Ethyl Propionate

    • Product Name: Ethyl Propionate
    • Alias: ethyl propanoate
    • Einecs: 202-276-1
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: sales3@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    143506

    Chemical Name Ethyl Propionate
    Iupac Name Ethyl propanoate
    Cas Number 105-37-3
    Molecular Formula C5H10O2
    Molar Mass 102.13 g/mol
    Appearance Colorless liquid
    Odor Fruity, pleasant odor
    Boiling Point 99.5 °C
    Melting Point -73 °C
    Density 0.888 g/cm³ at 20 °C
    Solubility In Water 1.7 g/100 mL at 20 °C
    Flash Point 16 °C (closed cup)
    Refractive Index 1.383 at 20 °C

    As an accredited Ethyl Propionate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Ethyl Propionate is packaged in a 500 mL amber glass bottle with a secure screw cap and detailed safety labeling.
    Shipping **Ethyl Propionate** should be shipped in tightly sealed containers, protected from moisture and direct sunlight. Transport as a flammable liquid (UN 1179) according to relevant regulations. Store upright in a well-ventilated area, away from heat, sparks, or open flames. Proper labeling and documentation are essential during shipping.
    Storage Ethyl propionate should be stored in a tightly closed container in a cool, dry, and well-ventilated area, away from sources of ignition, heat, and direct sunlight. Keep it separate from strong oxidizing agents and acids. Use non-sparking tools and explosion-proof equipment. Ensure proper labeling and grounding of containers to prevent static buildup, and follow all relevant safety and regulatory guidelines.
    Application of Ethyl Propionate

    Purity 99.5%: Ethyl Propionate with purity 99.5% is used in food flavoring formulations, where enhanced fruity aroma and taste consistency are achieved.

    Boiling Point 99°C: Ethyl Propionate with a boiling point of 99°C is used in solvent blends for coatings, where rapid evaporation ensures fast drying of paint films.

    Molecular Weight 102.13 g/mol: Ethyl Propionate at molecular weight 102.13 g/mol is used in pharmaceutical synthesis, where predictable reactivity yields high-purity intermediates.

    Stability Temperature up to 50°C: Ethyl Propionate with stability temperature up to 50°C is used in fragrance manufacturing, where ingredient integrity is maintained during process heating.

    Viscosity 0.45 mPa·s: Ethyl Propionate with viscosity 0.45 mPa·s is used in ink formulation, where optimized viscosity improves printability and color uniformity.

    Water Content <0.1%: Ethyl Propionate with water content below 0.1% is used in adhesive production, where low moisture content prevents curing defects.

    Colorless Appearance: Ethyl Propionate with colorless appearance is used in cosmetic formulations, where product aesthetics are preserved without unwanted discoloration.

    Density 0.89 g/cm³: Ethyl Propionate at density 0.89 g/cm³ is used in perfume diluents, where proper solubility is achieved for homogenous fragrance solutions.

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    Certification & Compliance
    More Introduction

    Ethyl Propionate: Familiar Aroma, Real Value

    Understanding Ethyl Propionate in Daily Life

    A lot of folks might not realize how often they run into Ethyl Propionate. This sweet, fruity compound pops up everywhere—from bakery cases filled with fresh pastries to bottles lining the shelves at perfumeries. Chemically, it’s an ester with the formula C5H10O2. The clean smell that hits the nose comes from Ethyl Propionate showing up in natural flavors and a good chunk of the scents and tastes people remember from childhood.

    This particular liquid is colorless, and though it might sound exotic, it’s been trusted in both industrial and food settings for generations. Bring up fruit flavors or the buttery smell of bakery bread, and Ethyl Propionate packs a punch. Its boiling point sits comfortably at around 99°C, and it brings a volatility that works for many applications. That sort of accessibility means a baker, a chemist, and a perfumer might all reach for the same bottle but come away with a different story to tell.

    Why Ethyl Propionate Matters More Than Most Think

    People working with food flavorings look for ingredients that do more than just fill space in a bottle. Ethyl Propionate brings a signature flavor, often compared to pineapple or rum, and it delivers a sharpness that makes baked goods stand out. In candies, its profile can brighten a dull formulation without overwhelming the palate. This simple molecule can steer a product from bland to memorable.

    In my own time working in small-batch bakeries, nothing quite matched the lift a dash of Ethyl Propionate gave to shortbread or tarts. Where natural fruit extract couldn’t stretch, this compound rounded out the aroma and flavor, making products memorable for customers.

    The same goes for perfumery. Too many base ingredients fall flat or feel artificial. Ethyl Propionate adds clean, fruity notes without overwhelming the senses, letting other elements shine. Those designing a fragrance that leans into summer or clean, crisp profiles often turn to this ester. It bridges the gap between sharp and sweet, doing a job cheaper, synthetic blends can’t manage, particularly when a natural impression is vital.

