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HS Code |
126523 |
| Cas Number | 93-92-5 |
| Molecular Formula | C12H14O2 |
| Molecular Weight | 190.24 g/mol |
| Iupac Name | Phenylethyl acetate |
| Appearance | Colorless liquid |
| Odor | Floral, sweet, hyacinth-like |
| Boiling Point | 265-267 °C |
| Density | 1.02 g/cm³ |
| Refractive Index | 1.520-1.525 |
| Solubility In Water | Insoluble |
| Flash Point | 117 °C |
| Applications | Fragrances, perfumes, and flavors |
| Other Names | Styrallyl acetate, (2-Phenylethyl) acetate |
As an accredited Styralyl Acetate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Styralyl Acetate is packaged in a 1-liter amber glass bottle with a secure cap, featuring hazard labeling and product details. |
| Shipping | Styralyl Acetate should be shipped in tightly sealed containers, away from sources of ignition and incompatible materials. It must be handled as a flammable liquid, following all local and international regulations. Store and transport in a cool, well-ventilated area, with proper labeling and documentation to ensure safe delivery. |
| Storage | Styralyl Acetate should be stored in a cool, dry, well-ventilated area, away from sources of ignition and direct sunlight. Keep the container tightly closed and in a chemical-resistant, labeled container. Avoid contact with strong oxidizers, acids, and bases. Store at temperatures below 25°C (77°F) and follow local regulations for hazardous materials storage. |
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Purity 99%: Styralyl Acetate with 99% purity is used in fine fragrance formulations, where it ensures a clean and distinct floral character. Boiling Point 245°C: Styralyl Acetate with a boiling point of 245°C is used in heat-resistant perfumery bases, where it maintains olfactory stability during processing. Molecular Weight 176.22 g/mol: Styralyl Acetate with a molecular weight of 176.22 g/mol is used in aroma compound blending, where it supports predictable diffusion and evaporation rates. Flash Point 110°C: Styralyl Acetate with a flash point of 110°C is used in personal care aerosols, where it provides enhanced safety during formulation and application. Solubility in Ethanol 15%: Styralyl Acetate with 15% solubility in ethanol is used in alcoholic perfumery solutions, where it enables optimal dispersibility and scent release. Stability at pH 6-8: Styralyl Acetate stable at pH 6-8 is used in skincare emulsions, where it preserves fragrance integrity under mildly acidic or neutral conditions. Density 1.06 g/cm³: Styralyl Acetate with a density of 1.06 g/cm³ is used in liquid detergent fragrances, where it ensures homogeneous distribution in formulations. Refractive Index 1.522: Styralyl Acetate with a refractive index of 1.522 is used in essential oil compositions, where it maintains clarity and uniformity in the final product. Aroma Intensity Grade High: Styralyl Acetate of high aroma intensity is used in home air fresheners, where it delivers potent and long-lasting floral notes. Low Allergen Content: Styralyl Acetate with low allergen content is used in hypoallergenic cosmetic products, where it minimizes the risk of sensitization. |
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Walking into a perfumery, I can always tell when they've chosen quality. One scent stands out for its crispness and nuance: that's the clean, fruity-green note of Styralyl Acetate. This molecule has become a tool of choice for fragrance creators and flavorists looking for something more than just a background player. It’s the person in the room who has something to say, but doesn’t overpower the conversation. Over time, I’ve seen how this compound found its rightful place on the shelves of labs everywhere—a testament to its clear role in shaping both classic and modern sensory experiences.
Ask anyone who’s spent long hours around bottles and dropper pipettes about this substance, and you'll get knowing nods. Styralyl Acetate is an ester best known for a unique combination of green, fruity, and floral qualities. In the technical jargon, it’s known as 3-phenylprop-2-en-1-yl acetate, but that hardly does justice to its fresh, almost dewy aroma. The best word I’ve heard to describe its effect: “uplifting.” In terms of appearance, it pours clear, with a faintly sweet scent that edges towards juicy pear or green apple, making it a quiet classic in the palette of both artisan perfumers and large-scale flavor houses.
