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HS Code |
911286 |
| Chemical Name | Fatty Acid Sucrose Glyceride Ester |
| Appearance | White to off-white powder or waxy solid |
| Odor | Mild or neutral |
| Solubility In Water | Dispersible but insoluble |
| Solubility In Oil | Soluble |
| Melting Point | 40-70°C (varies by composition) |
| Hlb Value | 9-16 (depends on fatty acid chain length) |
| Emulsifying Ability | Excellent |
| Origin | Vegetable-derived |
| Ph In 1 Solution | 5.0-7.5 |
| Molecular Weight | Variable (mixture of esters) |
| Functional Use | Emulsifier, stabilizer, surfactant |
| Toxicity | Generally regarded as safe (GRAS) |
| Common Applications | Food, cosmetics, pharmaceuticals |
As an accredited Fatty Acid Sucrose Glyceride Ester factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Fatty Acid Sucrose Glyceride Ester is a 25 kg net weight kraft paper bag with inner polyethylene lining. |
| Shipping | Fatty Acid Sucrose Glyceride Ester should be shipped in tightly sealed, food-grade containers, protected from moisture, heat, and direct sunlight. Transport in cool, dry conditions. Ensure containers are properly labeled with chemical identification and handling instructions in compliance with relevant shipping and safety regulations. Avoid contact with incompatible substances. |
| Storage | Fatty Acid Sucrose Glyceride Ester should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and moisture. Keep the container tightly closed and avoid contact with strong oxidizing agents. Store in original, labeled containers to prevent contamination. Ensure proper handling and storage to maintain product stability and quality. |
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Purity 98%: Fatty Acid Sucrose Glyceride Ester with purity 98% is used in food emulsification, where it ensures stable oil-in-water emulsion formation. Molecular Weight 950 Da: Fatty Acid Sucrose Glyceride Ester with molecular weight 950 Da is used in pharmaceutical tablet coatings, where it improves dissolution rate and uniformity. Melting Point 55°C: Fatty Acid Sucrose Glyceride Ester with melting point 55°C is used in confectionery fat replacers, where it provides enhanced melting behavior and texture. HLB Value 13: Fatty Acid Sucrose Glyceride Ester with HLB value 13 is used in cosmetic cream manufacturing, where it delivers improved dispersion and homogeneity. Viscosity 300 mPa·s: Fatty Acid Sucrose Glyceride Ester with viscosity 300 mPa·s is used in beverage clouding systems, where it increases suspension stability and mouthfeel. Particle Size <10 μm: Fatty Acid Sucrose Glyceride Ester with particle size less than 10 μm is used in powdered drink mixes, where it enables rapid dissolution and smooth texture. Stability Temperature 120°C: Fatty Acid Sucrose Glyceride Ester with stability temperature 120°C is used in baking margarine applications, where it maintains consistent emulsification during high-temperature processing. Acid Value 5 mg KOH/g: Fatty Acid Sucrose Glyceride Ester with acid value 5 mg KOH/g is used in infant formula production, where it minimizes off-flavor development and enhances product safety. Iodine Value 18: Fatty Acid Sucrose Glyceride Ester with iodine value 18 is used in personal care formulations, where it contributes to skin hydration and mildness. Color (Gardner) <2: Fatty Acid Sucrose Glyceride Ester with color Gardner less than 2 is used in transparent beverages, where it preserves clarity and aesthetic appeal. |
Competitive Fatty Acid Sucrose Glyceride Ester prices that fit your budget—flexible terms and customized quotes for every order.
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Today's market pushes for shorter ingredient lists and cleaner formulations, and Fatty Acid Sucrose Glyceride Ester finds a real seat at the table. I’ve watched the shift, not just among big manufacturers but with small players, seeing how the ingredient impacts everything from processed dairy drinks to niche vegan snacks. The clearest feature: it's a food-grade, plant-derived emulsifier that brings together sucrose, fatty acids (often from palm or coconut oil), and glycerol through a natural enzymatic process. This means putting away some of the old, worry-inducing chemical names and welcoming a label-readable addition.
