A fresh, sweet, and herbaceous note shaping modern perfumery.
Amyl Salicylate is a synthetic heart note prized for its green, floral, and slightly balsamic character in perfumery. Its defining quality is a fresh, clover-like aroma, primarily due to its molecular structure as pentyl 2-hydroxybenzoate, typically used at up to 10% in fragrance compounds.
Amyl Salicylate is a synthetic aromatic ester (pentyl 2-hydroxybenzoate, CAS 2050-08-0) widely used in perfumery for its distinctive scent profile. What does Amyl Salicylate smell like? Its odor is described as fresh, green, floral, and sweet, with herbaceous and balsamic undertones. The molecule imparts a clover- and orchid-like nuance, reminiscent of unripe banana and chamomile, due to its unique structure and low vapor pressure. This compound is considered a core building block for creating naturalistic green and floral accords, especially where natural orchid or clover notes are absent in nature. In perfumery, Amyl Salicylate is classified as a heart (middle) note, providing longevity and a seamless bridge between top and base notes. It is typically used at concentrations ranging from 0.1% to 8% in finished fragrance compounds, with up to 10% in certain bases. Its moderate volatility and substantivity allow it to persist on skin for up to 36 hours on a blotter, with a relative odor impact of 110. The molecule interacts with skin chemistry by amplifying fresh and floral notes, and its performance can shift based on skin pH and moisture, sometimes revealing more balsamic or woody facets. Amyl Salicylate in perfumery is exemplified by its use in landmark fragrances such as Houbigant Fougère Royale (1882), where it contributed to the first fougère accord, and in modern compositions like Le Labo Another 13 and Maison Martin Margiela Sailing Day, where it delivers a fresh, airy, and slightly sweet green lift. Its ability to enhance both floral and green facets makes it indispensable in both classic and contemporary fragrance design.
Amyl Salicylate’s global production is concentrated in regions with advanced chemical manufacturing, such as France, Switzerland, and the United States. The purity and consistency of the molecule are influenced by production standards and process controls rather than agricultural factors.
Amyl Salicylate is a fully synthetic compound, first synthesized in the late 19th century as part of the expanding palette of aroma chemicals for perfumery. Its chemical structure is pentyl 2-hydroxybenzoate (C12H16O3), formed via esterification of salicylic acid with amyl alcohol (pentanol). Major manufacturers include Givaudan, IFF, and Symrise, with production centered in France, Switzerland, and the United States. Global output is measured in tens of metric tons annually, primarily for fragrance and flavor applications. The synthesis process involves reacting salicylic acid (itself derived from phenol via Kolbe-Schmitt reaction) with amyl alcohol under acidic conditions, typically using sulfuric acid as a catalyst. The reaction is conducted at 120–150°C, followed by purification through distillation. The resulting product is a colorless to pale yellow oily liquid with a boiling point of 151°C (at reduced pressure) and a vapor pressure of 0.0040 hPa. Yields are high, often exceeding 90% in industrial settings. The cost of Amyl Salicylate is approximately $8–$20/kg, significantly lower than natural floral absolutes, making it a cost-effective option for large-scale fragrance production. Unlike natural floral extracts, Amyl Salicylate is not subject to agricultural variability or seasonal shortages, contributing to its sustainability profile. It is readily biodegradable and not classified as a persistent organic pollutant. However, as a synthetic, it is derived from petrochemical feedstocks, and its environmental impact depends on the sourcing and energy use of the production facility. There are no natural sources of Amyl Salicylate in significant quantities; it is a purely synthetic molecule designed to fill a gap in the natural perfumery palette.
Grasse and Lyon are centers for aroma chemical synthesis, with French producers like Givaudan ensuring high purity and batch consistency. French Amyl Salicylate is prized for its use in fine fragrance, with strict quality standards and traceability.
Swiss manufacturers, including Firmenich and Givaudan, produce Amyl Salicylate with rigorous process controls, yielding a product with minimal impurities and optimal olfactory performance. Switzerland holds a significant share of the global market.
The US fragrance industry, centered in New Jersey and Texas, produces Amyl Salicylate for both fine fragrance and personal care. American production is characterized by large-scale output and cost efficiency, supporting mass-market and niche brands alike.
