|
HS Code |
811241 |
| Chemical Name | D-Glucose Monohydrate |
| Synonyms | Grape sugar, Blood sugar, Dextrose monohydrate |
| Molecular Formula | C6H12O6·H2O |
| Molar Mass | 198.17 g/mol |
| Appearance | White crystalline powder |
| Solubility In Water | 909 g/L at 25°C |
| Melting Point | 83°C (decomposes) |
| Cas Number | 14431-43-7 |
| Taste | Sweet |
| Storage Conditions | Store in a cool, dry place, tightly closed |
| Ph | 5.0–7.0 (50 g/L, H2O, 20°C) |
| Uses | Food additive, pharmaceutical applications, laboratory reagent |
| Stability | Stable under recommended storage conditions |
| Boiling Point | N/A (decomposes before boiling) |
| Hs Code | 170230 |
As an accredited Monohydrate Glucose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Monohydrate Glucose is packaged in a 25 kg white, sealed, food-grade plastic bag with blue labeling and product information displayed. |
| Shipping | Monohydrate Glucose is typically shipped in tightly sealed, moisture-resistant bags or containers to maintain product quality. It must be stored and transported in a cool, dry place, away from direct sunlight and incompatible substances. Standard shipping precautions should be observed, ensuring labels and documentation comply with safety and regulatory requirements. |
| Storage | Monohydrate Glucose should be stored in a tightly closed container in a cool, dry, and well-ventilated area, away from moisture and direct sunlight. It should be kept away from strong oxidizing agents and sources of ignition. Store at room temperature and ensure the storage area is free from contaminants to maintain the quality and stability of the chemical. |
Competitive Monohydrate Glucose prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
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Each bag of Monohydrate Glucose rolling out of our reactors represents more than a chemical compound. For years, our plant operators have watched crisp, white crystals cooling and drying before the sacks move to our warehouse. As a manufacturer, we handle every step of the process — from raw corn starch slurry, through hydrolysis and purification, to careful crystallization and drying. Engineers tinker with batch parameters daily for consistency, aiming for a product where each particle feels right between the fingertips. This isn’t an accident: it’s personal dedication married to technical know-how. Our team takes pride in every shift knowing that our glucose monohydrate directly feeds into food, pharmaceutical, and fermentation production around the world.
Glucose monohydrate isn’t just another white powder. Our technicians stop production several times a day for physical checks and lab testing. Every sample gets checked for moisture content, pH, and even the presence of trace ions. Our typical product model is dense crystalline, offering a purity above 99% on a dry basis and moisture below 10%. These specifications don’t just meet industry requirements—they come from years of feedback from chocolate makers, oral suspension formulators, and fermenters. One packaging run for a bakery client might demand a slightly coarser grain to flow reliably into their rotary conveyors, while a pharmaceutical partner leans on the fines for instant solubility.
Many folks think sugars are interchangeable, but those working on the line know the difference Monohydrate Glucose brings. Compared with dextrose anhydrous, our product gives a different mouthfeel and a subtler sweetness—closer to what suits large-scale baking rather than confectionery. It dissolves fast without leaving lumps when mixed with liquids. This matters in sauces and creams, where workers hustle to keep production moving. In our own QA lab, we regularly mix up demonstration batches, stressing the value our crystalline form gives—resistance to caking in humid environments and easy handling during bulk transfer.
Years spent on the factory floor have shown us just how widely Monohydrate Glucose moves through the supply chain. Each season brings a rush of orders from confectioners ahead of peak demand. In their syrup rooms, glucose monohydrate lowers water activity in candies. This slows down spoilage, giving shelf life a noticeable boost. Breweries knock on our doors for the cracking yield they achieve during fermentation—they rely on glucose as an ideal feedstock for yeast, delivering predictable alcohol content and flavor profiles.
Pharmaceutical factories order regular truckloads, preferring crystalline glucose for its controlled solubility and traceable source—key for filling tablets, liquid oral meds, and intravenous infusions. Our product’s purity and low microbial count open the door for demanding IV solutions. Dairy plants call for it to balance sweetness and prevent texture issues in yogurts and milk drinks. Even animal nutrition firms source our glucose for inclusion in nutrient blends.
Familiar sugars like sucrose, maltodextrin, and dextrose fill their own roles. But glucose monohydrate stands out in terms of solubility, sweetness curve, and its ability to support both fermentation and preservation. Unlike simple table sugar, our product brings a lower sweetness index, which helps large-volume producers hit the right taste notes without overwhelming the palate. Countless times we’ve worked with clients who struggled with crystallization or caking from other sweeteners, only to see changes when they switched to our monohydrate. Factories in regions with high humidity benefit from our packaging: each sack is designed to keep the product flowing all season without forming hard lumps on the conveyor belt.