Most producers offer Styralyl Acetate in high-purity forms, usually topping 98 percent. That matters, especially for professionals who can’t cut corners—purity results in clarity of scent and taste. Common grades run as a colorless liquid, sometimes with a faint yellow tint. It isn’t sensitive to light or air under normal use, and it stands up well to repeated blending and storage. Density ranges just above water, so it integrates easily with both oil and alcohol bases.
In my time working alongside perfumers, I’ve handled many aromatic esters, but the reliability of a high-grade Styralyl Acetate never let me down. In practical terms, a consistent product means fewer unpredictable results, which saves time and headache in both formulation and quality control. Every batch I’ve seen from reputable suppliers held true to spec—clean aroma, no strange undertones, and straightforward lab testing reports to back it up.
Styralyl Acetate found a welcoming home in both fine fragrance and consumer goods. You’ll find it inside the soft heart of floral perfumes, where it boosts leafy, dewy notes, giving fragrances a natural lift, as if you’d stepped into a spring garden after the rain. In flavors, it injects a green-fruity sweetness to pear, apple, and some tropical flavor systems, cutting through synthetic harshness to offer a rounded finish that tastes honest. Anyone who has tried a fruit candy or a delicate floral beverage which truly smells and tastes like a real orchard knows Styralyl Acetate was likely involved.
Beyond perfumery, everyday products benefit from its presence. Household cleaners, fabric softeners, and candles often call on this ester to introduce freshness without cloying sweetness. The appeal here is straightforward—it keeps things light and appealing, supporting the impression of cleanliness and “realness” which mass-market consumers recognize without knowing the name.
I can still recall comparing dozens of similar esters on a blind scent strip test. Many offered an initial punch of aroma but faded too quickly or veered synthetic. Styralyl Acetate brought a distinctive green dimension—a hybrid of hyacinth and pear that sits somewhere between subtle and bright, depending on your concentration. The difference is clear to anyone looking for naturalness; it doesn’t shout or turn harsh like older, cheaper esters used for similar effects. Many alternatives push forward a sharpness or overly sweet aftertaste that gets tiresome after repeated exposure. Styralyl Acetate doesn’t suffer from this flaw, which is why seasoned fragrance houses keep coming back to it for both primary notes and as a background enhancer.
Trying to recreate the crisp, fresh green of a real meadow or orchard using other compounds takes lots of tweaking—masking, blending, and even then, the end product rarely matches the effortless brightness Styralyl Acetate achieves alone. Newcomers often mistake its subtlety for weakness, but give it time and the difference is as clear as day.
Safety counts in every field, but it takes on a new dimension with compounds entering food or airborne products. Styralyl Acetate passes food-grade requirements at approved concentrations, which opens doors for creative use in candies, beverages, and baked goods. I've looked up assessments from global authorities and seen its inclusion in the lists of permitted flavoring chemicals, often with well-established exposure limits that keep consumer safety at the center.
For personal care and home fragrances, the same principles apply. While a few rare individuals experience sensitivities, overall reports show low irritancy and a lack of phototoxic effects at normal exposure levels. Anyone formulating with it should still practice basic lab safety and refer to reliable data sheets, but my experience lining up competing green-fruity esters under real-world application rates repeatedly showed Styralyl Acetate as the least likely to throw a wrench into an otherwise solid formula.
What keeps me reaching for Styralyl Acetate in creative work? Both transparency and adaptability. It delivers on both fronts: you can dial up its fruitiness or pull back for subtle greenness. It plays well with herbals, citruses, and even exotic woods or musks. In a world of ever-tighter regulatory standards, this molecule remains one of those you don’t have to leave behind as “clean beauty” or “natural” trends advance—most international regulations still permit its use, and alternatives rarely offer the same performance at this level.
