamma-cyclodextrin features in new dietary ingredient notifications, has passed regional food additive reviews, and lines up with harmonized pharma monographs. When trace allergen questions arise, we let customer audits run as deeply as needed—nothing shielded or papered over.
Trends toward clean label, plant-derived ingredients continue. We source our feedstock to fit, offer identity-preserved and conventional options depending on end-use, and provide full traceability attestation. Worker safety and environmental footprint play as prominent a role in our production audits as material yield, supporting global brands with values matching market realities.
No two manufacturing seasons run the same. We see swings in raw starch price, shifts in enzyme availability, and even new regulatory advisories. Our response always focuses on resilience. Internal pilot lines allow us to trial new processing tweaks before rolling them out. If a customer proposes a novel use at smaller scale—a clinical trial, a beverage prototype—we can supply R&D packs with the same diligence as full-container loads.
Finished product doesn’t leave our warehouse until batch control, packaging checks, and shipping planning converge with customer requirements. It sounds simple, but learning to synchronize production to shifting customer schedules takes trial and error, along with some hard-won lessons from logistics headaches. We build lead times with enough buffer to absorb shipping disruptions, and we support partners through documentation, customs clearance, and regulatory import reviews.
Through every stage, from fermentation equipment maintenance to labor training, experience shows that a philosophy of continuous improvement—driven by data and fueled by customer feedback—pays greater dividends than any shortcut.
Our business doesn’t exist in a vacuum. Local regulations, global discussions about carbon footprints, and real pressure from customers force us to rethink water recycling, waste valorization, and supply chain transparency every year. We collect water use rates in production, and we’re constantly looking to tighten our closed-loop systems. Sourced starch comes from regional suppliers committed to soil health, biodiversity, and responsible land management, documented with third-party certification.
Enzyme technology keeps evolving, improving yields and reducing by-product generation with each new release. Our investment in cleaner energy sources, waste heat recovery, and lean chemical inputs means not only cost savings but a reduction in environmental impact. We consult with downstream customers on carbon and water use, supporting mutual improvement targets for major brand launches.
Transparency plays out in practical actions. Waste handling teams are trained in local compliance as well as global best practices. We document and reduce scope 1 and 2 emissions, challenge assumptions, and believe that sustainable sourcing starts in the purchasing office, not marketing materials. As customer expectations rise, our transparency grows, not just to pass an audit, but to build credibility for the long term.
Gamma-cyclodextrin isn’t static. Our investment in process control, analytics, and scale-up modeling enables us to anticipate changes in raw materials and shifting regulatory landscapes. Recent years brought more demand for trace biomarkers, ultra-low pesticide grades, and custom blends targeting specific solubility curves. We welcome technical challenges, knowing that every complex asks new questions of our process.
It’s not enough just to make a compliant product. Customers drive our R&D calendar: faster dissolution for instant beverages, higher stability for nutraceutical blends in tropical climates, and pouch packaging to support single-serve needs. Collaborative projects with universities and industry leaders keep our team on the leading edge, not only with new technologies but also with practical training for on-the-floor staff.
Every improvement feeds back into the process—less downtime, better yields, more consistent product, and fewer customer complaints. We see our job as more than supply; it’s about problem-solving and knowledge sharing, making every ton of gamma-cyclodextrin represent not only a commodity but a shared commitment to quality and responsible production.
After years in this field, we know that each order we ship is more than a transaction. Whether for global nutrition brands, clinical developers, or personal care innovators, our relationships build from answering technical questions, solving small problems, and owning our results. With gamma-cyclodextrin, the power comes not only from cyclodextrin chemistry but from real-world experience, hands-on work, and a readiness to tackle the next application challenge together.