|
HS Code |
301319 |
| Product Name | Weifang Dextrose Anhydrous Food Grade |
| Appearance | white crystalline powder |
| Chemical Formula | C6H12O6 |
| Molecular Weight | 180.16 g/mol |
| Purity | ≥99.5% |
| Solubility In Water | readily soluble |
| Taste | sweet |
| Moisture Content | ≤0.5% |
| Ash Content | ≤0.1% |
| Lead Content | ≤0.1 mg/kg |
| Arsenic Content | ≤1.0 mg/kg |
| Shelf Life | 2 years |
| Storage Conditions | cool, dry, and well-ventilated area |
| Origin | Weifang, China |
As an accredited Weifang Dextrose Anhydrous Food Grade factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging is a white 25kg polypropylene bag labeled “Weifang Dextrose Anhydrous Food Grade,” featuring blue and red printed product information. |
| Container Loading (20′ FCL) | 20′ FCL can load approximately 27 metric tons of Weifang Dextrose Anhydrous Food Grade, typically packed in 25 kg bags on pallets. |
| Shipping | Weifang Dextrose Anhydrous Food Grade is typically shipped in 25 kg kraft paper or woven bags with polyethylene liners to protect against moisture and contamination. Bags are securely palletized for stability and transported via sea or land freight, ensuring safety and compliance with international food-grade shipping standards. |
| Storage | Weifang Dextrose Anhydrous Food Grade should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. Keep the product tightly sealed in its original packaging to prevent contamination and clumping. Avoid storage near strong odors or chemicals. Ensure the storage area is clean, pest-free, and compliant with food safety standards. |
| Shelf Life | Weifang Dextrose Anhydrous Food Grade typically has a shelf life of 24 months if stored in cool, dry, and sealed conditions. |
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Purity 99.5%: Weifang Dextrose Anhydrous Food Grade with a purity of 99.5% is used in confectionery production, where it ensures high sweetness and consistency in texture. Particle Size 80 mesh: Weifang Dextrose Anhydrous Food Grade at 80 mesh particle size is used in powdered beverage mixes, where it allows rapid dissolution and homogeneous blending. Reducing Sugar Content >98%: Weifang Dextrose Anhydrous Food Grade with reducing sugar content greater than 98% is used in bakery formulations, where it promotes optimal browning and fermentation. Moisture Content <0.5%: Weifang Dextrose Anhydrous Food Grade with moisture content less than 0.5% is used in chocolate manufacturing, where it minimizes clumping and extends shelf life. Melting Point 146°C: Weifang Dextrose Anhydrous Food Grade with a melting point of 146°C is used in hard candy processing, where it provides stable crystal formation and clarity. Stability Temperature up to 50°C: Weifang Dextrose Anhydrous Food Grade stable up to 50°C is used in nutritional supplements, where it maintains integrity during storage and transport. Bulk Density 0.8g/cm³: Weifang Dextrose Anhydrous Food Grade with a bulk density of 0.8g/cm³ is used in compressed tablet production, where it ensures uniform tablet weight and compactness. pH Range 4.0-6.5: Weifang Dextrose Anhydrous Food Grade with a pH range of 4.0-6.5 is used in dairy products, where it enhances flavor profile without compromising product stability. Conductivity ≤15 µS/cm: Weifang Dextrose Anhydrous Food Grade with conductivity not exceeding 15 µS/cm is used in medical glucose solutions, where it guarantees high purity and safe intravenous administration. Heavy Metals <0.1mg/kg: Weifang Dextrose Anhydrous Food Grade with heavy metal content below 0.1mg/kg is used in infant formula, where it ensures safety and compliance with food regulations. |
Competitive Weifang Dextrose Anhydrous Food Grade prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615371019725 or mail to sales7@bouling-chem.com.
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Tel: +8615371019725
Email: sales7@bouling-chem.com
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Producing dextrose anhydrous, especially at food grade, takes more than meeting minimum specifications. Through years of handling raw corn, refining our purification steps, and controlling the crystallization environment, our factory in Weifang has built a rhythm in making a product that food processors count on for its predictable performance. Our batches don’t just come off a conveyor belt. They come off a tried-and-tested process that’s refined by hands-on experience and a steady eye for what our customers actually deal with in their lines. We know the demand from bakeries, confectioners, beverage blenders, and pharmaceuticals isn’t just about purity on paper, but about minimising hassle and downtime in process.
