|
HS Code |
753447 |
| Name | Sucrose |
| Chemical Formula | C12H22O11 |
| Molar Mass | 342.30 g/mol |
| Appearance | white crystalline solid |
| Melting Point | 185 °C (decomposes) |
| Solubility In Water | 2000 g/L (20 °C) |
| Density | 1.587 g/cm³ |
| Taste | sweet |
| Cas Number | 57-50-1 |
| Source | mainly derived from sugar cane and sugar beet |
| Iupac Name | β-D-fructofuranosyl α-D-glucopyranoside |
| Sweetness Relative To Sucrose | 1 (reference standard) |
| Boiling Point | decomposes before boiling |
| Uses | food sweetener, pharmaceutical excipient |
| Ph Of Solution | 5.0-7.0 (10% solution) |
As an accredited Sucrose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White, food-grade plastic bag labeled "Sucrose, 25 kg." Features batch number, purity, handling instructions, and manufacturer details printed clearly. |
| Shipping | Sucrose should be shipped in tightly sealed containers, protected from moisture and direct sunlight. It is not classified as hazardous for transport. Ensure packages are clearly labeled and handled to avoid contamination. Store in a cool, dry place during transit. Follow general safety and hygiene practices when handling and shipping sucrose. |
| Storage | Sucrose should be stored in a tightly closed container in a cool, dry, and well-ventilated area. It should be kept away from strong oxidizing agents, moisture, and sources of ignition. Protect from direct sunlight and excessive heat. Label containers appropriately and prevent contamination by keeping sucrose in its original packaging or an approved chemical storage container. |
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Purity 99.5%: Sucrose with purity 99.5% is used in pharmaceutical formulation, where it ensures consistent tablet binding and sweetness uniformity. Melting point 185°C: Sucrose with melting point 185°C is used in confectionery manufacturing, where it guarantees precise texture and controlled crystallization during processing. Particle size 200 μm: Sucrose with particle size 200 μm is used in powdered drink mixes, where it provides rapid dissolution and homogenous dispersion. Moisture content ≤0.1%: Sucrose with moisture content ≤0.1% is used in dry baking premixes, where it prevents clumping and extends product shelf life. Optical rotation +66.5°: Sucrose with optical rotation +66.5° is used in calibration of polarimeters, where it delivers accurate measurement standards for laboratory analysis. Microbial limits <100 cfu/g: Sucrose with microbial limits <100 cfu/g is used in parenteral nutrition solutions, where it maintains sterility and patient safety. Stability temperature up to 40°C: Sucrose with stability temperature up to 40°C is used in food extrusion processes, where it preserves structural integrity during thermal treatment. Ash content ≤0.03%: Sucrose with ash content ≤0.03% is used in soft drink production, where it ensures a clear solution and minimal residue after blending. |
Competitive Sucrose prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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Sucrose flows through our operations every day. We have watched many industries shift requirements, sometimes rapidly, and our dedicated production lines let us answer those changes with confidence. Our facilities handle only food- and pharmaceutical-grade processing equipment—no shortcuts when it comes to the cleanliness or materials that touch the batch. Our product leaves the line free of contaminants, with consistent particle size that pours easily and dissolves cleanly, because we care about mix quality and workable processability, not just lab numbers.
We see sucrose show up in a surprising range of end products. Beverage plants, confectionery lines, bakeries, and even fermentation plants pull from bulk deliveries. We support this with regular, on-schedule loads—big bags for factories, smaller options for labs or pilot trials. We provide granular forms that keep their flow, even after weeks of storage, and powder that resists caking. This means your operators don’t spend their day breaking up lumps or scraping stuck powder, and your feeds behave the way you’d expect whether you’re batch-cooking, continuous dosing, or running precision tests.
Our engineers respect the details—when your batch spec asks for 99.9% purity, we show the numbers and demonstrate production history, not just a one-off result or a lab report tucked into a file. Routine checks at our facility track moisture, ash, invert sugars, and color via in-line and grab samples. These aren’t just checked for certificates—our partners in pharma and high-end food trust that batch-to-batch, they are starting with the same core material every time. No hidden residues, which we prove year after year through continuous third-party audits and our own transparency.
