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HS Code |
965728 |
| Cas Number | 659-70-1 |
| Molecular Formula | C10H20O2 |
| Molar Mass | 172.27 g/mol |
| Appearance | Colorless to pale yellow liquid |
| Odor | Fruity, apple-like |
| Boiling Point | 199-202°C |
| Density | 0.87 g/cm3 (at 25°C) |
| Refractive Index | 1.415 - 1.420 (at 20°C) |
| Solubility In Water | Insoluble |
| Flash Point | 80°C (closed cup) |
As an accredited Isoamyl Isovalerate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Isoamyl Isovalerate is packaged in a 1 liter amber glass bottle with a secure screw cap, labeled with hazard information. |
| Shipping | Isoamyl Isovalerate should be shipped in tightly sealed containers, protected from light and moisture. It must be handled as a flammable liquid, away from ignition sources, heat, and oxidizers. Comply with local, national, and international regulations. Proper labeling and documentation are required, and transport should be in compliance with safety data sheet guidelines. |
| Storage | Isoamyl isovalerate should be stored in a cool, dry, and well-ventilated area, away from heat sources, open flames, and direct sunlight. Keep the container tightly closed and protected from moisture and incompatible materials such as strong oxidizing agents. Store in a chemical storage cabinet approved for flammable liquids. Ensure proper labeling and restrict access to authorized personnel only. |
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Purity 99%: Isoamyl Isovalerate with a purity of 99% is used in food flavor compounding, where it ensures a consistent and clean fruity aroma profile. Ester Content 98%: Isoamyl Isovalerate containing 98% ester content is used in beverage enhancement, where it imparts a strong and natural apple-banana note. Refractive Index 1.410–1.416: Isoamyl Isovalerate with a refractive index of 1.410–1.416 is used in fragrance blending, where it provides optimal solubility and uniform dispersion in perfumery bases. Boiling Point 190°C: Isoamyl Isovalerate with a boiling point of 190°C is used in high-temperature flavor encapsulation, where it enhances thermal stability and prevents degradation of sensory attributes. Density 0.868 g/cm³: Isoamyl Isovalerate at a density of 0.868 g/cm³ is used in cosmetic formulations, where it supports lightweight texture and efficient spreadability in lotions or creams. Stability Temperature up to 40°C: Isoamyl Isovalerate stable up to 40°C is used in personal care products, where it maintains fragrance integrity during storage and transport. Low Water Content <0.1%: Isoamyl Isovalerate with a water content below 0.1% is used in pharmaceutical flavor masking, where it ensures product stability and prevents microbial growth. Optical Purity ≥98%: Isoamyl Isovalerate with optical purity of ≥98% is used in chiral synthesis intermediates, where it enhances enantiomeric selectivity and product yield. Acid Value <1 mg KOH/g: Isoamyl Isovalerate with an acid value below 1 mg KOH/g is used in specialty inks, where it prevents pigment destabilization and increases formulation shelf-life. Molecular Weight 202.31 g/mol: Isoamyl Isovalerate with a molecular weight of 202.31 g/mol is used in educational chemical kits, where it allows accurate stoichiometric calculations and reproducibility of experiments. |
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Isoamyl Isovalerate stands out in the world of specialty esters for anyone passionate about food aromas or the lasting power of fine fragrances. Over the years, I’ve visited several small-batch distillers and fragrance labs, and the way experts light up while discussing Isoamyl Isovalerate is hard to forget. It’s a clear liquid with a fruity scent, often described as a blend of ripe banana, sweet pear, and something close to apple. This isn’t a compound that stays in the background. Even in small doses, its aroma pushes forward, bringing a bold note that catches attention whether you’re opening a bottle of craft spirit, exploring a new beverage, or picking up a high-end perfume.
Unlike basic esters that serve as fillers or stabilizers, Isoamyl Isovalerate becomes a star performer in recipes where a lively, juicy scent is the goal. I remember working with a chocolatier who used it to lift the fruit notes in a dark ganache. The difference between the batch with it and the one without bordered on dramatic—a muted blend versus a sunlit spring orchard. People who work with natural fruit flavors reach for it not only to dial up complexity but also to bridge other tart and mellow notes. In a world full of synthetic flavors, genuine brightness wins hearts, and Isoamyl Isovalerate delivers that bright edge.
Most of the Isoamyl Isovalerate you’ll find on the market comes in high-purity grades, often surpassing 98 percent purity. Small variations in its model or grade can affect the aroma’s sharpness or smoothness. I’ve found that distillers and perfumers who rely on the sharpest, cleanest notes take care to source material that’s free from trace alcohols and aldehydes. Ingredient lists in high-quality liqueurs and dessert syrups sometimes call specifically for this ester, using it in the range of 10–50 parts per million. That’s a testament to its strength: a little goes a long way, and you won’t need to drown a recipe for it to make an impact.