Dextrose anhydrous stands out from other sugars. It’s pure glucose, stripped entirely of crystal water, distinct from dextrose monohydrate that carries about 9% crystal water by weight. Once dissolved, both act as simple sugars in body or recipe, but the difference shows up when consistency, storage, and processing stability matter. Pulling all the water from the crystal doesn’t just make the powder lighter by weight; it leaves it less prone to caking, improves solubility, and creates a powder that runs smooth in high-speed production lines. This is a material that has been asked for by ingredient buyers wanting clean, clear, predictable sweetness with no aftertaste or off-notes.
Our model of Weifang dextrose anhydrous food grade is made for applications that prize neutral flavour, high purity, and ease of dissolution. Typical specifications keep moisture at less than 0.5%—a target hit batch after batch, not an occasional win. We consistently achieve a purity of over 99.5% glucose, measured by HPLC, to ensure that secondary sugars like maltose or fructose don’t drift into the profile. Ash and heavy metal contents are kept low with the kind of process investments that often get skipped in lower-cost facilities. Good food grade means reliable supply, but also fewer recalls, fewer unwanted surprises, and peace of mind during audits.
Over the years, we’ve seen customers wrestle with improper dissolution of lower-tier sugars—clumps in drinks, uneven browning, failures in fermentation. Dextrose anhydrous, because of its immediate solubility, doesn’t delay mixing times; the powder disperses into solution reliably. That’s valuable at scale, when every minute saved or rework prevented improves line speed and reduces energy costs. Bakers use it to drive yeast and browning without introducing off-colours or moisture into dry-powder mixes. Confectioners count on it to prevent grittiness in fondants or toffee. For beverage developers, it delivers the quick sweetness required in isotonic drinks, supporting rapid absorption without clouding or sediment. There’s no starchiness, no residual dust, and particles stay free-flowing from bag to hopper, even in humid coastal warehouses.
We don’t hide behind paperwork or outsourced lab reports. Our in-house quality control runs extended checks for microbial residue, pesticides, and even off-odour traces, because we’ve seen what happens when these contaminants sneak through. Regular audits—mainly for the benefit of our own peace of mind—along with modern conveyance and dust-control projects, have lifted our hygiene barriers. We treat every batch as if it’s destined for a critical application, not just a bulk blend. That attention shows up in product stability over long-haul shipping and in the retention of free-flowing powder over months in proper storage.
Our traceability system traces each finished batch back to its lot of corn and through each processing line. This isn’t just about regulatory box-ticking—the reality is sudden recalls or questions from downstream brand owners don’t tolerate slow answers. Over the years, one lesson stands out: gaps in traceability wreck confidence faster than a failed lab test. That’s why every bag shipped bears a code that can be checked back through plant records, because as food supply chains grow longer, makers like us have to stitch up their part of the chain tightly. For buyers, this means less risk and, if a question arises, a direct path to answers.
Glucose can be manufactured via acid hydrolysis, but the product is often less clean than the result from state-of-the-art enzyme saccharification. Enzyme-based processing gives us greater control over sugar profile, cuts down on secondary byproducts, and avoids introducing mineral acid residues that can stay even after neutralisation. We use a multi-stage carbon filtration and ion exchange system, repeatedly monitoring conductivity and clarity through these steps to pick up any signs of dissolved impurities. Our evaporators run under vacuum to finish off moisture without degrading colour. Gentle handling means less forced crystallisation and less risk of burnt, off-flavour notes—the sort that can travel undetected until someone at the processing line notices a difference in taste.
Unlike some factories, we don’t chase the bottom on raw input cost. We’ve learned that cheaper, dirtier corn drives more off-flavours and higher filtration costs down the line, and that savings can quickly vanish in unscheduled cleaning, filter changes, or blocked pipes. That’s not just our problem; it rapidly becomes our customer’s problem, too. By sticking to clean corn and rigorous front-end screening, not only do we get superior yield, but our customers avoid unexplained defects in their finished products. The whole process orbits around respect for the real-world headaches of mixmasters, QA heads, and plant managers at the next step of the supply chain.
We see a consistent preference in global markets for ingredients with no hidden allergens or processing aids. We don’t add anti-caking agents, and our lines don’t run wheat, dairy, or nuts. Our team manages clear zones around each production step, and we’ve spent years working with our supply partners so ingredients never get exposed to allergen cross-contact risks. Finished product consistently tests negative for gluten and major allergens, and our team reviews every submission file before shipping to new regions.
No sugar is totally immune to caking after enough time in humid air, but dextrose anhydrous shows markedly better stability than monohydrate. Feedback from our distribution partners has confirmed that year after year—even after shipping through tropical ports, clumping remains minimal as long as bags stay sealed. This difference gives our buyers longer shelf-life windows, as rapid caking leads to higher rework or wastage rates.
