|
HS Code |
321766 |
| Name | Glucose |
| Chemical Formula | C6H12O6 |
| Molar Mass | 180.16 g/mol |
| Appearance | White crystalline powder |
| Solubility In Water | 909 g/L (25°C) |
| Melting Point | 146°C |
| Taste | Sweet |
| Energy Per Gram | 4 kcal |
| Common Uses | Food additive, medical IV fluid, fermentation substrate |
| Synonyms | D-Glucose, dextrose, grape sugar |
| Cas Number | 50-99-7 |
As an accredited Glucose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Glucose is packaged in a 500g airtight, white plastic jar with a blue screw cap and clear labeling displaying product information and safety warnings. |
| Shipping | Glucose is shipped as a solid (usually powder or crystals) in tightly sealed, moisture-proof containers to prevent clumping and contamination. It is not classified as hazardous, but should be kept dry and protected from strong oxidizers. Standard shipping regulations apply, with labels indicating contents and batch information for traceability and quality control. |
| Storage | Glucose should be stored in a tightly closed container in a cool, dry, and well-ventilated area, away from moisture, heat, and incompatible substances. It should be protected from direct sunlight and kept at room temperature or as recommended by the manufacturer. Proper labeling and segregation from strong oxidizing agents are important to maintain its quality and prevent contamination. |
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Purity 99%: Glucose with 99% purity is used in intravenous solutions, where it ensures rapid and safe energy delivery in clinical nutrition. Anhydrous form: Glucose anhydrous is used in pharmaceutical formulations, where it enhances tablet stability and extends shelf life. Particle size ≤ 200 μm: Glucose with particle size ≤ 200 μm is used in powdered drink mixes, where it provides uniform dispersion and smooth texture. Dextrose equivalent 96: Glucose of dextrose equivalent 96 is used in confectionery manufacturing, where it improves sweetness and reduces crystallization. Moisture content ≤ 9%: Glucose with moisture content ≤ 9% is used in bakery products, where it maintains product freshness and inhibits microbial growth. Viscosity grade low: Glucose with low viscosity grade is used in sports beverages, where it facilitates fast dissolution and quick absorption. Stability temperature up to 120°C: Glucose stable up to 120°C is used in high-temperature food processing, where it prevents decomposition and preserves nutritional value. Reducing sugar content ≥ 98%: Glucose with reducing sugar content ≥ 98% is used in fermentation processes, where it maximizes yield of bioethanol production. Melting point 146°C: Glucose with a melting point of 146°C is used in candy manufacturing, where it enables controlled melting and consistent texture. Optical rotation +52.5°: Glucose with optical rotation +52.5° is used in analytical laboratories, where it ensures accurate identification and quality control. |
Competitive 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.
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Tel: +8615365186327
Email: sales3@ascent-chem.com
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In the heart of our operation, glucose stands as a staple. Take our glucose model G-350 as an example: years of refining the process, skilled technicians, and strict quality protocols define every batch. Glucose production, especially on a commercial scale, involves careful control of raw material quality, enzyme activity, and filtration steps. Our team relies on locally-sourced non-GMO corn for hydrolysis, leading to a consistent, high-grade product. Every kilogram is crafted under safe, inspected conditions, holding tight to the standards that food, beverage, and pharmaceutical customers expect.
Our glucose offers a fine powder and liquid variant: powder version suits dry blends while liquid has ready solubility for immediate use. Across runs, internal certificates confirm alignment to standards. We pay attention to particle size, moisture content, and absence of foreign particles—each checked batch by batch. This hands-on diligence goes far beyond minimum compliance, reflecting decades of hard-earned process expertise.
Consistent dextrose equivalent (DE) values matter: G-350 is standardized at 99.7% purity for bakeries while keeping moisture levels low to prevent spoilage. For syrups, DE values impact sweetness and fermentability—bakers, brewers, and confectioners rely on us for tailored batches respecting their needs, always hitting food grade specifications.
We test for sulfite, ash, color clarity, and microbial content. Our onsite QC team leads frequent internal audits; records from each shift track results, action taken, and disposition before final packing. Supplying pharmaceutical grade means testing for pyrogens, heavy metals, and microbial controlled environments—this is not optional, it’s a daily reality in-house. Third party audits and audits from large multinational buyers keep us vigilant, sharpening our protocols with each visit.
