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HS Code |
136206 |
| Chemical Name | D-Fructose |
| Molecular Formula | C6H12O6 |
| Molar Mass | 180.16 g/mol |
| Appearance | White crystalline powder |
| Melting Point | 103–105 °C |
| Solubility In Water | High (79 g/100 mL at 20°C) |
| Sweetness | 1.2-1.8 times sweeter than sucrose |
| Cas Number | 57-48-7 |
| Iupac Name | (2R,3R,4S,5R)-2,5,6-trihydroxyhexan-3,4-diol |
| Specific Rotation | -92° (c=2, H2O, 20 °C) |
| Density | 1.694 g/cm³ |
| Ph Of 10 Percent Solution | 5.5-7.0 |
As an accredited D-Fructose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The 500g D-Fructose is packaged in a sealed, white plastic bottle with a blue screw cap and a detailed product label. |
| Shipping | D-Fructose is shipped in tightly sealed, food-grade containers to prevent contamination and moisture absorption. Packages are clearly labeled per regulatory standards and handled with care to avoid breakage or spills. During transport, containers are kept in a cool, dry environment, and all shipments comply with safety and hazard requirements for food additives. |
| Storage | D-Fructose should be stored in a tightly closed container, kept in a cool, dry, and well-ventilated area. Protect it from moisture and direct sunlight. Store away from strong oxidizing agents. Maintain the storage temperature at room temperature (15–25°C). Proper storage ensures stability and prevents caking or degradation of D-Fructose’s physical and chemical properties. |
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Purity 99%: D-Fructose with a purity of 99% is used in pharmaceutical formulations, where it ensures consistent sweetness and minimizes impurity-related side effects. Particle Size 200 mesh: D-Fructose with a particle size of 200 mesh is used in powdered beverage mixes, where it provides rapid dissolution and a smooth texture. Moisture Content ≤0.5%: D-Fructose with moisture content less than or equal to 0.5% is used in confectionery production, where it enhances shelf-life and prevents product clumping. Melting Point 103°C: D-Fructose with a melting point of 103°C is used in baking applications, where it promotes even caramelization and desirable browning. Reducing Sugar Content ≥98%: D-Fructose with a reducing sugar content of at least 98% is used in jam manufacturing, where it accelerates gel formation and improves spreadability. Stability Temperature ≤70°C: D-Fructose stable up to 70°C is used in dairy dessert processing, where it prevents sugar degradation and flavor loss during heating. Optical Rotation -90° to -92°: D-Fructose with an optical rotation between -90° and -92° is used in analytical standards for food testing, where it ensures reliable calibration and accurate quantification. Water Insoluble Substances ≤0.05%: D-Fructose with water insoluble substances less than or equal to 0.05% is used in intravenous nutritional solutions, where it guarantees clarity and patient safety. Bulk Density 0.7 g/cm³: D-Fructose with a bulk density of 0.7 g/cm³ is used in instant drink powders, where it optimizes packaging efficiency and uniform blending. Microbial Load ≤100 CFU/g: D-Fructose with a microbial load of less than or equal to 100 CFU/g is used in baby food products, where it ensures microbiological safety and product compliance. |
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D-Fructose draws plenty of attention in conversations about food science, wellness, and even sustainability. Most people have heard the term “fructose” tossed around—usually in the context of fruits or processed sugars—and that sometimes clouds the facts. Here, I want to talk about D-Fructose not as another bag of sweet powder but as a product with specific characteristics, notably when we look at one leading model in the market, D-Fructose 99 Granular Pure.
This model, D-Fructose 99 Granular Pure, references purity—a purity level that most mass-market fructose doesn’t reach. With the 99 in its name, the point is clear: this is not a blend, not a syrup diluted with lesser-quality sugars. It has been purified to eliminate the residual glucose that muddles both the taste and metabolic impact of some competing products. From a user’s standpoint, and I’ve experienced this myself in kitchen experiments and more than one brewery, the difference isn’t just about numbers on a label. The taste hits with crisp clarity, and it dissolves smoothly in both hot and cold preparations. It’s that crispness and speed of dissolution that has people in beverage formulation and faster-paced foodservice leaning in, and, in turn, it opens up room for new recipes and product ideas.