Amyl Salicylate is, by definition, a synthetic molecule and does not occur in significant quantities in nature. Its closest natural analogs are trace esters found in some flowers, but these are not commercially viable for extraction. The compound is produced via chemical synthesis, with the main synthetic route involving the esterification of salicylic acid and amyl alcohol. Major suppliers include Givaudan, IFF, and Symrise, with CAS number 2050-08-0. Performance-wise, Amyl Salicylate offers moderate to high substantivity, with a tenacity of up to 36 hours on a smelling strip and several hours on skin. It is valued for its ability to impart a persistent green-floral character, especially in fougère, floral, and woody compositions. Compared to natural absolutes, it is more stable, less prone to oxidation, and offers batch-to-batch consistency. The cost is significantly lower—typically $8–$20/kg—compared to natural floral extracts, which can exceed $5,000/kg for jasmine or lily-of-the-valley absolutes. Other related synthetic salicylates used in perfumery include Hexyl Salicylate (CAS 6259-76-3), Benzyl Salicylate (CAS 118-58-1), and Cis-3-Hexenyl Salicylate (CAS 65405-77-8). Each provides a variation on the green, floral, or balsamic theme, allowing perfumers to fine-tune accords. Famous fragrances such as Houbigant Fougère Royale (1882) and Piver Pompeia (1907) relied on large doses of Amyl Salicylate, while modern scents like Le Labo Another 13 use it for its fresh, airy qualities. The HumanSafe™ platform at CA Perfume ensures full transparency on ingredient sourcing, allergen status, and IFRA compliance for all synthetic aroma chemicals, including Amyl Salicylate.
Amyl Salicylate has played a pivotal role in perfumery since the late 19th century, shaping the scent profiles of both classic and contemporary fragrances. Its first major appearance was in Houbigant Fougère Royale (1882), composed by Paul Parquet, where it contributed to the archetypal fougère accord alongside coumarin and lavender. In Piver Pompeia (1907), Amyl Salicylate was used in high concentrations to create a lush, floral cologne with pronounced green and balsamic facets. In modern perfumery, Amyl Salicylate is featured in Le Labo Another 13 (2010, Nathalie Lorson), where it provides a fresh, green lift to the musky-ambery base. Maison Martin Margiela Sailing Day (2017, Jacques Cavallier) uses Amyl Salicylate to evoke the sensation of sea breeze and aquatic florals. Giorgio Armani Code Colonia (2017, Antoine Maisondieu) incorporates it for a crisp, clean floral heart, while Hermès Hermessence Vanille Galante (2009, Jean-Claude Ellena) employs it to add a green, orchid-like nuance to the vanilla base. These examples demonstrate the versatility of Amyl Salicylate as both a dominant note and a supporting accent, often paired with jasmine, rose, citrus, and musks. CA Perfume’s collection draws inspiration from this lineage, offering fragrances that highlight the unique freshness and longevity of Amyl Salicylate.
A classic Amyl Salicylate accord balances green, floral, and sweet facets. Amyl Salicylate (30–35%) forms the green-floral core, Jasmine Absolute (20–25%) amplifies the floralcy via shared benzyl acetate, Galbanum (20–25%) intensifies the green, dewy effect through high cis-3-hexenol content, and Benzoin (20–25%) provides a soft, balsamic base, rounding the accord and enhancing longevity.
Provides the core green-floral, clover-like character due to its pentyl salicylate structure; imparts freshness and moderate tenacity.
Rich in benzyl acetate and indole, jasmine amplifies floralcy and creates a naturalistic transition to the heart of the accord.
High in cis-3-hexenol, galbanum intensifies the green, dewy effect and adds a sharp, naturalistic edge to the accord.
Benzoin’s vanillin and benzoic acid derivatives provide a soft, balsamic base, rounding the accord and enhancing longevity.
Amyl Salicylate’s olfactory evolution begins with a burst of green freshness, transitions to a sweet, floral heart, and settles into a mild balsamic base. The molecule’s moderate volatility ensures a gradual evaporation, with the green notes dissipating first and the floral-balsamic facets lingering.
The initial impression is fresh, green, and slightly fruity, reminiscent of cut grass and unripe banana. This is driven by the high volatility of the pentyl ester group, which evaporates quickly to deliver a sparkling, uplifting opening.
The heart reveals a sweet, floral, and herbaceous character, with clover and chamomile nuances. The moderate volatility of the core molecule allows these facets to persist, blending seamlessly with other florals and greens in the composition.
