|
HS Code |
410127 |
| Chemical Name | Ethyl Maltol |
| Cas Number | 4940-11-8 |
| Molecular Formula | C7H8O3 |
| Molecular Weight | 140.14 g/mol |
| Appearance | White to pale yellow crystalline powder |
| Odor | Sweet, caramel-like, fruity aroma |
| Solubility In Water | Slightly soluble |
| Melting Point | 89-92°C |
| Boiling Point | Up to decomposition |
| Usage | Food flavoring, fragrance, tobacco additive |
| Synonyms | 2-Ethyl-3-hydroxy-4-pyrone |
| Stability | Stable under normal temperatures and pressures |
| Storage Conditions | Cool, dry, well-ventilated area |
| Toxicity | Low when used within recommended levels |
As an accredited Ethyl Maltol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Ethyl Maltol is packaged in a sealed 1 kg white plastic container, featuring a secure screw cap and detailed labeling instructions. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Ethyl Maltol typically accommodates 8–10 metric tons, packed in fiber drums or cartons, safely palletized. |
| Shipping | Ethyl Maltol is shipped in tightly sealed, food-grade containers or drums, protected from moisture and direct sunlight. Packaging complies with DOT and international transport regulations. The chemical is classified as non-hazardous but should be handled with care. Proper labeling and accompanying safety documentation ensure secure, compliant delivery to its destination. |
| Storage | Ethyl Maltol should be stored in a tightly closed container, in a cool, dry, well-ventilated area, away from sources of heat and ignition. Protect it from moisture, direct sunlight, and incompatible substances, such as strong oxidizing agents. Always keep the chemical out of reach of children, and follow local regulations and guidelines for safe chemical storage and handling. |
| Shelf Life | Ethyl Maltol typically has a shelf life of 24 months when stored in a cool, dry place in tightly sealed containers. |
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Purity 99%: Ethyl Maltol Purity 99% is used in food flavoring formulations, where it enhances sweetness perception and flavor intensity. Melting Point 89-92°C: Ethyl Maltol Melting Point 89-92°C is used in confectionery processing, where it provides stable sweetness release during high-temperature manufacturing. Stability Temperature Up to 150°C: Ethyl Maltol Stability Temperature Up to 150°C is used in beverage concentrates, where it ensures consistent flavor stability under pasteurization. Particle Size 40 Mesh: Ethyl Maltol Particle Size 40 Mesh is used in powdered drink mixes, where it promotes uniform distribution and rapid dissolution. Molecular Weight 124.13 g/mol: Ethyl Maltol Molecular Weight 124.13 g/mol is used in pharmaceutical syrups, where it improves palatability without altering dose consistency. Water Solubility 5 g/L at 25°C: Ethyl Maltol Water Solubility 5 g/L at 25°C is used in e-liquid formulations for vaping, where it achieves homogenous blending and balanced sweetness. Residual Solvent <10 ppm: Ethyl Maltol Residual Solvent <10 ppm is used in bakery premixes, where it ensures safety compliance and clean label standards. pH Stability 3–7: Ethyl Maltol pH Stability 3–7 is used in carbonated soft drinks, where it maintains flavor integrity across acidic conditions. |
Competitive Ethyl Maltol prices that fit your budget—flexible terms and customized quotes for every order.
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The demand for flavor enhancers in food and beverage manufacturing continues to rise. Ethyl Maltol holds a special place among these because of its effectiveness and character. At our plant, on any typical day, we move hundreds of kilograms of finished Ethyl Maltol from our reactors to final packaging. It remains one of the most efficient and pleasant-sounding molecules to work with in our lineup, due largely to its distinctive aroma that often fills the factory aisles—a sweet, caramel-rich scent with a hint of fresh fruit.
We manufacture Ethyl Maltol as a white crystalline powder, typically supplied in two particle sizes. Most customers in the confectionery, beverage, and bakery fields request the standard fine mesh, which dissolves rapidly in solution. Some flavor houses ask for a coarser cut for use in dry blends, which helps with ease of dosing in their automated lines. Throughout each shift, our technicians check for purity targets by gas chromatography, and our batches consistently achieve a minimum assay of 99.5%.