Anyone working in a plant can see that not every powdered sugar handles the same way. Granular structure, proper sieving, and limited fines keep airborne dust down, reducing mess in bulk transfer rooms. Our production foremen will pull open a pouch and run a gloved hand though the grains before every new lot leaves the blending hall. If the product sticks or clumps, we know it won’t run smoothly in your lines either.
On a practical level, glucose monohydrate manufacturing doesn’t just happen behind closed doors. We’re constantly balancing yield with energy, cooling, and drying. Raw corn prices fluctuate. Water purity affects crystallization. Years ago, we invested in improved vacuum evaporators and updated cooling tunnels. This allowed us to hit a tighter particle size distribution for the pharmaceutical-grade lots and reduce the risk of cross-contamination between food and non-food batches. These upgrades also cut down on energy use—a win for both cost and environmental impact.
Real-world experience also teaches the importance of robust packaging. Forklift operators know a punctured sack can invite contamination. We developed inner liners and denser paper lamination based on feedback from dock workers and warehouse staff. Our packaging helps prevent condensation during temperature changes, keeping the glucose flowing smoothly from sack to silo.
Long-term customers know we don’t cut corners on documentation. Our compliance group keeps tabs on evolving food safety and pharmaceutical regulations around the globe. Each batch is tested for heavy metals, pesticide residues, and allergens, far beyond basic carbohydrate analysis. GMP and HACCP audits here mean more than a sticker—they affect lot release and traceability. Every worker who enters our blend rooms undergoes routine hygiene checks, and we maintain cleaning logs for every piece of equipment that touches glucose crystals.
Some clients bring us their own audit teams. We open our logs and even our production floor to show the complete path from starch input to finished glucose. It’s not just about keeping the paperwork straight; it’s about confidence in every step of the process. We’ve learned that traceability and physical product security translate into long-term partnerships with clients in food, pharmaceuticals, and biotech.
In the lab, our R&D chemists keep developing. Recent projects have involved tweaking crystal morphology to help dissolve faster in cold-water applications, and offering blended grades for specialist fermentation media. As manufacturers, we’re often the first to hear of processing headaches—from syrup separation in high-speed confectionery lines to off-flavors in compounded oral suspensions. Our technical team works directly with operations crews in bakeries, dairies, and FDG production facilities, offering real process knowledge, not just list prices.
Some customers require a product for direct tableting, so we’ve developed specially milled glucose to meet their compaction needs. Others are working on clean-label products, so we support documentation for GMO status and allergen risk. Over the years, we’ve learned that every operation is different. It’s not just about hitting a chemical spec, but fitting into a living, changing production environment.
Running a modern chemical factory today brings major responsibilities. Water recycling and emissions control are daily considerations. We track carbon emissions and continue seeking cleaner, more efficient solutions in bulk glucose production. Our energy team reviews process heat and electrical use with every new season. Old condensers and inefficient dryers have left our site for scrap heaps, replaced with systems that save energy and reduce downtime.
We also work with local communities near our manufacturing plants. Training programs for local youth, transparent safety protocols during handling and storage, and open communication with environmental inspectors all matter to us. As producers, we recognize our obligation to keep production sustainable, both for the environment and neighboring families. The team on shift is more than staff—they’re family and neighbors, too.
Monohydrate glucose isn’t a commodity for us. Each shipment reflects years of investment, staff expertise, and long-standing customer relationships. Our workers know both the science in the lab and the challenges of getting a forklift across a crowded dock when deadlines come down to the last minute. Lab data and spec sheets matter, but so do handshake solutions between production managers.
Years of problem-solving have shown us where this product fits in, and we’ve learned to adapt it to meet real production challenges. Glucose monohydrate’s strength comes from its consistency and purity, its practical handling benefits, and its adaptability in a broad range of end-uses. Whether it’s boosting fermentation yields, locking in the shelf life of a fruit jam, or supporting pharmaceutical compounding, we make sure each batch delivers the performance expected on your lines.
Like every manufacturer, we deal with real challenges. Supply chain issues, especially for non-GMO corn, can put pressure on lead times. Global logistics hiccups can mean a day’s delay becomes a week on the water. Weather and crop cycles impact starch input, and new regulations can shift required specs almost overnight. We face these with honesty, communicating openly with customers and doubling down on safety stocks and alternative raw material sources.
Demand for greener production will only increase in coming years. We’re investing in more renewable energy and increasing our waste starch conversion rates. Years of feedback from our customers push us to deliver safer, more sustainable, more consistent glucose monohydrate. Whether scaling up for a rush order or fine-tuning a grade for a speciality application, we bring the same factory-floor commitment that’s guided our work since day one.
Producing Monohydrate Glucose isn’t just moving raw materials; it’s a constant process of improvement. We wake up every morning—sometimes in the cold hours of a night shift—knowing our work flows out into bakeries, hospitals, breweries, and processing plants around the globe. We share our expertise because we live the process every day. Customers trust us, not because of the specs on a datasheet, but because our experience shows in every bag and every batch.