The specifications for D-Fructose 99 Granular Pure, as seen across major distributors and laboratories, always seem to catch my eye. You’re looking at a powder that feels almost silky between your fingers. It pours easy, resists clumping, and doesn’t harden in the humidity the way sucrose or ordinary glucose can after just a few weeks on a baker’s shelf. The actual granule size is fine, so for both home cooks and large-scale food producers, that means even mixing in batters, yogurts, sports drinks—without the grit or uneven sweet spots that sometimes come with raw or impure sugars.
Testing it in simple syrup or even in raw morning smoothies, the dissolution rate always feels higher than standard table sugar. This flows from chemistry: fructose is roughly 1.2 to 1.8 times sweeter than sucrose depending on the temperature and other ingredients in the mix. In my own kitchen, that sweetness lets you use less to get the flavor punch you want, which can mean cutting down the total sugar load in a recipe. Back in a commercial bakery, the consistency becomes a bottom-line issue. Fewer clumps, even dispersion, and no odd aftertaste—those who work with food every day appreciate how these translate into fewer headaches and rare customer complaints.
D-Fructose has carved out space in several industries beyond just desserts and soft drinks. In my experience with nutritionists and athletes, fructose’s low glycemic index has real-world value in certain energy bars and hydration formulas. Unlike high-glycemic sweeteners, D-Fructose doesn’t spike blood glucose as fast—so for endurance athletes or those with blood sugar sensitivity, this matters. It’s been a staple in oral rehydration solutions for a reason, and the pure versions double down on those benefits by removing any low-grade contaminants that could cause digestive discomfort.
For brewers and crafters of kombucha and other fermented products, D-Fructose works as a reliable fermentable sugar. I’ve seen breweries turn to high-quality fructose when they need a clean fermentation that doesn’t introduce unwanted flavors. The difference here stems from the absence of glucose impurity that can cause wild yeast swings or muddy aromas. These smaller technical improvements ripple through to the finished product—a crisper cider, a lighter mead, a batch of craft soda with just the right mouthfeel and fizz.
In ice creams and frozen treats, where the freezing point depression matters, D-Fructose drops the freezing temperature more decisively than regular sugar. This has direct culinary advantages. I’ve made sorbets with D-Fructose that stayed scoopable straight from a home freezer, and the reduced risk of graininess makes a difference for texture-conscious chefs. On the shelf-life side, the reduced water activity from using pure fructose can slow some microbial activity, which has food safety impacts that go beyond just label claims.
Health conversations about sugar have become harder to navigate as more sweeteners enter the market. There’s anxiety about processed foods, hidden ingredients, and the long-term metabolic impacts of sugar. D-Fructose 99 Granular Pure, with its high purity, separates itself from blends and high-fructose corn syrup products that dominate many processed food lines. This is not to say that fructose is a “health food”—no sugar should get that label unchallenged—but the transparent chemistry behind this product makes a case for informed use.
The nutritional value of D-Fructose stems from its natural occurrence in fruits and its role in human metabolism. It’s absorbed via the small intestine and metabolized largely in the liver. Compared with glucose, which triggers insulin release and blood sugar spikes, fructose acts differently in the body. There are valid debates about overconsumption, especially when it’s hidden in processed foods, but the point here is choice—using D-Fructose as an ingredient gives a manufacturer or home cook control over the end product’s nutritional impact. In my work with registered dietitians, they often stress that it’s the amount and context of sweetener use that matters most.