Over the last decade, expectations for product traceability and food safety have grown. Starting years ago, we implemented internal barcode tracking for each lot, including upstream chemical intermediates. This helps us trace every batch back to its origin and allows us to monitor our process tighter than just complying with minimum regulatory requirements. Microbial checks form part of our routine—something not always standard outside of food-focused production sites. Our methodology reflects a commitment to transparency, not regulatory compromise.
Many people ask why Ethyl Maltol, when straight Maltol costs less and is widely used too. From direct interaction with food engineers and perfumers visiting our site, I’ve learned that the simple answer comes down to performance. Ethyl Maltol builds more noticeable sweetness at much lower dosage—usually one tenth the weight of Maltol delivers the same sensory impact. This lets formulators control cost and headline ingredients more carefully, especially in low-calorie or premium applications.
Its unique profile delivers sweetness with a fruity, jammy top note, softening acidic or bitter edges without overpowering other flavors. Take soft drinks, where refined sugar gives way to high-intensity sweeteners that sometimes cause metallic or lingering aftertastes. Food technologists reached out about ways to round off those sharp notes after reducing sugar and artificial flavorings. Ethyl Maltol, in recommended microgram-per-liter dosages, supplies that solution: the perception of “real sugar” returns, shelf life isn’t compromised, and flavor labels can stay clean.
Our customers in the tobacco and vaping sectors favor Ethyl Maltol over Maltol for similar reasons. Ethyl Maltol supports the blending of caramel, vanilla, and fruit notes—balancing out earthy or bitter notes. Batch after batch, we hear from formulation teams that product consistency has tightened up since they started sourcing from us. Their feedback revealed an unexpected advantage in our process: a cleaner organoleptic profile, free from the metallic aftertaste sometimes present in cheaper grades.
Ethyl Maltol carries the chemical name 2-Ethyl-3-Hydroxy-4-Pyrone, recognized in the market as “EM.” Standard manufacturing purity for food-grade runs between 99% and above; we guarantee nothing below 99.5%. Every shift, our site’s analytical chemists check both melting point and purity, with records logged digitally for decades of traceability. Particle size distribution matters in final formulations—too coarse and the powder won’t dissolve; too fine, and it clumps. Our sieving operation operates at fixed mesh screens, avoiding fines without losing flow. This detail often escapes attention but becomes obvious once observed on real production lines where dust or caking can disrupt an otherwise smooth operation.
Down the hall from the main plant, our QA team invests effort into monitoring not just purity but also moisture, solvent residues, and color. On occasion, technical teams from food brands visit unannounced; our records and samples trace every detail, from reactor temperature logs to packaging storage temperatures. We store production samples for up to two years, ensuring our partners can retrace every step should quality questions arise. Rejections remain rare, and batch recall rates have stayed below 0.01% for over five years—a result driven by investment in real-time quality monitoring and a refusal to cut corners.
Ethyl Maltol works at the molecular level as a chelating agent and flavor modifier. Its structure, an ethyl-substituted pyrone ring, gives it higher potency than Maltol. In use, this means Ethyl Maltol integrates seamlessly with a range of flavor systems, whether the application sits in water, ethanol, food oils, or propylene glycol. For the food and beverage markets, that translates to flexibility—micrograms per kilogram in soft drinks, milligrams in baked goods or candies.
During formulation trials, engineers at our partner sites have noted the dramatic effect Ethyl Maltol imparts with only a few parts per million. The synergy with monosaccharides and certain sugar alcohols reduces the need for table sugar, boosting perceived sweetness by as much as 40%. This economic advantage allows our clients to reformulate legacy products without downgrading sensory quality. In some bakery runs, reducing sugar content by a third led to cost savings and a gentler rise in finished products, thanks to Ethyl Maltol’s support for Maillard reactions at slightly lower temperatures.
Unlike Maltol, which can veer into roasted or bread-like territory, Ethyl Maltol offers a “juicier” note. Ice cream producers favor this clean versatility: a few grams in a 100-liter batch rounds out berry flavors, softens chocolate bitterness, and enhances vanilla—all with no “chemical” aroma. In my experience working in the blending rooms, staff can distinguish Ethyl Maltol from competitor products purely by nose, especially when warmed during blending: ours always shows a cleaner finish.