It is not just about volume or price. Large-scale bakeries and candy makers want glucose to stabilize taste, add shelf life, and prevent crystallization. Beverage manufacturers count on it for quick energy release, mild flavor, and clarity—our liquid syrup flows free of cloudiness. Small family bakeries and specialty food producers need consistent performance. Errors in glucose composition can mean collapsed doughs or gritty texture, so reliability is king.
We know our glucose dissolves quickly, integrates with flavors, and doesn’t impart off tastes. Feedback runs both ways: industrial confectioners have asked for reduced dust in powders, leading us to invest in improved air handling along our packaging lines. Instant beverage producers flagged trace bitterness in early lots, so we ran additional carbon filtration, eliminating it from later production. Our on-site technical team works alongside our customers, not from a script, drawing on what has worked well batch after batch.
Some factories use low-cost glucose alternatives derived from sources like cassava or rice. We tested side-by-side and found these alternatives can deliver higher impurity loads, unexpected off-aromas, darker color profiles, and variable DE values from lot to lot. Corn-based glucose tends toward higher stability in solubility and flavor, fewer “cooked” off-notes, and more reliability in rapid hydration.
Comparing our glucose G-350 to synthetic sweeteners reveals why technical teams stick with us for sensitive applications. Synthetic options may offer sweetness at lower cost but cannot match glucose’s performance in fermentation control, Maillard browning during baking, and stable mouthfeel in candies and beverages. Customers say product shelf life and digestibility tip in glucose’s favor: no forced dietary changes, no aftertaste, and a familiar function for staff already trained in handling our powders and syrups.
In nutrition, glucose supplies easily-absorbed energy and supports recovery for athletes and patients. Hospitals and clinics order intravenous solutions built on our pharmaceutical-grade glucose. Dieticians request documentation showing allergen-free status, low levels of foreign matter, and honest sourcing transparency from procurement to dispatch. We comply—not with words but with records, logs, and physical audits at every step.
Breweries use our glucose to feed yeast and keep fermentation running smoothly. Distilleries see stable yields and desired flavor notes thanks to our control over glucose purity and presence of trace minerals. Across the beverage industry, soluble crispness and clarity matter; cloudy batches cost money and reputation. Our technical experts assist buyers troubleshooting in real time, whether it’s foaming, precipitation, or odd color changes after blending.
Confectionery clients lean on glucose for crystal-clear jellies, smooth fondant, and a perfect mouthfeel without chalkiness. High DE syrups enhance sweetness, aid moisture retention, and block unwanted crystallization. Chocolatiers see improved snap and sheen, small marshmallow producers keep uniform bounce and stretch, and traditional hard candy makers achieve even cooling—no gaps or bubbles, no chalky residue.
Pharmaceutical partners count on our commitment to compliance. Medical preparations—oral rehydration salts, tablet binders, and others—demand strict endotoxin control and guaranteed traceability from field to finished drum. Our batch release process crosschecks test results from cultivation of input corn to warehouse door. We never gamble on substitutions or shortcuts: the end user, whether hospital patient or newborn, shapes each decision we make in plant.
Running a manufacturing facility changes the way you look at ingredients. Fluctuations in supply chain during harvest season mean raw material quality varies; we schedule additional incoming quality checks as needed. Summer humidity caused caking and flow issues, so we invested in climate controlled silos and handled powders with nitrogen flushes. We learned quickly which details really matter: one missed filter change can cost thousands in wasted product, so we double-check, not from mistrust, but from shared pride in what leaves our doors.
Our customers bring real-world challenges. Small vegan snack producers worried about contamination from animal traces. We introduced dedicated cleaning protocols and validated allergen separation; then, we opened the door to a growing plant-based snacks segment. Exporters ask for tailored moisture specs to suit different climates, leading us to tweak drying steps for container-stable glucose. Pharmacy buyers want barcode-linked traceability: our lot coding system supports not just compliance but recalls and reordering.
Every glucose batch carries risk if handled carelessly. We have seen more than enough stories of unvalidated “natural” sweeteners triggering recalls due to contaminated additives or mislabelling. Our in-house manufacturing gives us more control: probiotic yogurt lines rely on us to deliver an additive that protects live cultures, not endanger them. Energy drink producers faced blowbacks from imported glucose tainted by pesticides; that spurred investments in protective screening at our side, not just relying on supplier claims.