As the fragrance dries down, balsamic and woody undertones emerge, providing a soft, lingering finish. The low volatility of the residual molecule ensures a gentle, persistent trail, often enhanced by pairing with musks or resins.
Amyl Salicylate’s history in perfumery spans over a century, from its introduction in the first synthetic fougères to its continued use in modern niche and designer fragrances.
Paul Parquet introduces Houbigant Fougère Royale, the first fragrance to use Amyl Salicylate alongside coumarin, establishing the fougère family and synthetic green-floral notes.
Piver releases Pompeia, featuring Amyl Salicylate in high concentration to create a lush, floral-balsamic cologne, influencing early 20th-century perfumery.
Amyl Salicylate becomes a staple in floral and fougère bases, used in demonstration formulas and classic bases such as Poucher’s Orchid No. 1085.
Nathalie Lorson composes Another 13, using Amyl Salicylate to provide a fresh, green lift to the musky-ambery base, exemplifying its role in modern niche perfumery.
Jacques Cavallier incorporates Amyl Salicylate in Sailing Day, highlighting its ability to evoke aquatic, breezy, and floral sensations in contemporary fragrance design.
Understanding how to layer Amyl Salicylate involves pairing it with notes that share molecular affinities or offer olfactory contrast. How to layer Amyl Salicylate: combine with jasmine or rose for enhanced floralcy, or with citrus and musks for a fresh, modern profile.
Layering Amyl Salicylate with jasmine or rose leverages shared benzyl acetate and phenylethyl alcohol content, creating a seamless floral bridge. This synergy is demonstrated in fragrances like Le Labo Another 13 and Hermès Hermessence Vanille Galante.
Pairing with citrus notes such as bergamot or grapefruit introduces high-volatility terpenes, which amplify the sparkling, green facets of Amyl Salicylate. Maison Martin Margiela Sailing Day exemplifies this fresh, aquatic layering.
Combining with musks or woody notes like Iso E Super or sandalwood provides olfactory masking and fixative effects, extending the longevity of the green-floral accord. This technique is used in Giorgio Armani Code Colonia.
In cooler weather, Amyl Salicylate’s green and floral notes are more restrained, with balsamic and woody undertones becoming prominent. Apply to pulse points and layer with richer notes like benzoin or amber to enhance warmth and longevity.
Spring’s moderate temperatures allow Amyl Salicylate’s fresh, grassy facets to bloom. The molecule’s volatility is balanced, making it ideal for pairing with florals and greens for a vibrant, uplifting scent.
Heat increases the volatility of Amyl Salicylate, amplifying its green, sparkling top notes. Apply lightly to avoid overwhelming projection, and consider layering with citrus or aquatic notes for a refreshing effect.
For consistent performance, apply Amyl Salicylate-based fragrances to well-moisturized skin and consider layering with complementary notes to adapt to seasonal shifts in temperature and humidity.
Strategic application of Amyl Salicylate maximizes its fresh, green character and ensures balanced projection.
Applying to the neck leverages body heat to diffuse the green and floral notes, creating an inviting sillage that evolves as the fragrance warms.
This area maintains a moderate temperature, allowing Amyl Salicylate’s floral and balsamic facets to linger and subtly project throughout the day.
Pulse points on the wrists enhance the initial freshness and allow for easy reapplication, showcasing the molecule’s sparkling top notes.
Spraying on hair provides a gentle, prolonged release of the fragrance, emphasizing the soft, green undertones as the molecule adheres to hair fibers.
Layer with a neutral moisturizer before application to slow evaporation and enhance the longevity of Amyl Salicylate’s green-floral profile.
These Amyl Salicylate-based fragrances scored highest on the MEI™ Mood Architecture Framework — measuring how a scent may influence your emotional state.
These Amyl Salicylate-based fragrances have the highest product-level HumanSafe™ scores in this ingredient collection.
Amyl Salicylate is the classic orchid and clover synthetic. Orchids are mostly (but not always) odourless and in the golden age of perfumery the master noses decided that if orchids had a smell, it would be this.
Amyl Salicylate’s ability to impart a fresh, green-floral lift makes it indispensable for modern fougère and floral compositions, bridging natural and synthetic palettes.
Amyl Salicylate pairs well with a range of complementary ingredients, each contributing unique molecular or olfactory effects.
Frequently asked questions about Amyl Salicylate in perfumery, with technical and practical insights.
