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HS Code |
942222 |
| Chemical Name | Ethyl 3-Methylvalerate |
| Cas Number | 108-64-5 |
| Molecular Formula | C8H16O2 |
| Molar Mass | 144.21 g/mol |
| Appearance | Colorless liquid |
| Odor | Fruity |
| Boiling Point | 165-167 °C |
| Density | 0.868 g/cm3 (at 20 °C) |
| Refractive Index | 1.409-1.411 (at 20 °C) |
| Solubility In Water | Insoluble |
| Flash Point | 61 °C (closed cup) |
| Purity | Typically ≥98% |
As an accredited Ethyl 3-Methylvalerate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Ethyl 3-Methylvalerate is packaged in a 100 mL amber glass bottle with a secure screw cap and hazard labeling. |
| Shipping | Ethyl 3-Methylvalerate should be shipped in tightly sealed containers, protected from heat, moisture, and sources of ignition. Transport in compliance with relevant hazardous materials regulations. Use appropriate labels and documentation. Avoid rough handling and ensure containers are upright during transit to prevent spills or leaks. Store in a cool, ventilated area upon arrival. |
| Storage | Ethyl 3-Methylvalerate should be stored in a cool, dry, well-ventilated area away from sources of ignition, heat, and direct sunlight. Keep the container tightly closed and protected from moisture. Store away from strong oxidizers, acids, and bases. Use only approved, labeled containers and ensure proper grounding to avoid static discharge. Keep out of reach of incompatible substances and unauthorized personnel. |
Applications of Ethyl 3-Methylvalerate in Industrial ManufacturingEthyl 3-Methylvalerate is a specialty ester used primarily for its distinct odor and chemical properties in several key industrial sectors. As the original manufacturer, we supply this intermediate to downstream producers who require stringent quality consistency, documented production traceability, and effective technical integration in full-scale production environments. Below are the principal application scenarios with dedicated compliance, formulation, process, and final product information. 1. Fine Fragrance CompoundingPerfume and fragrance houses employ this ester as a middle-to-base note ingredient for complex scent compositions, especially in fruity and tropical blends, due to its characteristic fruity aroma with green, apple, and berry undertones. Brands select this material to build nuanced fragrance accords that meet international sensory and safety regulations. It is incorporated during fragrance compounding—before filtration and bulk filling—where its stability and volatility contribute to formulation performance. Finished perfumes, colognes, eau de toilette, and body sprays in both the luxury and mass-market segments often feature this component. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Food and Beverage FlavoringFood ingredient producers use this ester as a specialty flavor additive for imparting ripe fruit notes, such as apple, grape, or berry, in beverages, confectionery, baked goods, and dairy products. Food technologists formulize with this material to achieve flavor depth and stability over time under varying processing conditions, including baking and pasteurization. The additive is introduced during the flavor formulation or syrup-blending phases and adheres to global food safety standards to ensure batch traceability and consumer protection. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Aroma Chemical Supply for Household ProductsHousehold product formulators select this ester as a specialty aroma chemical in air fresheners, cleaning agents, laundry additives, and odor-masking sprays, where it delivers a pleasant, natural-fruit aspect and improves end-user sensory perception. It is integrated into bulk blends for room sprays and detergents after base neutralization and before final package filling. Stability in alkaline and surfactant-rich media is verified in QC protocols, ensuring compatibility with high-volume manufacturing and automated dosing systems. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Industrial Solvent and Specialty IntermediateIn chemical synthesis and specialty manufacturing, this ester functions as a mild, low-toxicity solvent and a building block for the preparation of advanced intermediates. Application areas include agrochemical formulations, specialty polymer modification, and certain pharmaceutical synthesis steps where an ester functionality is required for further reaction. It is charged during controlled esterification or transesterification sequences, with monitoring for purity and residuals critical to batch-to-batch reproducibility. Finished goods pass established industry norms for chemical purity and process cleanliness. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Inside our plant, Ethyl 3-Methylvalerate flows through the line as a clear product with a fruity, ripe aroma that often surprises new visitors. For years, we have refined our process to produce this ester at high purity, free from the off-notes and trace impurities that settle for less. Known by chemists as ethyl 3-methylpentanoate, it finds real value in blending formulations where a distinct, sweet note must stand up without overpowering the whole mixture.