We run everything from simple, single-ingredient food processing through to multi-step chemical synthesis on-site. The quickest way to disrupt a run is off-spec sucrose—if it’s not dry, it clumps; if there’s color, it tints the batch; if there are byproducts like invert, shelf life and bioreactions go sideways. These headaches don’t help you or us. We keep close tabs on trace minerals, microbial counts, and heavy metals, so finished goods and intermediates don’t send you scrambling for root-cause fixes.
There’s no “one sucrose fits all,” and we’ve learned this from years working with different processing lines. Fine granulated works for beverage and canned foods, because it dissolves fast and evenly—avoiding cloudiness or uneven sweetness. Large-grain types best serve bakers and confectioners, since they resist caking under humidity, and crystals keep their shape in candies or toppings. Powdered, ultra-fine forms help in icing, dry mixes, or precise lab use. Custom sieve cuts or blended grades meet requests from industrial fermentation or injection-molding add-ons, where particle size can change process rate or product consistency.
Our on-site people know the specifics of bagging, because a failed bag or contamination at shipping can undo months of good work. For food and beverage, plant managers have asked us to cut dust in delivery—so we use antistatic packaging and sealed liners, not basic open tops, because downtime on their line is downtime on ours. This plays out across export runs and regional trucking, keeping each customer’s product supply on track.
Traceability grows more important every season. We code every batch, every package—whether it’s a full truck of 25-tonne sacks or 500g specialty drums. The system links back to our own cane- or beet-sourced stock; we don’t buy intermediates from uncertain origins. Our audits go deep, all the way from field input to shipping. This reduces the risk of supply chain gaps, lets us handle quick recalls if required, and builds confidence with buyers, auditors, and regulatory teams.
Food safety doesn’t get treated as just paperwork. We have dedicated teams walking the line, every shift, double-checking allergen status, cross-contact points, and supplier logs. Pathogen, pesticide, and cross-contamination testing run regularly. As more of our partners face global audits and customer-driven specs, this grounded attention makes the difference between “batch at risk” and “batch secure.”
Several trends change how we manage manufacturing and delivery. Fewer plants want to store months of inventory; more order as needed, sometimes every few days. We can handle this with continuous runs, flexible filling, and a quick turnaround on specialty requests, including unbleached or bio-based packaging where preferred.
Fewer customers can afford delayed or inconsistent supply. Downtime in soft drink filling, loss of a key batch in a pharmaceutical reactor, or spoilage in a processed food line hurts output, cuts revenue, and adds risk. Our fleet and logistics teams know the highways, ports, and paperwork hurdles, and coordinate in real time, adjusting for weather, border delays, or sudden market spikes. These relationships weren’t built in a boardroom—they’re the daily outcome of people raising concerns, asking for solid packaging or extra checks, and seeing results.
In chemical processing or fermentation, keeping biobased products pure can be a challenge. We’ve worked directly with fermenters and specialty polymer makers who require very low trace metal, no biofilm risk, and verified non-GMO status. Our technical service team, drawn from both plant ops and R&D, can answer details about our plant’s flows—not a call center, but operators and analysts who troubleshoot, refine, and document process changes as part of their job.
Food companies face retail and regulatory scrutiny. We support claims for allergen-free, gluten-free, and non-GMO labels—not as a marketing afterthought, but with the full paper and analytical chain linked to our shipments. Whether auditors come from Europe, the US, or Asia, our staff walk them through the line, the logs, the critical control points, and every handoff from field or refinery. We stand behind what leaves our gate, which means manufacturers who use our sucrose can, too.
Direct manufacturers like us know exactly which assets and material streams touch our sucrose. We don’t blend outside lots or purchase from unrelated refineries, which would cloud traceability and introduce variable parameters batch to batch. Third-party traders sometimes combine grades, absorb outside product, or re-label imports—this can risk unexpected changes in solubility, moisture, or color from shipment to shipment.
Transparency in supply is more than just a label; it’s a direct line back to the mill and processing step. In the rare event of audit flags or customer query, all supporting detail sits inside our records, not buried in a chain of re-brokers or distributors. We invest in on-site analytics, comparing batch runs not just against standards, but against our historic line data. That tight feedback keeps the process tight, from screening and washing to final drying and sifting.