    Comparing Ethyl Propionate to Other Esters and Solvents

    It’s easy to mix up Ethyl Propionate with other esters like Ethyl Acetate or Methyl Propionate, but each carries a distinct role and aroma. Ethyl Acetate, for example, sits in the same pattern as far as volatility and solvency. The difference shows up clearly in the nose and mouth: Ethyl Acetate leans towards a nail polish scent, chemical and harsh; Ethyl Propionate turns up bathing the air in a fruity, softer aroma.

    From a food science perspective, Ethyl Propionate gives developers more space for creativity. When a project needs a fresh, soft, “baked” smell, this ester wins out over similar molecules that bring rougher or sour notes. It’s often less expensive than rare, natural fruit extracts. So, manufacturers can keep costs down without trading off on flavor.

    Solvents based on ethanol or methanol do certain jobs, especially in cleaning or pharmaceuticals. For taste and fragrance, though, they either evaporate too quickly or leave an aftertaste no consumer appreciates. Ethyl Propionate walks that line between flavor enhancement and aroma extension—qualities that show up right on the tongue and in the air after a candle or cake has been enjoyed.

    In the adhesives or ink industries, Ethyl Propionate compares favorably to other solvent esters. Its evaporation rate speeds up drying without leaving sticky residue, which paints and coatings professionals value for production efficiency. While it isn’t the only compound used, its balance of properties makes it a workhorse in crafting high-quality, printable inks and fast-drying coatings.

    Health, Safety, and the Role of Standards in Ethyl Propionate Use

    Sometimes people worry about the long chemical names they see on food or cosmetics labels. There’s a tendency to distrust the unfamiliar, but a compound like Ethyl Propionate has earned its place due to the long years of safety evaluation. Regulatory bodies, including the FDA and the European Food Safety Authority, cleared it for proper use in food and consumer products, setting clear exposure limits.

    Like any solvent or flavor chemical, using Ethyl Propionate with common sense remains essential. Too much of even the best flavoring can ruin a product or cause irritation. People who work with concentrated forms in food manufacturing or fragrance blending should keep the workspace well-ventilated, wear gloves, and store the liquid in tight containers out of reach from children or pets.

    Over my own years in baking and ingredient formulation, the bigger challenge always came from maintaining product consistency rather than safety. Once production hits a certain scale, the purity of Ethyl Propionate matters more. Impurities or variations in supply can alter flavor or even create off-notes in delicate recipes. Producers chasing top quality rely on trusted suppliers and regular lab analysis to prevent bad batches from reaching store shelves or affecting public trust.

    Ethyl Propionate and Consumer Expectations

    Consumer demand for transparency and naturalness complicates things. As people get more curious about what goes into their food, companies should keep lines open about product ingredients—including Ethyl Propionate. This isn’t some unpronounceable chemical cooked up last week. It occurs naturally in pineapples, apples, and bread crust. Knowing this helps marketers and bakers talk honestly with customers. Clear labeling and open discussion can win trust, especially when questions come up about flavoring sources.

    Some boutique bakeries and gourmet brands now emphasize "natural" on their labels, sometimes shying away from well-established, safe additives because the name sounds synthetic. The reality is, even traditionally baked bread and fresh fruit contain Ethyl Propionate in trace amounts; what matters is dosage and quality. Based on my early days in a family bakery, choosing between these options often came down to balancing cost, authenticity, and customer expectations. Moving too far in any direction could mean lost sales or regulatory headaches.

    With social media spreading both facts and myths so quickly, smaller businesses find themselves needing to know not just how Ethyl Propionate works, but why their customers should care. The answer boils down to trust—the same ingredient that sets a good bakery or perfumery apart from its competitors.

    How Ethyl Propionate Supports Innovation

    Startups in the food tech and flavor space often look for an edge through unique taste profiles without blowing the budget or risking recall. Here, Ethyl Propionate provides an accessible way to dial in a memorable aroma and taste that meets both regulatory requirements and consumer preferences.

    I’ve watched as modern bakers push old traditions using new chemistry. Where prior generations relied only on vanilla or basic fruit concentrates, today’s innovators can build more aromatic, layered pastries through precise use of compounds like Ethyl Propionate. It brings out the softer side of fillings and crusts, helps mask bitterness from alternative grains or protein powders, and delivers a signature finish customers remember.

    Research points to Ethyl Propionate helping stimulate appetite or cue positive associations in the brain. That has value beyond the kitchen. In fields like aromatherapy or hospitality, the compound finds its way into candles and room sprays. People walk into a lobby or a shop, pick up on that warm, familiar sweetness in the air, and instantly feel at ease. It’s not just about flavor or scent—it’s about creating moments that stick with people.

    New approaches in beverages, too, lean into blends featuring Ethyl Propionate. Whether matching the tang of a fruit-forward soda or layering complexity into a crafted cocktail, mixologists use this compound for its clean finish and appealing bouquet.