Our own batches consistently reach purity levels above 99.5% by gas chromatography analysis. That number matters for applications in flavors and fragrances, where even a small contaminant shapes the end experience. Experienced buyers look for a product that doesn’t introduce unwanted side aromas—our Ethyl 3-Methylvalerate fits this demand after repeated distillation and careful collection of middle fractions only.
Several esters crowd the same catalogs—ethyl valerate, ethyl isovalerate, ethyl hexanoate. Each brings its own top note and physical characteristics, but only Ethyl 3-Methylvalerate walks the line between fruity, green, and slightly fermented. This makes it valuable for modifying strawberry, apple, grape, and pineapple accords without tipping them into artificial territory. Our team has worked closely with R&D specialists at flavor houses and fragrance labs. We supply hundreds of kilograms per lot, supporting both batch and continuous manufacturing.
We do not run multipurpose reactors for this compound. Dedicated lines mean we avoid cross-contamination with materials like ethyl butyrate or heavier esters. Our facility uses inert gas blanketing throughout storage and transfer, ensuring the ester remains fresh and doesn't pick up oxidation products that would warp its intended effect.
You find Ethyl 3-Methylvalerate most at home in flavor composition, where its low threshold and round, juicy intensity lift many fruit creations. No other mid-weight ester contributes the same green, rummy undertone with a creamy finish. Low levels show up in natural fruits: pineapple, apple, occasionally in certain cheeses during ripening. In our work with flavorists, a few tenths of a percent make the difference between dull and fresh in confections, beverages, and bakery applications. Distillers in the spirits industry value it for shaping nuanced aroma profiles—think craft rum, apple brandy, or complex liqueurs. It harmonizes with fusel spirits created during fermentation, masking undesirable sharpness.
On the fragrance side, compounders seek out Ethyl 3-Methylvalerate to cut through heavy floral bouquets or deepen the profile of tropical, ozone-driven blends. Its volatility profile makes it suitable for top and heart notes. The easy solubility in alcohol and essential oil systems gives the formulator no headaches at typical in-use levels.
Cosmetic industry users—particularly in creams and lotions—appreciate the gentle scent, which covers base oils’ raw smell, leaving a soft, pleasant trace that lines up with natural product claims. We do not add any stabilizers, dyes, or UV filters to our output, respecting industry demand for clean, simple ingredient lists.
In our facility, all incoming raw materials are pre-checked for aldehyde content and water. High-purity ethanol and 3-methylvaleric acid are reacted under controlled, slightly acidic conditions. After initial batch conversion, distillation removes any unreacted acid, byproducts, and water. Only heart cuts go into the product drum—tails and heads are recycled to reduce waste. Regular Karl Fischer analysis keeps moisture below 0.1%, since excess water degrades not only stability, but clarity and odor.
Down the line, we store Ethyl 3-Methylvalerate in glass-lined tanks for bulk clients, or stainless steel grades for smaller volumes. No plastic storage at any stage—ethylene can leach odors over time, especially for esters this volatile. Each dispatch leaves our site with full chromatography records and fresh organoleptic assessment. New customers often test a reference sample before scaling—our technical team supports customer trials, working with small-batch labs and large production lines.
In one example, a beverage client scaled from bench to thousands of liters per month without needing to tweak the typical margin for formula loss, since our product’s purity rarely drifts. Feedback from their team centered on consistency across several sites and seasons—an edge that comes from controlled process, not luck.
We have encountered buyers who first sought ethyl valerate or isovalerate, only to return after discovering those lacked the layered, rounded finish they needed. Ethyl hexanoate, by contrast, tips too sharp toward green apple. There’s a stretch of volatility and note weight unique to Ethyl 3-Methylvalerate. Its boiling point sits shy of the heavier esters, though still enough to withstand most warm-fill production lines without premature evaporation.