The model type and grade of this product determine how it behaves in a recipe. You’ll spot numbers like SE (sucrose ester) 1670 or 370, which reflect the type and chain length of fatty acid bonded to sucrose and glycerol. Different models suit distinct kinds of mixing and hold up to various shelf life pressures. High HLB grades (Hydrophilic-Lipophilic Balance), such as SE-1670, do best in recipes that need water solubility, like drinks and airy bakery fillings. Medium HLB (SE-370) works better for oil-rich mixtures, like chocolate and some nut butters. Unlike older emulsifiers, this ingredient often skips the need for added stabilizers thanks to a finer control over dispersion and mouthfeel, especially in recipes sensitive to over-processing.
Fatty Acid Sucrose Glyceride Ester comes into its own in tough-to-balance recipes. A good example is plant-based milk, where proteins, water, and plant oils typically want to separate the instant a carton leaves the factory. After trying different methods at a food science bench, a single gram of this ingredient per liter smooths that split and creates lasting consistency, saving headaches for those who hate shaking their oat drink every time.
These esters solve texture issues without drowning food in artificial mouthfeels or aftertastes. The structure—joining hydrophilic (water-loving) sugar parts with lipophilic (oil-loving) fatty acids—lets them stand between water and oil droplets. Instead of letting them separate, the ester forms a thin film around droplets, which means sauces don’t curdle, ice cream doesn’t get sandy, and salad dressings keep their creamy pour.
People want more than easy mixing—they want ingredients that clear allergen and dietary hurdles. The production process ditches animal fats, so this ester stays vegan and fits kosher or halal needs more easily. Having worked with brands careful about every trace ingredient, the ester offers much-needed peace of mind for buyers watching certifications.
Some of us remember lecithin or mono- and diglycerides dominating labels. While those stalwarts got the job done, they brought baggage. Allergens—like soy—from lecithin often restrict product scope. Some shoppers push back on mono- and diglycerides due to opacity in their sourcing (often animal fat), and they sometimes come with less control over the finished product’s taste and aroma.
Fatty Acid Sucrose Glyceride Ester takes clear wins by sidestepping most of these concerns. Since this ester derives directly from sucrose and plant oils using cleaner technology, neither animal-based contaminants nor major allergens sneak into the mix. This factor helps companies replace whole categories of traditional emulsifiers, bringing a friendlier profile both for regulatory compliance and consumer trust. I’ve sat in meetings with regulatory teams who see this ester as less of a red flag in markets sensitive to E-numbers or “chemical-sounding” ingredients.
Flavor protection helps turn recipes from good to memorable. Unlike soy lecithin, the ester introduces almost no taste of its own. Chefs and developers can highlight delicate notes—whether it’s mint in a gelato or the nuttiness in artisanal spreads—without an emulsifier that clouds the blend. For companies looking to launch into clean-label territory, this difference holds weight, especially since today’s social media hands consumers a megaphone for every unwanted flavor.
This isn’t a one-market additive. The same way Fatty Acid Sucrose Glyceride Ester keeps plant-based milk smooth, it solves hardness and separation in pharmaceutical suspensions, syrups, and creams. Topical gels often need thickening without a greasy after-finish. In these cases, the ester’s balanced hydrophilic-lipophilic structure sets a soft, semi-solid base, supporting vitamins or drugs prone to instability in standard solvents. From a formulator’s perspective, the dose flexibility and reliable stabilization often cut iterations in early-stage development.
In personal care, the material’s mildness stands out. Without the waxy residue or masked smells of traditional surfactants, it keeps facial cleansers clear, shampoos even, and lotions supple with less risk of irritation. Allergy concerns weigh on personal care buyers, and plant-based sourcing usually means fewer triggers for users with sensitive skin.
People living with chronic diseases or on special diets need ingredients that won’t surprise them or doctors. Because this ester digests much like sugar and fat, it goes into medical food—liquid supplements or easy-to-swallow preparations—where every nutrient counts and allergy-free means more lives touched.