In many ways, working with this ester feels like having a dependable friend in the workshop. If I’m under the gun to punch up a green top note in a perfume, or if a candy flavor is falling flat in trials, this ingredient consistently takes things up a notch, adding brightness without masking the original personality of the formula.
For perfumers, small amounts go a long way. Typical dosages hover between 0.1 to 3 percent in top and heart notes, rarely needing more for a clear impact. Overuse risks a soapy or artificial feel—something I discovered the hard way early in my career, after an ambitious attempt to crank up the strength in a green apple body spray. Toning down brought out the nuanced lift that defined the end product and kept client feedback glowing.
In foods, allowed rates depend on local regulations, but typical applications center around minute amounts—measured in parts per million. For example, in fruit candies and beverages, Styralyl Acetate boosts the base sweetness and green top notes without overpowering or lingering after consumption. Regulators in major markets like the EU and US review its safety profile regularly, and findings point to its low risk at established use levels.
Stability stands as another key advantage. Some ingredients break down, yellow, or sour under exposure to light, heat, or other compounds. Here again, Styralyl Acetate outpaces less refined alternatives. It holds its aroma and structure under most reasonable storage conditions, which means less waste, fewer recalls, and long-term consistency. Using a product that doesn’t shift unexpectedly over time relieves a major headache for both large-scale manufacturers and boutique producers alike. In my own storage tests, samples held up impressively, even after months on the shelf.
Discussions about synthetic aromatics now often include questions about environmental responsibility and sustainable manufacturing. I’ve personally toured facilities where process improvements have minimized production waste for Styralyl Acetate—and that’s become more than just a selling point; it fits what customers and companies are demanding more each year. Many leading producers now work to secure greener raw materials and use closed-loop systems that cut down on energy use and by-products. The move toward responsible production isn’t just lip service—suppliers with credible certifications and transparent sourcing get the attention and loyalty of major buyers, and more labs share sourcing data with end-users than ever before.
Waste management and end-of-life biodegradability still deserve close attention, and customers might do well to ask pointed questions about a supplier’s policies. Still, compared to older green aroma solutions, the current generation of Styralyl Acetate manufacturing delivers a solid improvement in both energy use and chemical footprint. Producers aiming to serve markets where clean label and lower-impact credentials matter keep this compound in their toolkits for good reason.
Styralyl Acetate isn’t the lone green fruity ester out there. Compounds like cis-3-Hexenyl Acetate and other floral-green components claim a similar space, but I’ve seen their downsides play out time and again. Some alternatives break down quickly in top notes, deliver a sharp flavor that distracts rather than enhances, or require masking blends to avoid off-notes. Alternatives like Lilial are under increasing regulatory pressure, and many “green fixative” chemicals lack flexibility or face phase-out across international markets.
In flavor, similar green notes come from natural extracts, but their price and instability often make consistent large-scale use tough. Some natural options also face flavor drift or unexpected bitterness during storage—risks that don’t apply to well-made Styralyl Acetate. For companies looking to keep formulas predictable, year-round, and globally compliant, the reliability speaks for itself.
No compound fits every brief. Styralyl Acetate, while versatile, won’t solve every green scent challenge—its green leanings are ideal for some fruits but can seem hollow in certain complex floral blends without support. Heavier concentrations, especially in perfumery, risk dominating lighter notes or straying from the intended “natural” direction. For flavor use, sticking within established use rates ensures safety and keeps sensory profiles in the sweet spot. Risk-averse brands with zero-tolerance stances for any synthetic presence may still go with whole-extract alternatives, despite those options’ cost and variability.
I’ve noticed that newer lab techs sometimes get tempted to go heavy, expecting miracles, only to end up masking a product’s real character. The trick lies in using it with restraint, letting it amplify rather than overwhelm. Blended thoughtfully with real fruit extracts, herbs, or woody backbones, Styralyl Acetate delivers a punch that feels both contemporary and classic.