Unlike many short-chain esters, this compound rarely gives a plastic or synthetic impression—its “green” note sits naturally with real fruit flavors and fine beverages. Where ethyl butyrate or ethyl crotonate leave an overwhelming solvent tang in high concentrations, Ethyl 3-Methylvalerate retains its smoothness, even in finished products exposed to heat during processing.
Firms in the Middle East and Southeast Asia reported success building their beverage portfolios around our Ethyl 3-Methylvalerate, especially in fruit juice blends and tropical soda lines. No clouding or phase-separation emerged, even with local hard water—thanks to the ester’s high purity and careful drying after distillation.
Small-batch spirit producers use our product to push their runs toward more natural mouth aroma, replicating notes found in carefully aged spirits. Some apply our Ethyl 3-Methylvalerate as a key blending component alongside natural extracts, finding it reduces off-notes developed during barrel aging or early bottling.
European flavor houses gave feedback that our compound integrates easily at low dosing and holds up under pasteurization, a challenge for more delicate esters prone to hydrolysis. With continuous process tweaks, we keep degradation and contamination in check, tracking every step right back to the raw material batch.
Household product manufacturers, especially in regionally branded detergents and fabric softeners, tapped our expertise for fragrance system advice. Here, Ethyl 3-Methylvalerate acts as a fixative for fleeting green notes in the formula—drawing out the desired scent in laundry rooms without veering into sour or fatty off-smells.
With rising demand for natural and clean-label flavors, authenticity ranks higher than ever on purchasing checklists. Synthetic shortcuts or unsafe masking agents show up fast in finished beverages and foods, risking product recalls and traceability issues. Our team spent years refining in-house analytics—gas chromatography-mass spectrometry, water content checks, and organoleptic tastings each shift. We understand that flavor buyers run their own analytics. By sticking with close supplier relationships and clear batch records, we cut out surprises and keep batch traceability tight.
Food safety remains a serious point—customers demand materials fit for direct addition to food and beverage lines, governed by global standards. All our Ethyl 3-Methylvalerate production takes place according to Good Manufacturing Practice (GMP) guidelines, with batch certifications and cleaning validations. During annual audits, we provide real process data—not just paperwork—to demonstrate purity and cross-contamination controls.
Producers cannot ignore the environmental footprint. We source both alcohol and acid feedstocks from local suppliers in renewable chemical programs as much as possible, minimizing haulage and fossil fuel input. Our on-site waste treatment recycles byproducts into biogas, reducing our process carbon. For every shipment, customers are seeing more detailed sustainability reports—reflecting the chain from raw material through delivery.
For several clients, choosing a producer with quantifiable environmental improvements means less downstream risk. As regulatory pressure grows, especially in Europe and North America, downstream users rely on our documented improvements to support their own compliance claims.
Our technical staff walk clients through handling questions, particularly in regions where temperature extremes threaten volatile product stability. We recommend transportation in inert-lined drums and bulk containers, kept away from open flames and strong oxidizers. For regional distributors, we provide full guidance on short-term storage, including secondary containment for spill prevention. Most customers find our packaging—steel drums, not plastic, sealed under nitrogen—extends shelf life and keeps the ester fresh even in high-turnover warehouses.
We label all containers with batch traceability, expiry dates, and full product names to avoid any mix-ups at the customer end. Our team remains available for guidance on re-drumming, blending, and direct addition, especially for new users switching from lesser-known suppliers or products.
Our years producing Ethyl 3-Methylvalerate gave us insight into the demand for consistency above all else. Clients expect every drum or tote to match the last—no variations in aroma or color, no batch-to-batch drift in GC profile. We do not buy or repackage from outside sources, avoiding the numerous pitfalls and traceability headaches that can occur in the wider market. Our investment in plant process control, in-person QC, and line dedication stands as the reason buyers keep coming back.