In perfumery, the story changes only slightly. Those who value naturalistic, radiant top notes reach for Isoamyl Isovalerate because of its smooth blend with citrus oils and green notes. In the world outside of small fragrance houses, big beverage brands adopt it for its ability to create clean, juicy profiles in soft drinks or enhanced waters. The first time I read a formulation side-by-side—one with and one without—I realized why big companies keep demand steady for this ester. It stands up to shelf-life challenges and fading, offering the same burst of aroma on day thirty as on day one.
It’s worth considering how this ingredient’s presence ties back to actual consumer trends. Walk through any supermarket today, and you’ll see an explosion of fruit-flavored beverages, yogurts, baked goods, and even protein bars. Each one wants to promise genuine, orchard-fresh fruit but, in reality, struggles with fading or uneven flavors from natural sources. Synthetic or biosynthetic Isoamyl Isovalerate helps bridge that gap, delivering recognizable, repeatable flavor at a consistent cost.
From a health and safety perspective, many food scientists prefer it over some older-generation esters or flavor compounds, since Isoamyl Isovalerate typically boasts a low toxicity profile and meets strict international food safety standards. Regulatory agencies including the US FDA and the European Food Safety Authority categorize it as generally recognized as safe when used in recommended limits. In my experience, no matter how innovative a new ingredient claims to be, reliable safety credentials mean everything for adoption at scale.
In non-food settings, such as in laundry detergent or air fresheners, its resilience under heat and its ability to linger pleasantly have made it a favorite among scent designers. Once you’ve experienced a high-quality fresh pear scent in laundry or a sweet, tropical aroma in a home diffuser, you start to notice when a blend is missing this ingredient. It lifts, connects, and dries down without any heavy, chemical aftertaste.
There’s no shortage of flavor and fragrance esters on the market. Ethyl butyrate, isoamyl acetate, and ethyl isovalerate all bring their own sets of strengths to the table. Ethyl butyrate, for instance, has a sharp pineapple note, but it sometimes comes off as brash or overly artificial in higher doses. Isoamyl acetate is the classic banana ester—familiar to anyone who has tried banana-flavored candies—but sometimes it overpowers more delicate notes and fails to blend seamlessly in complex creations.
Isoamyl Isovalerate, by contrast, produces a layered aroma that fuses easily with other fruits, without drowning them out or fading into the background. It brings a pleasing, soft, rounded quality that balances brightness without cloying sweetness. This becomes vital in products that juggle multiple natural flavors or fragrances at once. Take, for example, apple juice blends or botanical perfumes; here, misbalanced esters can introduce harshness, but Isoamyl Isovalerate tends to smooth everything out naturally.
Animal studies show that the human nose detects Isoamyl Isovalerate at very low concentrations, underscoring why it feels present even in complex mixtures. Other esters might evaporate too quickly or leave behind off-notes, but this one delivers a clean, persistent finish while resisting oxidation better than most. Speaking with industry contacts, I’ve repeatedly heard that its clean breakdown in both food and environmental settings gives manufacturers and end-users peace of mind.
The choice of flavor and fragrance ingredients rarely stays behind the scenes. Bakeries, breweries, and soft drink manufacturers all contend with taste tests, panel reviews, and ever-changing consumer tastes. Using an ester that produces a dependable, authentic sense memory—the precise scent or taste that lingers from a favorite fruit or dessert—can set a product apart in a crowded field. The importance grows as people move away from sugary artificial flavors toward ingredients that taste and smell more like freshly picked produce.
I’ve tasted the difference myself on the production lines of craft cider makers, where integrating too much of the wrong ester can tip a batch into “candy” territory. Isoamyl Isovalerate avoids that trap, instead tracing a line between realism and approachability. The compound’s ability to marry authenticity and intensity means fewer edge cases where production batches swing out of spec or wind up tasting commercially bland. A product developer knows the headaches that come from last-minute reformulations; working with ingredients like this makes the process less risky and more predictable.
With increased demand for specialty flavors in everything from energy drinks to personal care, pressure mounts on producers of Isoamyl Isovalerate to meet both quality and scale. The best material often starts with controlled fermentation processes that minimize impurities. Years ago, I watched a small biochemistry team tinker with yeast strains to boost ester yields without unwanted byproducts. The outcome was not just more Isoamyl Isovalerate but a cleaner, softer aroma profile.
Supply chain stability is a central issue. Crop failures, fluctuations in bio-based raw material prices, or shipping delays all play a part. Producers focused on sustainable manufacturing can help offset volatility by controlling as much of the process in-house as possible, using renewable feedstocks, and developing partnerships with trusted logistics firms. Reducing reliance on petrochemical routes also supports market stability in the long run.
For buyers, the challenge lies not only in finding high-purity product at the right price but in verifying traceability and adherence to good manufacturing practices. Trust grows from clear communication—knowing exactly what you’re buying and what it contains. The most innovative suppliers provide detailed batch records, product stewardship information, and open channels for technical support. This transparency reassures customers and keeps quality high across the supply chain.