    Environmental Perspective

    Big concerns now center on environmental impact. Ethyl Propionate doesn’t stick around long in air or water, breaking down through natural processes, which helps lower risk of long-term environmental contamination compared to heavier industrial solvents. Its relatively low toxicity makes it a better option for manufacturers aiming to earn consumer and regulator confidence.

    Manufacturers who want to tighten their environmental footprint can look to Ethyl Propionate as part of their solution. Sourcing from eco-conscious producers, minimizing emissions in production, and doubling down on recycling and efficient storage keeps the product line as green as possible.

    Disposal does call for care, since regular household drains and landfill can’t always handle chemical residues properly. Responsible companies follow all local disposal rules, keeping product out of the waste stream and investing in better containment and recycling practices. From seeing how much progress industry has made just in the last decade, these steps are more practical than ever.

    Solutions to Industry Challenges with Ethyl Propionate

    No product solves all problems. Even with the positives, manufacturers still face obstacles in securing high-purity Ethyl Propionate, maintaining batch-to-batch consistency, and convincing skeptical consumers when long ingredient lists seem intimidating. Open communication with suppliers helps a lot; regular testing and quality audits prevent surprises before products hit shelves.

    Forward-thinking companies invest in employee training, not just on the technical side, but also for customer service, so honest answers reach the public. Where supply chain disruptions used to be an excuse, technology now makes it possible to track inventory and respond quickly to shortages or regulatory changes.

    Sustainability, too, comes into focus. Some operations lean into new sources—for example, synthesizing Ethyl Propionate using bio-based ethanol, which reduces carbon footprint and appeals to environmentally conscious customers. Other teams make use of closed-loop systems, capturing and recycling as much solvent as possible to cut costs and lower emissions.

    Consumer education rounds out the approach. Rather than shrinking from scientific names, brands confident in their processes explain the origin and function of Ethyl Propionate in plain language. This reduces confusion and keeps trust high—something that pays off beyond just flavor or fragrance.

    Looking Ahead: The Role of Ethyl Propionate in New Markets

    Emerging markets in Asia, Africa, and Latin America show rising demand for foods and fragrances that feel both familiar and new. Ethyl Propionate fits into this story, bringing Western-style pastry notes to local breads and flavoring unique toffee candies without overwhelming local traditions.

    As these economies grow, so does competition for clean, consistent raw materials. Producers who work with Ethyl Propionate find themselves needing to build solid relationships across borders and cultures. Knowledge-sharing and investment in local labs or inspection systems help everyone keep quality high even as volumes rise.

    Luxury and health food sectors are beginning to appreciate the fine line Ethyl Propionate walks between natural and safe. Where once there was skepticism, more consumers welcome nuanced, layered flavors as long as sourcing, purity, and labeling stay transparent. The key is always about trust—earned not through advertising but through repeated good experiences.

    Building Trust through Knowledge and Quality

    There’s no substitute for real-world experience in choosing flavor and fragrance compounds. Ethyl Propionate stands out because every link in the chain—from factory to family-run bakery—gains something from its reliability, safety history, and unmistakable profile. The difference comes in how each group uses that history: marketers can lean into the fruit origins and gentle finish, bakers craft memorable treats, and chemists track purity and sustainability.

    In my own work, honest conversation about what goes into products built better business than fancy packaging or buzzwords ever did. Customers want to know that what they smell and taste is safe and thoughtfully sourced. Stepping up to meet those expectations, rather than shying away from them, sets apart the best producers.

    Taking shortcuts—skipping quality control, hiding behind confusing labels—never lasts. The brands that survive and thrive next year and after that are the ones taking responsibility for every bottle of Ethyl Propionate they use. Purity checks, batch records, and strong relationships with suppliers mean a better end product and greater customer satisfaction.

    Continuous Improvement in the Industry

    No company or craftsman reaches perfection. Staying on top means watching for new research on how Ethyl Propionate interacts with other ingredients, adapting recipes and manufacturing practices, and talking openly with customers about tradeoffs in sourcing or processing.

    Industry groups and university research teams add to the pool of knowledge. Whether it's developing even safer handling techniques, or examining how small changes in fermentation can bump up natural sources of Ethyl Propionate, there’s always room to do better. These efforts feed back into better manuals, more reliable products, and a more confident consumer base.

    The next stage comes as artificial intelligence and automation change the way companies track ingredient quality. Faster testing results, real-time batch monitoring, and automated mixing can cut down on errors while boosting product consistency. In my own professional circle, these new tools free up time to focus on creativity and customer service.

    Making the Case for Ethyl Propionate

    Ethyl Propionate may not earn the fame of vanilla or cocoa, but its contributions are just as important to the flavor, aroma, and enjoyment of countless familiar products. Clear communication, careful sourcing, and smart application keep its reputation strong. For producers and consumers alike, the best way forward is steady commitment to learning, openness, and uncompromising quality. The choices made today set the stage for tomorrow’s experience—one warm, inviting scent or flavor at a time.

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