Where D-Fructose really stands out is in direct competition with common sweeteners: sucrose, glucose, artificial sweeteners, and bulk sugar alcohols. Sucrose, or regular table sugar, has its place in everyday kitchens, but anyone who has made fruit preserves or beverages knows the difference when switching to D-Fructose. Sucrose carries a flavor and sometimes imparts a thicker mouthfeel, especially in heated mixtures. Glucose tastes less sweet and often produces a “flat” profile alongside fruit flavors. Artificial sweeteners can leave aftertastes and don’t usually dissolve as well; sugar alcohols bring gastrointestinal side effects for a percentage of users.
Over the last decade, product formulators have shifted away from high-fructose corn syrup (commonly called HFCS), responding to market demand and clearer labeling guidelines. HFCS contains both glucose and fructose but lacks transparency regarding actual ratios and trace elements. D-Fructose 99 Granular Pure, by contrast, delivers a consistent, known profile with no hidden extras. For those working in regulated food production, knowing exactly what goes in builds trust with both health inspectors and consumers.
Another area of difference comes down to physical performance in recipes. I’ve used sugar beet-derived and cane sugar-based products interchangeably in baking, but D-Fructose’s solubility and reaction to heat set it apart. In confections, specifically caramel-making or brittle, D-Fructose browns at a lower temperature and doesn’t crystallize as quickly. This gives candy makers controllable textures and a lighter finish. Such details change not just product quality, but workflow and shelf stability—both things that matter whether you’re working from home or running a production line.
Every ingredient today faces questions about sourcing, environmental impact, and ethical implications. D-Fructose, in its purest form, usually starts from plant-based sources—corn, sugar beets, or even cassava. A common concern is sustainability. From reviewing procurement data and talking with sugar chemists in the field, I’ve found D-Fructose production, especially from corn, tends to use less water and land area per gram of sugar compared to tropical cane. Producers in regions with limited rainfall have begun exploring D-Fructose models to diversify supply chains and reduce dependence on imports.
The environmental upsides are clearer still if you choose D-Fructose from non-GMO, organic-certified pathways. Some European and North American producers commit to traceable, low-impact farming, which brings peace of mind to those who worry about pesticides, runoff, or community impact. In markets where consumers scrutinize every ingredient label, offering a clean, ethically-produced D-Fructose can build customer trust and support broader environmental goals. Several specialty food brands use this as a selling point—and their loyal bases show it’s a difference that matters.
Transparency isn't just a buzzword in food production—it’s what keeps products moving through checkpoints from the factory floor to the retail shelf. D-Fructose 99 Granular Pure sets a high standard with batch-level traceability, certificates of analysis, and strict control over contaminant levels. I’ve worked alongside technicians in food testing labs running checks for contaminants like heavy metals, pesticide residues, and microbiological hazards. The high purity required in this product acts as a front-line defense against the kind of recalls or safety scares that undermine both public trust and profit margins.
For consumers with allergies or dietary restrictions, the clean label approach matters. D-Fructose 99 Granular Pure usually comes free from gluten, dairy, soy, and major allergens. Those living with celiac disease or chronic allergies routinely comb through ingredient lists for hidden triggers. Having access to high-purity D-Fructose, with third-party testing to confirm absence of cross-contamination, turns purchasing from a guessing game to a safer, informed choice. That’s something I’ve heard echoed by both grocery managers and nutrition consultants trying to simplify life for clients with complex needs.
For producers, the food safety angle isn’t only about compliance. Reliable ingredient quality reduces variability in finished products and curbs both production waste and costly product returns. In my own rounds consulting for local food startups, I’ve seen how one faulty ingredient shipment can derail small businesses. Stable sourcing of D-Fructose 99 Granular Pure means better long-term planning and less time spent firefighting in the warehouse or customer service line.
I’ve learned to pay attention to batch-to-batch consistency after years working with both large and small kitchens. Nothing sinks a recipe’s reputation faster than mystery variables—granules that suddenly won’t dissolve, a sweetness level that drops from one box to the next. D-Fructose 99 Granular Pure puts QA front and center, investing in tight process control from raw material screening to finished product packaging. Food crafters look for lot numbers and test sheets when new shipments arrive, knowing any surprises can cost real dollars by the time they trickle down to the shelf.
