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HS Code |
208084 |
| Name | Maltose |
| Chemical Formula | C12H22O11 |
| Molar Mass | 342.30 g/mol |
| Appearance | White crystalline solid |
| Taste | Slightly sweet |
| Solubility In Water | High |
| Melting Point | 102-103°C (anhydrous) |
| Source | Derived from starch by enzymatic hydrolysis |
| Other Names | Malt sugar |
| Uses | Sweetener, fermentation, food industry |
| Cas Number | 69-79-4 |
| Energy Content | Approximately 4 kcal/g |
As an accredited Maltose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Maltose is packaged in a sealed 500g white plastic jar with a secure screw cap and clear labeling for laboratory use. |
| Shipping | Maltose is typically shipped as a solid, white, crystalline powder in sealed, moisture-proof containers. Containers are clearly labeled and handled according to standard chemical transport regulations. It is non-hazardous but should be kept dry during transit. Shipping conditions generally require protection from heat, direct sunlight, and moisture to preserve product quality. |
| Storage | Maltose should be stored in a tightly sealed container, kept in a cool, dry, and well-ventilated area away from moisture and direct sunlight. It should be protected from sources of ignition and incompatible materials such as strong oxidizers. Label the storage container clearly and keep it away from food and drink. Store at room temperature unless otherwise specified by the manufacturer. |
Applications of Maltose in Industrial ManufacturingMaltose finds targeted applications across several industrial manufacturing sectors. As the direct producer, we support our clients with accurate formulation guidance, supply chain transparency, and dependable technical documentation for each specific downstream process involve. Below, we outline core application scenarios, compliance requirements, dosage practices, integration points, and finished products relevant to real-world manufacturing. 1. Confectionery ManufacturingMaltose provides a controlled sweetness profile and supports texture development in hard candy, jelly, and compressed confectionery making. Manufacturers depend on its low hygroscopicity to prevent stickiness and control crystallization during batch cooling and molding. The ingredient profile supports superior shelf-life and mouthfeel, serving as a base syrup or as part of isomalt-based or reduced-calorie systems. Consistent QC testing ensures stability during continuous or batch processes. Industry compliance standards
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2. Bakery and Dough ProcessingIn industrial baking, maltose enhances yeast fermentation performance and browning reactions during proofing and baking. It extends softness life through its water-retentive properties and promotes even crumb structure. Industrial plants rely on maltose to optimize Maillard reaction parameters and regulate sweetness without overpowering dough systems. Integrating maltose during dough mixing or sponge generation supports batch-to-batch reproducibility and reduces formula instability when transitioning between wheat varieties or flour suppliers. Industry compliance standards
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3. Brewing and Fermentation IndustryMaltose supports industrial brewers and distillers for controlled saccharification and yeast management, especially in high gravity brewing. As the primary fermentable sugar in mashing and wort separation, maltose enables greater attenuation profiles and predictable alcohol yields. It ensures product standardization in large-scale operations, improving throughput during wort concentration and fermentation step transitions. Maltose supplementation assists brewers to stabilize sugar content when malted raw materials fluctuate in quality or availability. Industry compliance standards
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4. Dairy Processing (Ice Cream and Yogurt)Industrial dairy processors use maltose to regulate freezing point, promote smoother mouthfeel, and suppress excessive sweetness in frozen and cultured dairy applications. The ingredient reduces iciness and improves overrun control in continuous ice cream freezers. In yogurt and drinkable dairy, maltose offers prebiotic support for mild lactic cultures and extends consumer-acceptable shelf-life. QC departments monitor ingredient addition to maintain precise Brix adjustments and textural stability across seasonal production cycles. Industry compliance standards
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5. Pharmaceutical Syrups and Oral SolutionsMaltose serves as a pharmaceutically accepted carbohydrate excipient, supporting viscosity and palatability for pediatric and geriatric oral liquid formulations. It stabilizes active ingredient suspension, minimizes crystallization, and allows extended flavor carry. Manufacturers rely on maltose for its low osmotic pressure contribution and hypoallergenic profile, matching strict QC batch traceability requirements. It integrates easily with heat-sensitive actives during gentle solution compounding phases. Industry compliance standards
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6. Nutritional Formulations (Sports Nutrition, Meal Replacements)Maltose delivers rapid energy-release carbohydrate content and a moderate glycemic index to formulated nutritional blends. Manufacturers include it in powdered beverages and meal replacement preparations to support sustained glucose delivery without spikes. It blends cleanly with vitamins, minerals, and concentrated protein sources. During mixing and spray drying, maltose achieves high dispersibility and prevents lumping, ensuring uniform performance and ease of reconstitution for end users. Industry compliance standards
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Competitive Maltose prices that fit your budget—flexible terms and customized quotes for every order.
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Making maltose isn’t just a technical task for us; it’s part of our daily work, with roots reaching back through decades of experience and steady hands in our production halls. Seeing raw materials like high-quality starches go through the conversion process, day in and day out, we know every batch carries signatures of the grains, the skill of workers, and the equipment that supports each step. Maltose—sometimes known simply as malt sugar—offers a gentle, pleasant sweetness and a smooth texture, making it a crucial ingredient in many sectors, from bakery to brewing. Unlike table sugar, which can overwhelm with its sweetness, maltose stands out for its mild profile that blends naturally into recipes, letting flavors breathe rather than taking over.
