|
HS Code |
823064 |
| Chemical Formula | C24H42O21 |
| Appearance | White crystalline powder |
| Taste | Sweet |
| Solubility In Water | High |
| Melting Point | 101-104°C |
| Source | Leguminous plants (e.g., soybeans) |
| Class | Tetrasaccharide |
| Uses | Food additive, prebiotic |
| Cas Number | 474-07-7 |
| Stability | Stable under normal conditions |
| Energy Value | Low, due to poor digestibility |
| Synonyms | Stachyose tetrahydrate |
| Hygroscopicity | Moderately hygroscopic |
As an accredited Stachyose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Stachyose is packaged in a sealed, opaque 500g plastic bottle with clear labeling, including chemical name, purity, and safety information. |
| Shipping | Stachyose is typically shipped in tightly sealed, moisture-resistant containers to maintain its stability and prevent contamination. Packages are labeled clearly with product and hazard information, though stachyose is considered non-hazardous. During transit, it should be kept in a cool, dry environment, away from strong oxidizing agents for optimal preservation. |
| Storage | Stachyose should be stored in a tightly sealed container, protected from moisture and light, and kept in a cool, dry place. Avoid exposure to excessive heat or humidity. For laboratory use, storage at room temperature (15–25°C) is typically acceptable. Ensure proper labeling and segregation from incompatible substances to maintain its stability and quality over time. |
|
Purity 98%: Stachyose Purity 98% is used in functional food formulation, where it enhances prebiotic activity and supports gut microbiota balance. Molecular weight 666.6 g/mol: Stachyose Molecular weight 666.6 g/mol is used in dietary fiber enrichment, where it increases oligosaccharide content for improved digestive health. Water solubility 250 g/L: Stachyose Water solubility 250 g/L is used in beverage manufacturing, where it ensures rapid dissolution and consistent sweetness profile. Particle size D90<75 µm: Stachyose Particle size D90<75 µm is used in powdered drink mixes, where it ensures homogeneous distribution and smooth mouthfeel. Melting point 101°C: Stachyose Melting point 101°C is used in bakery product development, where it provides heat stability and consistent texturizing performance. Stability temperature up to 60°C: Stachyose Stability temperature up to 60°C is used in dairy supplementation, where it maintains functional integrity during pasteurization processes. Low hygroscopicity: Stachyose Low hygroscopicity is used in nutritional bar formulations, where it reduces moisture uptake and prolongs product shelf life. pH stability 4-8: Stachyose pH stability 4-8 is used in acidic beverage applications, where it resists degradation and preserves nutritional efficacy. |
Competitive Stachyose prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
Flexible payment, competitive price, premium service - Inquire now!
Every day in our factory, we see the demand for dependable, plant-based oligosaccharides continue to rise across food, health, and bioprocessing industries. Stachyose has quietly moved to the front of this movement. We’ve spent years refining its extraction and purification, controlling every step from seed selection to final drying. As a manufacturer who works hands-on with non-GMO plant materials, we value reliable, traceable sourcing practices in assuring consistent stachyose quality.
Unlike commodity sugars, stachyose isn’t just a sweetener. It’s a tetrasaccharide, or a chain of four sugars joined together. Our main product goes by the model name “Stachyose 95,” referencing the 95 percent purity we frequently achieve on our dry powder by HPLC testing. We developed this grade over years of listening to client feedback in nutrition, dairy alternatives, and functional foods. Consistent purity is key: even a few percentage points of impurities can affect taste, flow, and interaction with gut bacteria. Batch-to-batch analysis helps us meet strict requirements for trace materials, moisture, and physical appearance. Most samples read below 5% moisture, with a white to off-white, fine crystalline or amorphous powder as the finished appearance. Our line also offers a 90% model when price-sensitive clients require it.
Unlike some in the business, we choose to avoid using harsh solvents or additives at any stage. Instead, our team relies on a combination of physical filtration, controlled temperature stages, and natural precipitation. By sticking with water-based extraction from carefully sourced legumes, we reduce chemical footprint and appeal to food manufacturers looking for “clean label” solutions. Looking at competing oligosaccharides—such as raffinose or isomaltulose—stachyose offers clearer labeling prospects and unique prebiotic effects. It doesn’t spike blood sugar, so the end product aligns with the needs of diabetics and those on low-GI diets.
Among oligosaccharides, stachyose shows a rare ability to serve both humans and animals. In animal nutrition, prebiotic fermentation in the gut helps stabilize beneficial bacteria populations. For humans, the oligosaccharide passes undigested through the upper digestive tract and gets fermented in the colon, aiding in the production of short-chain fatty acids. Our nutritionist partners report that stachyose performs better in studies on Bifidobacterium and Lactobacillus proliferation than similar plant polysaccharides. In technical terms, the “prebiotic index” in model microbiome simulations outpaces that of raffinose or fructooligosaccharides.