One challenge in ingredient procurement is the invisible problem of adulteration—cutting high-quality ingredients with cheaper fillers or undeclared additives. Purity standards for D-Fructose make adulteration harder to get away with. Tools like high-performance liquid chromatography (HPLC) give both buyers and regulatory agencies the ability to confirm purity claims. Having these tools in place not only reassures buyers but puts real teeth into label claims. In a world where skepticism about “clean label” claims runs high, hard data and transparent process offer a genuine competitive edge.
Most ingredient stories float far above the realities of home cooking or small-factory challenges, but D-Fructose tells a different story. I’ve talked to pastry chefs who switched over to D-Fructose for consistent moistness in cakes, and seen grandparents swap out regular sugar in jam because the lower water activity means mold growth slows, making every shelf-stored jar a bit safer. In beverage development, bartenders like the clarity and clean taste—especially in cold applications where regular sugar leaves a stubborn sludge.
In my observation, it pays to know that D-Fructose’s higher sweetness changes how you balance recipes. Using less means not just fewer calories, but tweaks to the recipe’s foundation. Too much, and you might upset the acid balance in fruit fillings; too little, and the end result tastes watery or overly tart. Home cooks and commercial developers alike need to experiment, learn the right ratios, and sometimes adjust other ingredients to get the best from this product. D-Fructose’s clean finish means it rarely overpowers, something that’s useful in savory glazes or even delicate vinaigrettes where balance is everything.
Despite the advantages, D-Fructose faces its own set of challenges. Higher purity and rigorous quality control come with added cost. For home bakers, this might not matter over a year’s worth of small packs, but bakeries and beverage brands working on razor-thin margins watch every cent. That being said, more professional users recognize fewer returns, less spoilage, and higher customer satisfaction offset price differences in the long run. Adoption, in the end, becomes a question of education and clear communication of benefits up the supply chain.
Public perception of fructose has also been shaped by negative press around high-fructose corn syrup. The science makes distinctions—D-Fructose 99 Granular Pure is not HFCS, and its impacts differ both in processing and metabolism—but that’s a nuanced story not always told clearly. It falls to producers and marketers to share the difference, encouraging people to look beyond headlines and make decisions using both evidence and experience.
Innovation happens not by accident, but by repeatedly solving small, persistent problems. Whether it’s a pastry chef seeking a stable sweetener for frostings or a nutritionist developing low-GI snack bars, D-Fructose 99 Granular Pure offers a toolkit for culinary creativity. The clean taste doesn’t muddle subtle fruit notes; the rapid solubility helps with cold-processed drinks; and the predictable response in baking or cooking reassures those who need results to match expectations, week after week.
I’ve seen small businesses build entire product lines—think naturally sweetened beverages, specialty energy gels, and boutique jams—around D-Fructose, leaning on its clean label and functional properties. The recipe modifications sometimes take trial and error, but the upside regularly shows up in customer loyalty and positive reviews, especially from those with allergies, sensitivities, or who just want simplicity in their labels.
D-Fructose 99 Granular Pure sits at the intersection of flavor, function, and consumer need, but also at an important crossroads for food culture. An ingredient isn’t just a line item; it shapes what chefs, home cooks, parents, and professionals can do every day. I’ve handled ingredients that cut corners and watched brands pay the price both on customer trust and on their bottom lines. In choosing high-purity D-Fructose, users—whether industrial formulators or weekend jam makers—find real advantages in reliability, clean taste, and product safety.
What stands out in today’s market is that the details matter. Responsible ingredient choices, made possible through scrutiny and commitment to transparency, surround honest brands with trust. We’re looking at a future where the questions people ask about their food go beyond “how sweet is it?” to “where did it come from, what else is in here, and will it perform in my kitchen or factory the way it’s promised?” Every time someone swaps in D-Fructose 99 Granular Pure for a lesser alternative, they’re not just changing a recipe, they’re casting a vote for a food system that values knowledge, honesty, and respect for both health and pleasure.