Some buyers view commodity sugars as largely interchangeable. Our experience says otherwise. Standard monohydrate comes with higher moisture, which changes the texture and behaviour in certain formulae, especially where moisture control matters. With dextrose monohydrate, there’s extra weight, and that water can sneak into dry blends, affecting delicate powder mixes or extending drying times for products like nutritional bars. For hard candy, the extra moisture can throw off balance, making finished products sticky in humid climates and more prone to spoilage.
Dextrose anhydrous sidesteps these pitfalls. The absence of crystal water makes for lighter, drier powder. For manufacturers formulating for high-speed solubility or those that can’t tolerate extra water—like dry beverage mixes, tableting operations, or freeze-dried foods—the difference shows up in final product quality and production reliability. In the pharmaceutical space, anhydrous dextrose allows compact tableting and rapid disintegration without moisture-related instability. We’ve watched R&D labs run side-by-side tests and consistently report more robust flow, less bridging in hoppers, and higher clarity in solutions made with our product.
Global brands and local food startups alike face rising pressure to strip formulas of anything artificial or undisclosed. Our production keeps the process clean—no bleaching, no added preservatives, and a full record of raw material handling. These details back up not just technical data sheets, but actual conversations with product developers facing escalating audit requirements. Kosher and Halal certificates are standard, and our team stays updated with shifting regulatory cutoffs for metal residues, microbial limits, and permissible food-contact materials, especially as standards grow tighter in markets like the EU and North America.
More than just exporting product by the container, we work directly with local QA managers and regulatory teams to furnish detailed documentation and batch-specific COAs. This practice, built out over hundreds of customs interventions and overseas site visits, shrinks the gap between exporter and buyer. If issues arise—delays at port, questions from authorities, or urgent product performance troubleshooting—we have direct lines, not phone trees or anonymous email queues. Manufacturers like us can’t afford slow comms; our credibility depends on fast, clear answers.
Building a sustainability program for an ingredient like ours took more than just buzzwords. We run our heat recovery through condensed process water, capturing waste heat to pre-warm incoming process streams. This move cut our overall energy footprint, and by reducing steam demand, helped us manage both emissions and operational costs. Over the past five years, our wastewater pre-treatment facility underwent a major overhaul, invested in biological aeration designed by hands-on plant engineers who’ve lived through foul-ups and seasonal water-quality shifts. COD levels fell, and feedback from our staff, who live in the same community as our plant, has reinforced that the effort is worth it—healthier work and living environment benefits everyone down the supply chain.
We’ve also moved packaging toward recyclable bags and reduced print inks, as major customers push for lower planet impact scores. It’s a slow process—recycling infrastructure isn’t uniform even within one province, let alone across countries—so we focus on using cleaner inputs, minimizing excess wrapping, and giving buyers real data on packaging weight and recyclability. By publishing lifecycle assessments for our top-selling lines, we give downstream users facts to include in their own sustainability reports.
Our role as a manufacturer doesn’t finish at the loading bay. Year by year, partnerships with longtime buyers have shown us that flexibility—like tweaking sack size, adjusting granulations, or staggering batch releases for just-in-time inventory—means more than strictly adhering to an internal schedule. We’ve learned to operate with transparency; if issues crop up during production, our policy is to notify affected customers immediately, long before delivery is jeopardized, and before external inspectors issue their findings. That trust saves buyers from sudden unpleasant surprises, and supports the kind of repeat business that lasts through multiple contract cycles.
The food and pharma industries make no allowance for error when it comes to ingredient integrity. Every day, our lab team submits product samples for external verification, cross-checking against evolving national standards. We join technical seminars, host buyer visits to our facility, and send our quality leads to customer plants for troubleshooting when something’s not right downstream. That level of interaction means more feedback, sharper improvements, and a track record that holds up under scrutiny.
As ingredient makers, our reputation depends on seeing challenges through the same lens as our customers. A reliable supply of Weifang dextrose anhydrous food grade, produced with close attention from raw corn to final packaging, builds confidence for product developers working faster than ever. In bakeries fighting for shelf stability, beverage facilities scaling new brands, and growing pharmaceutical lines where excipient quality makes or breaks a batch—everyone benefits from clean, fast-flowing glucose powder. Each season, patterns shift and new regulatory questions hit our desks. Our advantage lies in a grounded, problem-solving approach and thousands of tons of real-world supply flowing through global food systems, not resting on marketing claims.
We take pride not just in the technical details, but in contributing to the reliability, safety, and flexibility that modern manufacturers demand. Our commitment runs deeper than just an ingredient spec sheet—it shows in every bag prepped for shipment, every batch checked for purity, and every partnership built over years of consistent supply. This unbroken chain, from cornfield to customer, forms the foundation of trust that lets innovators focus on their own breakthroughs, knowing their ingredient supplier grasps what’s at stake.