Clients formulate stachyose into everything from meal-replacement shakes to infant formula, basing decisions on how it affects product stability and mouthfeel. Some syrup versions from competitors offer liquid formats, but they face a limited shelf life and microbial stability issues at room temperature. Our powder, handled in a climate-controlled environment, maintains flow and shelf stability for years. The free-flowing texture allows easy dosing and dispersion. Another key point: beyond labeling as “prebiotic fiber,” customers in the food space like that it offers mild sweetness with no aftertaste, supporting sugar-reduced and health-forward recipes.
Over the years, technical teams have demanded more than just high purity—they’ve asked us to keep ash and heavy metals as low as possible, with regular screening for microbial load and pesticide residues. Even if not every market demands it, we proactively work toward pesticide residue levels below national and regional thresholds, and our regular third-party certificates display these results. Allergen management starts at the farm: we select from approved farms where peanut or soy rotations are not followed by the source crop. That keeps accidental allergens out of the raw material stream.
Our customers aren’t just looking for a spec sheet—they want to know we back every kilo with a paper trail and reference samples, kept for every lot, supporting traceability. Stachyose 95 comes in 20kg double-layer food-grade PE bags, sealed for moisture and contamination control. For the 90% standard, packing and QC procedures echo the same care, down to documentation of warehouse storage temperature and humidity readings. We train operators to catch off-color batches during production, segregating for reprocessing rather than pushing nonconforming lots into the market.
Stachyose separates itself from common alternatives on both the analytical and practical side. Raffinose and isomalto-oligosaccharide can both come from similar plant sources, but their chemical structure means they ferment a little differently in the gut, and their sensory impact in food varies. Isomalto-oligosaccharides often bring a heavier, malty undertone to finished food. By contrast, stachyose’s profile is subtle and neutral, helping formulators avoid masking flavors or using extra thickeners in beverages and dairy replacements.
Cost is another point worth mentioning. Stachyose extraction is more labor-intensive because its solubility and crystallization require tighter controls than basic monosaccharides or disaccharides. Some firms cut corners by blending cheaper oligosaccharides or using spray drying on lower-grade feedstock. Over time, we’ve noticed these shortcuts reduce tolerance to heat and humidity, sometimes causing caking and off-odors in blends. Our best customers report that our stachyose holds up better in high-shear mixing, high-temperature extrusion, and even in longer warehouse holding conditions.
Food safety audits have grown stricter across the globe. Our processes and documentation help multinational partners navigate export requirements, from U.S. and E.U. food ingredient registrations to certifications for non-GMO, Kosher, and Halal compliance. For Asia-Pacific customers, local authorities sometimes ask for extra origin and allergen statements; we maintain bilingual documents and work closely with our partners to ensure full market access.
There is more to compliance than just meeting today’s standards. We work with food safety experts and consultants to predict upcoming regulatory trends—particularly on minimum prebiotic content, quality labeling, and pesticide traceability. Many food regulations now require full batch traceability back to the field. We answer these requests with digitized logging, automated lot tracing, and archive management of all environmental data from planting to final seal. Our digital batch records and cloud system allow real-time access by food auditors as well as internal QA teams.
Years of discussion with clinical nutritionists taught us that stachyose is more than a dietary fiber supplement. Several randomized studies link stachyose to improved Bifidobacterium and Lactobacillus growth in the gut, a benefit not always seen with other plant fibers such as inulin. In animal feeding trials, stachyose boosts nutrient absorption, immunity, and the antioxidant status of the animals over several weeks of feeding. In children’s formulas, nutraceutical shakes, and nutrigenomic products, ingredient transparency wins consumer trust. Our plant-to-powder workflow supports ingredient declarations matching popular consumer demands—non-GMO, allergen-reduced, additive-free, and batch-certified.
Some countries classify stachyose as a “novel food ingredient,” so we work alongside partners to prepare GRAS dossiers and food additive filings as needed. Documented prebiotic action and compatibility with special diets allow stachyose to serve as a core ingredient in launches promoted for gut health and metabolic management. Purity is crucial in this space, because unintended contaminants—such as D-mannitol, advanced glycation end-products, or high levels of simple sugars—can affect both function and label claim. That’s why we focus expertise on careful process control and third-party validation at multiple stages along the line.