People expect companies to consider more than profits, particularly in the flavor and fragrance landscape. Questions about the environmental footprints of ingredients have moved to the forefront for everyone from creative chefs to big-brand buyers. The industry’s direction points toward bio-based production routes and green chemistry principles. I’ve seen forward-thinking producers place life-cycle analysis reports right next to their product brochures, knowing that end-users care about the path from feedstock to final aroma.
Regulatory compliance acts as both a gatekeeper and a stamp of legitimacy—navigating a complex landscape, from European REACH rules to GRAS certifications in the United States, shows a supplier’s commitment to safety and transparency. Many buyers now set their sights on products with third-party certifications, understanding that adherence protects consumers and brands alike. Companies that lay out a clear case for their environmental and safety practices earn reputational advantages, leading to more secure long-term relationships with end users and distributors.
Waste and emissions from ester production must also be managed smartly. Innovative manufacturers invest in closed-loop systems, solvent recovery, and measures to minimize greenhouse gas emissions. These investments translate into better air and water quality for communities and higher-confidence buying choices. Industry trends push toward circularity, not just in feedstock selection but in what happens after the product leaves the facility—right through to shelf and, eventually, disposal or recycling.
If you’ve ever sat through a food innovation seminar or a perfumery roundtable, you’ve seen first-hand how Isoamyl Isovalerate captures the attention of forward-looking creators. Creative chefs experiment with it in non-traditional roles, bringing fruit notes to savory dishes or enhancing herbal blends. Mixologists looking to break away from the expected layer it into bitters and syrups for a punchy, modern kick. Personal care makers add it to hair and body products for just the right hint of orchard freshness.
Market data from the past five years reveals that consumer preference shows no sign of shifting away from authenticity. Natural, true-to-life aromas and flavors remain best sellers, especially among younger consumers who check ingredient lists closely. Companies willing to invest in meaningful innovation—either by blending Isoamyl Isovalerate with other natural or nature-identical compounds—unlock new product possibilities. I’ve walked trade show floors where “clean label” beverage start-ups sample prototype drinks side by side, and the difference leaps out. Drinks with this ester taste and smell more alive, tying together fruit, floral, and green notes so each sip delivers a mini-escape.
Technical teams continue to push boundaries, exploring encapsulation and controlled release formulas that allow for targeted, slow-release aroma bursts. This helps finished products maintain vibrancy even after long shelf times or through tough production cycles. Advances in fermentation and bioreactors have widened access to more sustainable, low-odor, high-grade Isoamyl Isovalerate, putting fewer limits on experimentation. In nearly every case, the results point toward new flavors, new perfumery accords, and a closer link to what people want out of products.
Safe handling is part of responsible use. In production facilities, teams must understand how to work with concentrated Aroma compounds. Proper ventilation, personal protective gear, and real-time monitoring of airborne concentrations protect workers and ensure compliance with workplace safety standards. As the market for Isoamyl Isovalerate grows, training and education rise in importance. Facility managers and R&D chemists benefit from clear processes, documentation, and up-to-date safety protocols.
On the consumer side, clear labeling is crucial. People deserve to know what’s in their food, drinks, or personal care products. Governments and regulators step in to enforce accuracy, but brands that go beyond the minimum—sharing sourcing, production methods, and traceability—build credibility and consumer loyalty. Product recalls or safety issues rarely trace back to compounds like Isoamyl Isovalerate, but when they do, it’s almost always from poor supply oversight or inadequate trace documentation. The solution comes down to more direct partnerships, shorter supply chains, and relentless attention to detail from all parties.
Long-term, innovation and trust go hand in hand. Researchers work on improving both the yield and scent profile of Isoamyl Isovalerate using advanced fermentation strategies and greener catalyst systems. Bigger questions run through the industry about making the process even more energy efficient or finding ways to recycle process solvents. Regulatory authorities increasingly look for data on long-term exposure and environmental impact, so companies that anticipate and document their impacts stay a step ahead.
The flavor and fragrance field rewards creativity but demands proof. Ingredient suppliers and formulator brands that demonstrate real-world results, transparent operations, and commitment to responsible production find loyal partners. Isoamyl Isovalerate fills an essential need for those who want to deliver bright, durable, and authentic fruit notes. My own path through food labs, craft kitchens, and aromatic workshops taught me how quickly product success can turn on a single ingredient. Over and over, I’ve witnessed the difference when a team lands on the right one—a leap in sensory appeal and a connection that lasts.
With Isoamyl Isovalerate, the value lies not just in its singular aroma but in its ability to enrich complex blends, support evolving consumer preferences, and respond to the call for safer, cleaner, and greener production. Those who recognize its role and invest in high-quality supply will stay ahead as trends shift and markets demand transparency. From startup labs to global brands, anyone seeking to create more memorable, authentic experiences would do well to look beyond the standards and see what Isoamyl Isovalerate can bring to the table.