Crafting maltose at our plant means paying close attention to every detail. We select premium non-GMO corn or wheat as our starch sources and run them through controlled enzymatic hydrolysis. Because we run the reactors ourselves and monitor each tank, there’s never ambiguity about the product’s makeup or purity. Once we filter, purify, and concentrate the syrup, we can control this whole process to ensure the maltose meets the exact profile local bakers, confectioners, or industrial users want. Direct manufacturer supply also gives customers full traceability on every lot, not a patchwork story stitched from third parties.
After years of feedback from food processors and beverage makers, our production department established two regular product models: Maltose Syrup 70% for liquid systems and Crystalline Maltose Monohydrate for dry mixing and applications that need tight granule control. We monitor for low ash, minimal protein carryover, and ensure absence of off-tastes. Our standard syrup runs at 68–72% solids with a light, clear appearance, minimal color, and consistent viscosity. Crystalline maltose leaves our packaging line bright white, free-flowing, and with shallow hygroscopicity—a detail we track batch by batch to avoid caking on customers’ lines. Our QA team conducts strict HPLC sugar composition checks; you won’t find hidden sugars inflating sweetness or clouding nutritional analysis.
Cooks and plant managers need consistency. With our maltose, baked goods develop attractive golden crusts and even crumb thanks to the sugar’s steady browning during oven time. Soft candies and mochi gain smooth, chewy bite without turning sticky or overly sweet. For brewing, maltose doesn’t just feed yeast during fermentation; the outlined sugar composition also impacts foam stability, head retention, and mouthfeel—not small details for serious brewers. In meat processing, some recipes require maltose as a flavor former and Maillard reactant; it gives precisely the desired finish in cured hams, char siu, and roast marinades. Many sugar alcohol factories, particularly in xylitol or sorbitol production, look to maltose syrup as their preferred foundational fermentable, citing reliable conversion and no unwanted flavors.
Working in manufacturing, we have the chance to see products side by side, compare performance, and talk directly to end users. Take glucose syrup from the next tank over: it dissolves faster in water and lends foods a more pronounced sweet hit, with a slightly higher GI index. In contrast, our maltose offers a subtler note and a body that holds up well during prolonged heating or storage, lessening the risk of crystallization in finished foods. Compared to sucrose, maltose doesn’t leave the same sticky residue on conveyor belts, something operators notice during daily clean-up. For manufacturers concerned about target sweetness, caloric calculation, or managing sugar blends, maltose paints a more nuanced canvas. It does not ferment as vigorously as pure glucose, which can be critical in controlling alcohol yields in brewhouses or in non-alcoholic malted drinks.
Our quality team walks the floor, not just reviews remote supplier paperwork. We screen all raw starch for mycotoxins and pesticide residues; only batches that pass direct wet chemistry testing feed our maltose reactors. Finished product goes through filtered water rinses—no shortcuts on purification—so each pail, bag, or tanker leaves our plant ready for immediate use without extra reworking. Full traceability allows us to immediately inform downstream processors of any concern, although in practice, our reject and recall rates have remained exceptionally low thanks to in-house oversight. There is no risk of unlabeled blending or outsourcing, which can happen in bulk commodity trading. This is the direct benefit of buying straight from the source.
Many of our partners aren’t just large industrial plants. Artisanal confectioners, specialty bread bakers, and research teams sometimes need lots as small as a few kilograms. We built out packaging solutions to run short, custom lots—because experience taught us that bulk shippers’ minimums exclude many creative users. Each drum or sealed bag ships with calibrated composition data; our technical staff are always available to talk through quirks of a particular recipe, process, or need for certificate of analysis. It never feels right telling customers to find data from third-party sources—they trust the factory that made the goods, not a messenger in between.
Manufacturing chemicals means more than delivering a pallet on time. Our founders grew the factory by spending time on the line and talking with regional users who expected more than just labels; they wanted to know how we tackled water recycling, what power source drives our evaporation towers, and whether our effluent meets locality health requirements. By investing in closed-loop water systems, optimizing enzyme usage, and running full life cycle audits on production waste, we have steadily dropped our plant’s yearly emissions. Wastewater readings and dust capture data are available for review any time a user requests it. Maltose has a reputation for safety—the science is clear on its low allergenicity and metabolic pathway—but not every plant takes the same care to keep traces of wheat, gluten, or other potential allergens out of supposedly pure lots. Rigorous cleaning protocols between runs help meet the highest expectations, so users can trust what's listed on our analysis sheets.
Over the years, supply chain disruptions, trade restrictions, and issues with adulterated or mislabeled sugars have plagued our industry. Our customers—whether they’re large multi-nationals or neighborhood bakers—regularly ask about source grains, production lot, and date codes. Direct traceability isn’t some buzzword for us. We log each lot from starch intake through final packaging, making it possible to answer any downstream query with real facts, not vague assurances. This is particularly essential for those managing allergen declarations, Organic labeling, or kosher certification audits. By controlling the whole process, we can say exactly where every drop or crystal began and how it moved.