Plant-based movements drive more than just consumer habits; they send signals down supply chains. Fatty Acid Sucrose Glyceride Ester often draws from palm or coconut oil, which presses the question of sustainability. Some may worry about palm-related deforestation or labor. Brands and buyers demand RSPO-certified palm (Roundtable on Sustainable Palm Oil) or alternatives like certified coconut oil. I recall supplier audits where certification and transparency measures meant the difference between sealing a deal or walking away.
Lower required dosages (as low as 0.2-1.0% by weight) compared to classic emulsifiers mean less strain on agricultural resources per kilo of finished food. Logistics departments can move less product for the same stabilization, building in cost and emissions savings at scale. From a manufacturing lens, efficient use of resources matters as much as cost or consistency.
Shelf-stable foods are only as good as their resistance to heat and cold. The ester resists breakdown under pasteurization, sterilization, or freeze-thaw cycling better than most plant or animal-derived substitutes. For global brands shipping across continents, or for small businesses relying on months of shelf life, this factor can slash returns, customer complaints, and waste.
Big companies can afford multiple emulsifiers and batch tweaks, but smaller food startups and boutique kitchens want one additive to cover dairy-free cheese, creamy dressing, and vegan ice cream. Here, Fatty Acid Sucrose Glyceride Ester works as a single-ingredient fix for all kinds of formulation headaches. In test kitchens I’ve worked with, even a few grams smooth out results across very different food bases, letting inventors spend less time fighting texture and more time selling ideas. Less ingredient overlap also lightens the regulatory paperwork pile.
Packaging teams get wins from this ester’s clean blending. Say goodbye to the annoying layering or separation inside clear bottles and jars. More stable appearance means less consumer doubt and waste at the fridge shelf. Allergen maps also get easier—more buyers see the plant-based label and skip the call to customer care to ask about egg, soy, or dairy traces.
Startups living scan-by-scan in physical or online stores want recognizable names. “Sucrose ester” or “Sugar ester” on the ingredient label draws less suspicion than clunky terms like “polysorbate 60” or “datem.” In my experience, copywriting for new products flows faster and smoother when the science stays transparent and the sales team avoids the old chemical tongue twisters.
Few things rattle a brand faster than negative headlines or ingredients that end up on exclusion lists. Fatty Acid Sucrose Glyceride Ester has a history of recognition as safe across major regulatory agencies, including the US FDA and EU authorities. Clearly stated maximum usage amounts keep companies inside the lines. With cleaner sourcing and predictable digestion, risk registers stay lean. The fact that it metabolizes much like table sugar and common dietary fats means both kids and adults handle it as part of regular food intake.
Clean labels and transparency still don’t mean ignoring scrutiny. Consumers read more than ever—looking up each word before finishing their shopping cart. From seeing product launches up close, brands that put the full, non-sensational story of their ingredients on the surface actually build stronger trust, not just short-term market buzz. This ester offers brands the comfort of a clear supply history and a low allergy footprint—so both sales and regulatory teams rest easier.
For people with chronic food allergies or rare diseases, the low risk of cross-contamination or hidden allergens in Fatty Acid Sucrose Glyceride Ester means fewer hospital visits or uncomfortable calls to hotlines. It’s not just a small “may contain traces” on a wrapper—it’s real-world calm for families who can’t afford dietary mistakes.
Some fear new emulsifiers mean premium costs, but batch-process improvement and new sourcing mean Fatty Acid Sucrose Glyceride Ester edges closer to parity with classic options. By reducing the ingredient count per batch and lowering scrap rates, it often saves processors on both purchase price and downstream operational costs. In cases I’ve handled, firms realize further savings simply by not needing backup additives or shelf-life extenders. In markets forced to stretch every dollar, this kind of compounded cost control often makes or breaks a product line.