Customers sometimes weigh Ethyl Maltol against vanillin, Maltol, or certain synthetic flavor bases marketed for the same applications. Based on over a decade producing all three, the differences become obvious in industrial batch trials. Vanillin produces a strong vanilla note, but lacks the sweetness-boosting power. Maltol is less potent, requiring roughly ten times higher addition rates, and its flavor profile suits baked goods or caramel notes more than delicate confections. For clarity and potency, Ethyl Maltol stands apart—especially in clear beverages and delicate fruit candies.
Flavor houses who have compared our Ethyl Maltol with similar offerings from other manufacturers report fewer off-notes, lower volatility under heating, and improved product shelf life. These results come not from abstract marketing claims but from head-to-head performance trials with our quality assurance staff present. Our reaction and purification process, while more expensive than shortcut methods, yields a product with virtually undetectable residues—allowing delicate flavors to dominate in the finished food or fragrance.
Ethyl Maltol’s high-temperature stability turns out vital for some customers making shelf-stable confections, malt syrups, and dairy-based desserts. I’ve toured their facilities during audits, and engineers point out that cheaper grades tend to caramelize, yellow, or break down under just a few months of real-life storage. Our Ethyl Maltol avoids these issues thanks to deep purification—a difference obvious after simple color tests conducted in their onsite labs.
Food-grade Ethyl Maltol enjoys favorable regulatory acceptance in the United States, EU, China, and most major trade regions. We commit ourselves to ensuring complete compliance. Every shipment is supported by a certificate of analysis, safety data sheet, and full traceability back to the recorded batch. Those in beverage, bakery, and flavor houses frequently request documentation through their quality managers, and our support team stands ready to answer each question in detail.
Some of the strictest food safety audits happen at our plant, unannounced, often at the busiest times. Inspectors focus on allergen risk, environmental controls, and contamination prevention. To meet these standards, we enforce separate zones for flavor and non-flavor ingredients and conduct airborne particle checks twice daily. Production workers receive annual training on GMP and allergen handling, and frequent random audits reinforce a culture of accountability—from loading docket to packaging dock. Food processors who buy from us know they are getting a rigorously evaluated product every step of the way, not just a commodity additive.
Our facilities stay up-to-date with FSSC 22000 and ISO certifications, updated annually. Unlike some competitors, our site maintains a transparent record of safety and recall events, openly shared during regulatory review or partner site visits. We welcome visits from regulatory and customer teams alike, who can observe not just our spotless GMP records but also our determination to focus on continuous improvement. I have watched auditors from some of the world’s biggest brands walk our line, read our plant logs, and leave with confidence in our process and people.
There’s a clear distinction between buying directly from a factory and sourcing through resellers who may know only secondhand details about a product’s origins. As chemists and operators, we possess direct knowledge of every parameter and challenge encountered on the line, from fluctuating humidity affecting drying times to sourcing issues for our high-grade feedstocks. Our technical staff can advise end-users on optimal addition rates, routes of addition, blending timing, and even cleaning protocols for lines that handle multiple flavors.
Several times a year, teams from confectionery and beverage partners tour our facility to discuss process issues. Issues like flavor browning in high-heat processes or off-notes at low-pH become much easier to fix with input from the production chemists who have guided batches from raw chemical to packaged product. Customers relay feedback on their product launches, and our team integrates that knowledge into further batch optimization. Through this feedback loop, we not only keep our Ethyl Maltol quality high but respond in real time to new trends and formulations.
In the lab, I have seen firsthand how minute changes to reaction temperature or purification pressure can influence the final batch. Some operators resolve these challenges instinctively, drawing on years of muscle memory built on the line; our documentation codifies these lessons so that every batch adheres to tight standards. The result shows up in the product’s reliability, as confirmed through shelf-life studies and blind taste tests performed by clients themselves. The positive feedback keeps our research teams motivated and our plant floor bustling.
Over the last five years, our plant has committed new investment toward sustainable production of Ethyl Maltol. Part of this shift arose from requests by food companies to reduce environmental footprint, but the other part comes from direct experience managing operators’ safety and community environmental concerns.