Plant operators, food scientists, and hands-on bakers form our best continuous improvement team. Years ago a major baked goods user pointed out that slightly elevated DE (dextrose equivalent) harmed the subtle taste of their signature rolls. Adjustments to enzyme feed rates and hydrolysis time solved the problem. Another client in the fermentation business flagged cloudiness in a syrup lot during bench testing. Transparent discussions with our staff led to changes in filtration mesh size and tighter visual controls by operators. This ongoing dialogue drives changes—from improving drum liners to adjusting agitation speeds—to ensure each product delivers the performance users demand.
Many people think maltose belongs strictly in foods, but our production lines have seen it serve roles in pharmaceuticals, biotechnology labs, and specialty adhesives. Certain tablet formulations need maltose for its ability to mask bitterness and work as a solid filler with gentle breakdown in the stomach. Some biotechnologists order ultra-pure crystalline maltose for cell culture media or as a reagent for selective fermentation studies, citing reliable batch reproducibility over inconsistent non-food sugars. Animal nutritionists—especially in aquaculture—mix maltose syrup into feed for gentle energy without shocking metabolic balance. Over time, close contact with these users delivers new insights and process improvements we’d never spot from a distance.
Running a chemical manufacturing enterprise delivers plenty of challenges. Changes in corn or wheat prices directly affect maltose production costs, and global logistics have a real impact on both delivery times and packaging availability. We respond by working closely with local growers, keeping safety stock, and developing relationships with trusted logistics providers. Another issue is moisture-control, particularly for crystallized products destined for humid regions. Here, our experience in packaging and climate-controlled storage ensures minimal clumping or spoilage on arrival. Occasionally, a unique customer request—like custom particle size or specific blending ratios—requires trial runs and adjustment. We learn something every time, feeding those lessons back into our standard processes.
Behind every load of maltose leaving our factory is a trained team that handled, tested, and packed the material. Users talk with experts who know how and why each batch was made, instead of a desk-based broker passing along generic paperwork. If a food formulator or technician needs guidance on how to swap maltose for another sugar, we can walk the line, compare product data, and tell them directly what to expect. This kind of open exchange beats waiting on after-the-fact test results or generic “meets standard” answers. Price, delivery timing, and product adjustments all reflect direct cost and factory availability—no markups or guesswork from middlemen.
Direct relationships matter, especially for buyers who have run into surprises with inconsistent or misrepresented sugars before. Our doors stay open to visitors, clients, and independent auditors. Whether someone wants to see COA records, sanitation logs, or process flow documentation, the answer is rarely “wait for someone to send it over”—the material is always at hand. Small teams in the purchasing office know the production steps intimately because they’ve walked the floor, talked to QA staff, and sometimes even helped troubleshoot a process hiccup alongside line workers.
Many of our long-term customers first approached us not only for price, but because their application stumped resellers or left something to be desired in finished product consistency. Our technical team maintains regular phone and site support, field visits, and test-bake partnerships, sharing know-how from both pilot and full-scale manufacturing. If a problem arises—be it unexpected sweetness, unwanted color change, or process incompatibility—our engineers and chemists are on call to help adapt process, change formulations, and sometimes redesign entire lines. This continuous commitment never comes as an afterthought or side service.
Efficient and responsible chemical production needs feedback, not just regulations and record keeping. As more users demand environmentally sound practices, we keep active in optimizing our energy consumption, water recycling, and raw material sourcing. Local partnerships with farmers, waste handlers, and food safety experts shape a system where value leaves the plant with every shipment—less is wasted, more is tracked, and users trust that their ingredient delivers as promised without externalities hidden in the paperwork. Maltose has a long production history, but that history gets written every day by the hands in our factory, the users at mixing stations, and the customers who come back year after year.
Not every customer arrives at our factory with a full technical background, but almost all want clarity on what goes into their products. For food and beverage developers, recipe reproducibility matters; for researchers, understanding impurity profiles can shape experimental results. By providing open access to HPLC chromatograms, batch composition records, and technical studies, we help users make informed decisions and trust their raw material. No need for secrecy or endless paperwork: just clear, honest facts that match what’s inside every package and drum.
Generations have worked in our facility, passing down both skills and practical know-how that no machine or automation can substitute. Each worker recognizes that maltose isn’t just a commodity; it’s an ingredient that shapes taste, texture, and performance in end products our families could buy in local stores. This sense of pride shows up in the care given to cleaning tanks, testing pH, or sealing off finished goods. It’s more than a technical process, it’s a lifelong craft, with focus not only on large-scale efficiency, but on making a product worthy of the people who rely on it.
Choosing maltose involves much more than comparing a few specification sheets. It means selecting a partner who knows the process, can offer transparent, regular support, and believes in building solid long-term relationships. We craft each batch with an eye toward consistency, safety, and honest value. Our lines stay open for questions, sample requests, or in-depth product discussions. Whether supplying a hundred tons or a few jars for a new project, we back every shipment with the knowledge, care, and diligence of a team that sees every customer as a partner in success.