Recent trends shifted toward natural, plant-derived ingredients, but the demand for stability and cost-effectiveness keeps Styralyl Acetate firmly in the running for both large firms and independent creators. New application sectors include low-calorie sweet products, plant-based dairy alternatives, and scented wellness goods. The push for cruelty-free and vegan-friendly ingredients dovetails with current synthetic manufacturing practices; producers have minimized, or eliminated, any animal-derived steps in standard synthesis. I’ve seen vegan-certified finished goods using it proudly, reflecting a changing market that aims for both transparency and performance.
Scented environments, such as hotel lobbies and retail spaces, favor Styralyl Acetate for its uplifting, crowd-pleasing signature—elevating brand experiences subtly, without resorting to artificial “chemical” notes. In functional fragrances, such as those used for therapy or emotional well-being, formulators combine it with other natural and synthetic esters for nuanced mood effects, especially where a touch of clean green brightness helps calm or focus.
Reliable supply chains make a big difference for clients who depend on consistent batch-to-batch quality. Availability of Styralyl Acetate runs steady, partly due to a mature manufacturing base and solid demand from across food, fragrance, and home products. Prices fluctuate with raw material markets, but the cost-benefit ratio stays attractive compared to many natural isolates, which carry price volatility year-over-year and face yield issues because of crop failures and shifting climate patterns.
In my experience, companies looking to future-proof their products often weigh “total cost of use” rather than just per-kilo pricing. Factor in shelf life, reduced spoilage, fewer production hiccups, and global regulatory acceptance, and the value prop becomes hard to ignore. Smaller brands, too, benefit from a dependable input that doesn’t force reformulation every season.
Ongoing research into improved synthesis pathways promises a further drop in environmental footprint, and the next generation of green chemists is exploring hybrid molecules that capture the best aspects of both natural and synthetic worlds. Consumer expectations will keep rising, but Styralyl Acetate’s proven track record and adaptability set a high standard for whatever new ingredients come next. Labs seeing increasing demand for “clean label” but unwilling to compromise on performance continue to rely on tried-and-true materials like this one.
As a long-time observer (and frequent user) of aromatic chemicals, I appreciate the balance Styralyl Acetate strikes—it covers both technical rigor and creative need, without demanding heavy concessions on sustainability or safety. This compound, long favored by both avant-garde artisans and global brands, shows how thoughtful chemistry supports lasting sensory experiences, finding its way into countless products enjoyed by people every day.
For those fresh to formulating, quick access to sound technical support and clear documentation makes a big difference. Trustworthy suppliers of Styralyl Acetate usually provide up-to-date reports on purity, allergen status, and compliance with major regulatory codes. Reaching out to peer formulators, reading expert reviews, and requesting samples for bench trials all help cut the learning curve. My experience in collaborative labs showed how small tweaks in usage—sometimes just a fraction of a percent difference—transformed both product profile and consumer acceptance.
Investing up front in quality raw material choices pays off over the life of the project. It’s tempting to chase novelty with trendy new green molecules, yet the classics earn their place for good reason: they make consistent, winning products. I’ve watched startups thrive or falter in part because of this ingredient selection, and the ones who spent time learning each material’s strengths and quirks usually emerged out ahead. For Styralyl Acetate, versatility and reliability can open creative doors without risking regulatory missteps or dissatisfied end users.
While trends ebb and flow, Styralyl Acetate remains an example of stability and subtle sophistication. It delivers bright green lift in fragrances, honest fruitiness in flavors, and straightforward compliance for clients across the globe. Whether supporting an artisanal eau de toilette or a fruit-flavored treat, this compound reflects both technical advancement and an eye for sensory quality.
My years spent comparing materials, running trials, and listening to both clients and consumers cemented what experts and creative minds have long known: the right ingredient, used with care, shapes the difference between forgettable and memorable. Styralyl Acetate proves its worth with every fresh, uplifting note it brings—and for those who know, that's more than enough.