Direct manufacturing means every spec, parameter, or sign-off has a face, a name, and a shift log. Requests for new use-cases—like ultra-low color for infusion syrups, or extra-dry anti-cake for dry soup bases—get answered with fast test runs, not months of relabeling. If a customer gets an off outcome, we send teams and samples, figure out if the gear, the batch, or even a downstream step needs a tweak, and report with photos, samples, and numbers directly.
Reliability in sucrose delivery does not come from search results; it comes from years of serving producers, labs, and processors who stake their output and brand on reliable inputs. We’ve had days where tankers show for a load and climate shifts demand rapid dehumidification. We’ve solved crystal consistency for confectionery plants running around the clock, and helped fermentation plants fighting unexpected foam or side reactions, all with the same base sucrose run—fine-tuned to their use, batch to batch.
Years of customer relationships shape how we think about formulators, operators, and packaging teams. Whenever plant managers overhaul their line, they call us early because our input often prevents last-minute surprises—like dust explosions, poor flow, or melt behavior changes. Our crew doesn’t offer vague guarantees; we offer direct, phone-backed conversations, and results, whether it’s pickup timing, troubleshooting, or a request for a new test package in a format never before shipped.
Chemists and quality managers call for details, because minute differences in ash, invert sugar, or trace elements change chemical or biological outputs. We back labels with data, not just certificates collected post hoc. Our instrumentation and logs are open for inspection—an expectation for certification and an everyday routine for our team.
Compared to glucose, fructose, or pure maltodextrin, sucrose brings its own strengths to a production setting. In fermentation, it supports robust yields, easily digested by yeasts and bacteria, and leaves no bitter aftertaste. In candies and baked goods, it provides rapid solubility but doesn’t attract moisture as aggressively as other simple sugars, so finished products keep their snap, not just softness. Chemical production benefits from its clean breakdown and pH neutrality—no odd byproducts triggering downstream purification headaches.
We see this play out often in beverage plants that want clarity and long shelf life, confectioners avoiding rapid crystallization or sticky blooms, and drug formulators protecting stability and flavor. Sucrose’s behavior helps hold recipes stable across temperature, humidity, and stress. Where substitutes can bring flavor or browning anomalies, or require reformulation, sucrose gives a proven backbone to products whose consumers trust established taste and appearance.
Our on-site experts trial and tune the right product grade for each process, sending samples or launching production-scale test runs. This means we keep pace not just with ingredient trends, but with real processing limits—short run times, automated feeders, high-throughput filling, or unusual temperature cycles. We tweak particle size or moisture to fit customer lines, not just shelf specs.
Demand for “clean label” and “sustainably sourced” ingredients grows every year. Our team tracks not just chemical purity, but field input, energy, and packaging. Several of our clients need traceability for organic certifications; we control our crop sources and can walk auditors through each patch of ground, each transport stage, and every refiner overhaul. Biodiversity and ethical farming conversations flow from our agronomists to our QA teams, ensuring that supply is about more than just the next month’s price or contract length.
Many partners now ask about carbon footprint. We respond by measuring process energy, exploring options for co-gen heat, and assessing freight routes for minimized emissions. Our internal records link to crop inputs, fertilizer use, water footprint, and post-process residues, providing transparency for sustainability metrics that roll upstream and downstream through the chain.
Down the road, novel food and chemical applications continue to push. Our technical experts collaborate with R&D labs trying new extrusion, encapsulation, biotech fermentation, or alternative packaging. We welcome these challenges and see them as partners in growth; we bring hands-on manufacturing experience, not just theoretical recommendations.
Direct access to raw and finished inventories means real flexibility. We offer flexibility in delivery size, timing, and even product form. Small pilot runs or micro-batches aren’t a nuisance—they’re a chance to sharpen process understanding and launch new products on the right foot. Larger partners benefit from direct communication—no lag as requests pass through intermediaries, no confusion on spec or blend.
We believe real value builds through ongoing cooperation, responsive quality control, and a willingness to adjust as partner needs change. Sucrose remains among the most trusted and widely used food and feed ingredients, but only by maintaining strict attention to purity, process, and logistics does it remain a backbone for so many sectors.
From our process floor to your production line, sucrose remains a staple handled with care, attention, and open communication. For operators, managers, and R&D staff seeking stability, data integrity, and real-world support, our manufacturing team stands behind every shipment—proven week after week, batch after batch.