By engaging directly with flavorists and fragrance compounders, we shape our product specs to fit their creative projects—not just bulk supply contracts. Our R&D support offers reference samples, rapid feedback on organoleptic tests, and formulation assistance on request. We learn from customer challenges—whether the target is cleaning up pineapple juice profiles, stabilizing a new RTD cocktail, or unlocking a tropical note in laundry detergent.
We have run head-to-head trials in our own application lab to see how Ethyl 3-Methylvalerate compares with main alternatives. Ethyl valerate, despite some overlap, plays much lighter and lacks depth. Ethyl isovalerate tilts into fermented, cheesy territory quickly—with less utility at low concentrations. Ethyl hexanoate adds green apple sharpness, which overpowers milder flavors unless strictly limited.
Across baking, confectionery, beverage, and household products, no other mid-weight ester bridges the gap between sharp, sweet top notes and creamy, mellowed undertones this reliably. Where long-chain esters lag in volatility and mask freshness, Ethyl 3-Methylvalerate evaporates at just the right rate to keep finished aromas lively without lingering synthetic notes. Our repeat clients in beverage and flavor sectors attest to easier formulation tweaks—keeping consumer profiles true to natural fruits, not lab-created imitations.
Our sensory panel regularly compares aroma impact over time after real-world processing—be it pasteurization, high-shear blending, or powder spray drying. Ethyl 3-Methylvalerate keeps aroma intensity longer than short-chain esters, especially in low-moisture and fat-containing systems, enabling resilience and shelf-stable flavor quality.
From our facility’s control room to the floor, decades of production have shaped our understanding of what true quality means for Ethyl 3-Methylvalerate. Batch after batch, our product makes its way into recipes shaping breakfasts, beverages, fine fragrances, and detergents worldwide. We keep an eye open for new regulatory shifts, R&D trends, and field feedback, pushing us to improve purity, transparency, and environmental impact step by step.
By supplying only what we make ourselves and supporting every kilo with technical expertise, we stand apart from generic, third-party-resold product. Customers know their supply is direct, fresh, and traceable to our hands—not a mystery drum from a distant warehouse. This discipline brings peace of mind to everyone from lab bench to global-scale production.
Supply chains shift, trends change, and regulations evolve. Our team keeps in constant contact with users across industries to spot new demands—whether for higher purity, allergen checks, or low-carbon sourcing. We test and adjust packaging and shipping regularly to match export restrictions and climate challenges in different geographies.
From first inquiry through repeat orders, we support formulation, storage, and performance checks on our Ethyl 3-Methylvalerate. Not every producer offers this, but real partnership shows up in daily work—fast answers to spec changes, rapid sample shipment, and follow-up when customer needs shift at the plant or product level.
For those considering Ethyl 3-Methylvalerate for new uses or products, our open-door policy means practical experience flows both ways. Every suggestion or problem from our customers helps shape the next product improvement, packaging tweak, or documentation add-on. In one case, a feedback report on minor yellowing after long-term storage led to line changes and improved color stability, now benefiting all users.
Workers in blending and packaging lines develop a sharp nose for subtle variances in Ethyl 3-Methylvalerate. Hours of batch sampling, headspace analysis, and direct communication with flavorists and compounders drive constant refinement. It’s not paperwork, but the hands-on discipline that keeps results consistent over months and years. Every improvement in flow control, temperature management, or raw material inspection shows up in the finished drum— detectable by experienced users with every sniff and analysis.
In periods of world supply uncertainty, we stepped up with higher output, stable pricing, and no reduction in quality. Repeat clients rely on our open lines for replenishment and problem-solving, not depersonalized ordering and waiting for a callback.
From plant to boardroom, Ethyl 3-Methylvalerate matters to us for its critical role in global flavor and fragrance creation. The relationship between our production expertise and end-user creativity forms the base for future growth. This isn’t a commodity—it’s a crafted ingredient, sharpened by feedback and grounded in hands-on experience. No shortcuts, no repackaged intermediates—just dedicated production and authentic, reliable product for those who demand the same.