Working closely with R&D labs has shown us that subtle differences in particle size and purity make a real difference in large-scale blending and final product quality. For bakery and cereal applications, flowability and dispersibility act as top priorities; dusty, lumpy, or slow-dissolving powders cause batch losses. Our refining and drying equipment evolved to target the right mid-range particle size, giving stachyose that both pours easily and dissolves well. In beverage concentrates and infant blends, fine powder integrates rapidly, cutting mixing times. Taste panels for ready-to-drink formulas consistently rate stachyose as clean-tasting, with no bitterness or off-flavors, even above 4% w/w additions.
Stachyose also fills a technical niche for plant-based dairy and yogurt lines that need both mouthfeel and prebiotic activity, without introducing FODMAP triggers at standard serving levels. This sets it apart from high-dosage inulin or certain short-chain fructooligosaccharides, which sometimes cause bloating in sensitive consumers. Clients in the health beverage space find they can add our product without pushing sweetness, off-texture, or aftertaste, enabling beverage launches that satisfy both clean-label standards and metabolic health messaging. In pasta, instant soup, and sports bar segments, it holds up after heat processing much better than shorter-chain alternatives.
Securing a protected, traceable manufacturing chain is core to our approach. We log every bag of raw material and retain samples from every production lot so that any issue—flavor, color, or chemical analysis—can be traced back and addressed. All stages in our process center around both product integrity and worker safety. Each area of the plant, from washdown rooms to drying rooms, has routine pesticide and allergen surface testing to reduce risk of cross-contact. We undergo both planned and spot customer audits regularly, so nothing is left to chance in sanitation.
The reality in manufacturing stachyose is this: high purity does not emerge by accident. We invest in highly trained technicians, energy-efficient drying technology, regular equipment maintenance, and continual upskilling of staff to recognize and resolve production challenges in real time. Every process, from the first water wash of raw legumes to the last seal in the packing room, is documented and regularly reviewed for potential process improvements. Our maintenance and QA teams discuss every batch that falls short of target specs, learning from each incident. When issues arise—say, an unexpected spike in dissolved minerals from a certain crop year—we adjust filtration and crystallization steps to maintain product standards and prevent contamination from slipping through.
Sustainability has become a core consideration for buyers and regulators. The source plant, planting methods, and even the cleaning water provide critical audit points, so we partner with growers using integrated pest management and limited synthetic inputs. Water for extraction comes from tested, municipal sources, and we monitor effluent from our plant to protect local waterways. Our production lines recycle energy for certain stages of heating and drying, reducing the overall plant carbon footprint. Even bagging and pallet management incorporate recycled, certified food-grade materials, and we periodically test packaging integrity under real-world transport conditions to anticipate breakage or spoilage before shipment.
As a domestic manufacturer supplying both home and export markets, we must account for weather-driven crop irregularities and unexpected supply chain disruptions. Forward contracting with growers, seed selection from established partners, and on-hand inventory of key inputs allows us to weather market instability and keep prices predictable. Several food ingredient and supplement companies in our network ask for open communication on harvest yields, quality grades, and backup stock—transparency here builds trust, minimizes risk, and avoids unfortunate surprises.
Customer interest in oligosaccharides grows year after year, but not all customers seek the same outcomes. Some prioritize maximum prebiotic effect, aiming to help people facing metabolic syndrome or digestive issues; others run on cost or physical properties. Our commitment, as a direct manufacturer, is to offer both consistent high purity and honest communication about batch performance, expected outcomes, and foreseeable challenges—never overselling and never cutting corners on safety or documentation.
We view innovation as a conversation between what our processing technology can achieve and what partners need. Product managers in the sports nutrition or gut health segments often want both proof-of-origin and in-use studies on stability. Our labs maintain regular R&D with leading food scientists to keep reformulations up to date, introducing modifications if new food applications or emerging regulations demand it. Continuous data sharing with upstream suppliers and downstream clients is part of our work, supporting both efficiency and safety.
Over decades of producing plant-based carbohydrates and working with food scientists, we’ve learned the importance of marrying technical strength with transparency. Building stachyose into a reliable product didn’t happen overnight. Behind every container leaving our plant lies data about safety, sustainability, and technical performance that can stand scrutiny from the world’s toughest buyers. We take pride in keeping close to our products, using feedback from every application—infant nutrition, sports recovery, elderly care, and general wellness—to push for improvements.
Stachyose’s combination of neutral flavor, tight prebiotic function, and resilience to processing has made it a preferred ingredient in new functional foods. Clients benefit from both technical guidance and openness on traceability and safety. Remaining responsive to global changes—environmental shifts, market pressure, rising consumer expectations—means putting science, ethics, and hands-on experience at the foundation of what we do. Our doors remain open to partners who share this view as we keep stachyose production safe, reliable, and future-ready.