The food fraud problem touches everything from bakery mixes to diabetic gels. Spot checks from regulators are now the norm, audits come with short warnings, and so we maintain real trails—glucose origin, storage temperatures, cleaning logs—documented, robust, and ready to hand over. This is not marketing. This is the only way to meet demand for trustworthy supply, especially as downstream traceability becomes the rule in food and pharma.
Customers want transparency, but they also want fast response to problems. Our technical consultants can respond effectively because they know every detail: where corn was sourced, which line ran the batch, and how it was packed. We provide retained samples for one year, giving downstream users the confidence to try new recipes or adjust blends with our support. The supply chain is not just a logistics pathway; it’s a living ecosystem, built on accumulated trust.
Supply chain volatility put new pressures on the glucose manufacturing process. Tight European GMO laws prompted us to develop a full IP-traceable line from seed to container. Food safety authorities have added new requirements for heavy metals and pesticide residues, so we installed extra monitoring and hired dedicated analytic chemists. Raw material price swings have forced us to negotiate bulk forward buys while still holding product price steady for bakeries and brewers relying on predictable costs.
Growing demand for vegan and allergy-smart products led us to validate lines for gluten-free, soy-free, and tree nut-free status. New plant-based confectioners need documentation and on-site audits. Each labeling change set off another round of compliance checks, not just for our records, but for our own peace of mind—because real people eat the foods we help make.
Competitors sometimes flood the market with commodity-grade, less refined glucose at bargain prices. We lose some deals, but frequent returns or end product failures send former buyers back to our doors. Shelf stability, taste, and reliability cannot be “sold” through flashy branding alone; the difference is in every test report that proves batch integrity and in the shared wins our customers experience on their lines.
Manufacturing glucose is not just chemistry. It is years spent refining techniques, training teams, and learning from hard lessons. We view every customer’s inquiry as a chance to share insight: what humidity and storage practices give best shelf life, how to swap liquid for powdered without affecting taste, or what tweaks in the process match current regulatory developments in specific markets.
Bakeries scaling up call us to check process adjustments. Breweries consult on new product launches involving functional sugars. Nutritional supplement formulators want freedom from unwanted fillers. These partnerships work because both sides value shared technical understanding; rushed or superficial outsourcing never matches the depth available from the manufacturing floor.
We see the whole life cycle each bag or barrel of glucose goes through. Product training for new customer staff, site visits from QA teams, and feedback loops on any taste or process changes make the difference in a competitive market. Our doors stay open for audits, recipe consultations, and troubleshooting long after the invoice clears. This is real partnership building—where quality is not just measured in laboratory terms but in long-term business continuity.
Glucose manufacturing creates wastewater, generates packaging waste, and consumes energy. We curb resource usage at each step. Effluent from hydrolysis is treated onsite, solids converted to animal feed, and steam from boilers recycled for heating. Newer filtration steps use less water; upgrades in dust collection keep workplace air cleaner. Pressure for biodegradable or recyclable packaging from global buyers led us to invest in new materials. Not every solution works at scale, but each trial teaches lessons that steer us toward smarter resource use.
Shifting toward renewable energy in production lines is a management priority now. Carbon disclosure holds us accountable, not just in reports but in real, measured improvements. Buyers demand documentation for ethical labor, reduced emissions, and sustained land use. Investments in staff health, community development, and continuous upskilling help us stay ahead of changing expectations. It’s not simply about optics or regulatory minimums; these choices affect recruitment, retention, and resiliency in unpredictable markets.
We’ve learned that each order tells a story: the national bakery preparing for a festival, the rural clinic reordering glucose for IV solutions, or the export candy line seeking colorless sweetener for a flagship launch. Our responsiveness depends on direct ties to our process. We do not farm out customer care or batch tracing to middlemen, because this would undermine every lesson learned and every relationship built over our years in operation.
Differences in regional preferences—for powder versus syrup, for finer versus coarser mesh, or for certified organic variants—demand flexibility. These are not minor details but factors affecting shelf life, taste, and downstream use. Our line setup allows for instant switching, blending, or segregating batches by allergen or other customer specifications. Requests for special documentation or batch sampling are met, not simply processed. Our QA team tracks all unique requirements, using knowledge built from real-world customer problems.
Glucose remains central to modern food, beverage, and pharmaceutical production. Each day spent refining process controls, listening to plant operators, and responding to customer needs lays the foundations for bread on tables and medicines on hospital trolleys worldwide. We shoulder every supply chain challenge directly. Our customers feel the difference—a difference that comes from a true manufacturing approach, not just a badge, label, or promise.