Our team redesigned solvent recovery routes to reclaim upwards of 95% of organics used during synthesis and purification. These solvents return to the process stream, vastly reducing waste output. Equipment upgrades now allow for more precise temperature and pressure control, cutting both electricity and water consumption for each kilogram of finished Ethyl Maltol. Operators received specialized training, not just on standard operating procedure but on troubleshooting and efficiency improvements—lessons based on years of real plant operations. The result is a smaller, cleaner environmental impact, supporting both our business and the broader community.
For clients asking about supply chain visibility, we now offer full documentation of our raw material sources and environmental metrics. Major brands interested in “clean label” or “eco-friendly” ingredients appreciate direct answers about emissions, water use, and chemical handling. We take pride in showing our process logs and supplier evaluations, not only to auditors but also to customers looking to build new recipes. Providing this level of information takes time and investment for our documentation and logistics teams, but the payoff is a cleaner, more transparent process at every stage.
Ethyl Maltol finds widespread use wherever food and beverage products need a sweetness boost, a flavor “lift,” or gentle improvement in overall taste. Here at the plant, we regularly receive requests from sectors as varied as soft drinks, canned fruits, baked goods, confections, dairy, and even pharmaceutical syrups. Research chefs and beverage technologists often share back their use cases, helping us refine both our own process and our technical support.
One frequent question concerns maximizing flavor intensity in natural beverages while masking the medicinal notes of some fruit acids or vitamins. Ethyl Maltol, used at precisely dosed levels, gently elevates sweetness in sparkling and still drinks, even those with zero-sugar claims. In snack and confection manufacturing, process engineers remark on how our product softens harsh cereal or fortification notes, making even high-fiber bars taste more indulgent. Candy houses often rely on Ethyl Maltol for their sugar-free or reduced-sugar lines, achieving intense “fruity” tastes that remain appealing on the shelf.
On the bakery side, feedback from partners points to smoother browning, improved crust flavor, and more appealing aroma when Ethyl Maltol features in their flavor blends. Flavored yogurt producers have commented on its capacity to balance acidity without muting fruit flavors, leading to greater consumer approval. The technical collaborations we maintain with kitchen and product development teams let us understand applications well beyond the laboratory specifications, refining our process to meet new culinary challenges as trends shift.
Manufacturing quality Ethyl Maltol means facing both expected and new challenges. Global demand can fluctuate widely with food trends and regulatory shifts. Climatic changes can alter raw material availability, so our sourcing teams must work ahead to guarantee stable supply. We prequalify new suppliers a year in advance, supporting robust inventory even in turbulent times. Sometimes, customers require freshly manufactured material rather than older stock, requiring tight production schedules and clear communication between our planning and logistics teams.
Another ongoing challenge involves preventing contamination and ensuring each batch meets not just minimum, but superior, safety and organoleptic standards. All process lines are cleaned and inspected multiple times weekly, audited by QA at unscheduled intervals. Continuous investment keeps equipment at peak performance, reducing product loss and supporting higher safety scores from all audits.
Partnering with food scientists from global brands, we often refine solutions in response to their needs—shelf life, flavor stability, allergen cross-contact. Close feedback cycles help us stay ready to address rising consumer concerns, such as label transparency, sustainable sourcing, and reduction in unnecessary chemical residues. Each lesson returns as a procedural update or a new training session for our team, helping us exceed, not just meet, what industry now expects.
Today’s ingredient buyers and R&D specialists demand more than just technical grade or a basic spec sheet. They expect a collaborative relationship: solutions for complex recipes, insight into regulatory trends, and the capacity for rapid response on both supply and documentation. In every part of Ethyl Maltol production and delivery, we step forward with the firsthand knowledge and commitment of factory staff who understand each detail of its manufacture, performance, and safety.
Through continuous investment, tight process control, and direct engagement with customers, we ensure that our Ethyl Maltol enables food and beverage innovators to deliver delicious, safe, and consistent products to consumers worldwide. Our approach relies on shared experience: blending science, craftsmanship, and openness about how things work behind the scenes. With every batch, our goals stay the same—more reliable quality, safer process, cleaner taste, and true partnership from our team to yours.