International food labeling and regulatory approval can stump product launches, but this ester’s broad acceptance speeds up global expansion. No need for complex translations or justification documents about animal-based risks. Launch teams can focus on taste, not compliance paperwork. For startups entering export or e-commerce, these small steps scale up into major time savings—and less cash spent on regulatory consulting.
People crave food that tastes good, lasts longer, and feels right in the mouth, without mystery ingredients. The modern food shelf sees new ideas launching every season—non-dairy chocolates, gluten-free muffins, supplement gummies. Developers rely on emulsifiers that handle shifting blends (think instant oat drinks), higher protein formulas, or wellness fortification (probiotics, omega-3s). Fatty Acid Sucrose Glyceride Ester bends with these changes, matching pace as companies make once-niche food categories mainstream.
Health brands eyeing product line expansion into functional foods—snack bars, meal replacements, nutraceutical shakes—win by choosing emulsifiers that can deal with botanicals, proteins, and healthy fats all at once. Fewer clumps, fewer off-flavors, and clean blending make quicker launches and happier end users.
Looking back over the past ten years, food has become both smarter and more honest. “Clean label” may have tipped into buzzword status, but ingredients like Fatty Acid Sucrose Glyceride Ester root that promise in real science. Instead of hiding behind E-numbers or complex chemical signatures, producers now build recipes that invite consumer curiosity. That openness draws in everyone—from health-conscious parents to chefs reimagining traditional menus.
Product launches live or die on timeline and repeatable results. The more an R&D team can rely on an emulsifier to “just work” across tough and simple mixes, the more they can aim big with flavors and nutrition profiles. Collaborating with developers, I’ve seen Fatty Acid Sucrose Glyceride Ester consistently simplify test kitchen life. Cleanup gets easier, fewer batches flop, and once-tested recipes scale up with fewer surprises.
In fast-changing markets, flexibility is key. As manufacturers jump into alternative dairy, sugar reduction, and plant protein, the ability to use one material in dozens of ways keeps innovation nimble. Margins stay healthy, and less time gets wasted on formulation patches or paperwork.
Retailers caring about food waste welcome longer-lasting products. Fewer splits, less gelling, and better freeze-thaw tolerance mean more food gets eaten, not tossed. Brands can honestly promise “no artificial stabilizers” or “plant-based emulsification” right on the label, tapping into clear consumer demand.
Reading labels, you’ll spot both “sucrose esters” and “glyceride esters.” The hybrid Fatty Acid Sucrose Glyceride Ester takes strengths from both: delicate sweetness and gentle processing from the sucrose base, plus smoother fat compatibility from the glyceride section. That means better fat dispersion and less oily separation, especially in non-dairy “butter” spreads, creamy fillings, or cold sauces.
Traditional sucrose esters suit lean or low-oil foods, but the glyceride hybrid opens doors to high-fat recipes, frozen foods, and emulsified oils. No single competitor, not mono- and diglycerides or polysorbates, can match the spectrum of solubility options here—from clear tea drinks to dense cheeses—for all climates.
Manufacturers also appreciate finer control over end-product viscosity. If classic sucrose esters make mousses too frothy or “bouncy,” this ester hits a middle note—creamy, smooth, but with the structure needed for slices or piping. Less risk of ingredient clash means developers can stack more health claims (protein, fiber, clean sweeteners) without destabilizing the mix.
In chasing honest, clean-label food, Fatty Acid Sucrose Glyceride Ester sets a new standard. Transparency and plant sourcing answer modern buyer demands, while dose efficiency and shelf stability build smart supply chains behind the scenes. Speaking as someone who’s seen the struggles behind every shortcut in ingredient selection, it’s rare to find a material that keeps chefs creative, compliance managers calm, and buyers satisfied with both health and flavor.
As the food and wellness world keeps turning, Fatty Acid Sucrose Glyceride Ester won’t be the only answer for stabilizing, blending, or meeting every label demand—but it fills a growing need with the kind of flexibility and reliability that today’s market demands. Those able to use it wisely stand to build not only better recipes but also deeper consumer trust and more durable business models, no matter the next trend or regulation wave.