Amyl Salicylate in perfume smells green, floral, and sweet, with herbaceous and balsamic undertones. Its scent profile is reminiscent of clover, orchid, and unripe banana, providing a fresh, uplifting character. The molecule’s moderate volatility ensures a persistent, evolving scent from sparkling green top notes to a soft, balsamic drydown. It is widely used in both classic and modern fragrances for its ability to enhance floral and green accords.
Amyl Salicylate is primarily classified as a heart (middle) note in fragrance compositions. Its molecular weight and volatility allow it to persist beyond the initial top notes, providing a green-floral bridge between the opening and the base. It is rarely used as a top note due to its moderate evaporation rate and is not a true base note, though it can contribute to the drydown in combination with fixatives.
Amyl Salicylate is favored in niche perfumery for its ability to impart a naturalistic green-floral character that is difficult to achieve with natural extracts alone. Its versatility, stability, and moderate cost make it ideal for creating unique accords and supporting both floral and green themes. It also enhances the longevity and projection of compositions, making it a valuable tool for innovative perfumers.
Amyl Salicylate fragrance uses include pairing with jasmine, rose, bergamot, galbanum, and benzoin. These notes share molecular affinities or offer olfactory contrast, enhancing the green, floral, or balsamic facets of the accord. Layering with citrus amplifies freshness, while pairing with musks or woods adds depth and longevity.
Yes, Amyl Salicylate is well-suited to summer and hot weather due to its fresh, green, and sparkling character. Heat increases its volatility, amplifying the initial brightness but potentially shortening longevity. To maintain balance, apply lightly and consider layering with citrus or aquatic notes for a refreshing effect.
A fragrance featuring Amyl Salicylate typically lasts several hours on skin, with the green and floral notes persisting for 2–4 hours and the balsamic undertones lingering up to 8 hours. On a blotter, its scent can last up to 36 hours, depending on the concentration and composition.
Yes, Amyl Salicylate is highly compatible with other fragrances, especially those featuring florals, greens, or citrus. Layering enhances complexity and can tailor the scent to personal preference. For best results, combine with notes that share molecular affinities, such as jasmine or bergamot, or use as a freshening layer over woody or musky bases.
Recommended entry points include Le Labo Another 13, Maison Martin Margiela Sailing Day, and Giorgio Armani Code Colonia. These fragrances showcase Amyl Salicylate’s green-floral character in accessible, balanced compositions, making them ideal for those new to this note.
Selecting the right Amyl Salicylate fragrance at CA Perfume involves considering your preferred scent profile—whether you favor green, floral, or balsamic facets. Explore the collection’s scent descriptions and layering guides, and sample multiple options to discover which composition best suits your taste and skin chemistry.
Amyl Salicylate is characterized by a sweet, green, and floral scent rather than a spicy one. Its sweetness is subtle and naturalistic, reminiscent of clover and chamomile, with no pronounced spicy or peppery notes. It is most often used to enhance freshness and floralcy in a composition.
Discover CA Perfume’s selection of fragrances featuring Amyl Salicylate, each highlighting its fresh, green, and floral character in both classic and modern compositions.
Shop all amyl salicylate fragrances at CA Perfume →Amyl Salicylate is a fully synthetic compound, first synthesized in the late 19th century as part of the expanding palette of aroma chemicals for perfumery. Its chemical structure is pentyl 2-hydroxybenzoate (C12H16O3), formed via esterification of salicylic acid with amyl alcohol (pentanol). Major manufacturers include Givaudan, IFF, and Symrise, with production centered in France, Switzerland, and the United States. Global output is measured in tens of metric tons annually, primarily for fragrance and flavor applications. The synthesis process involves reacting salicylic acid (itself derived from phenol via Kolbe-Schmitt reaction) with amyl alcohol under acidic conditions, typically using sulfuric acid as a catalyst. The reaction is conducted at 120–150°C, followed by purification through distillation. The resulting product is a colorless to pale yellow oily liquid with a boiling point of 151°C (at reduced pressure) and a vapor pressure of 0.0040 hPa. Yields are high, often exceeding 90% in industrial settings. The cost of Amyl Salicylate is approximately $8–$20/kg, significantly lower than natural floral absolutes, making it a cost-effective option for large-scale fragrance production. Unlike natural floral extracts, Amyl Salicylate is not subject to agricultural variability or seasonal shortages, contributing to its sustainability profile. It is readily biodegradable and not classified as a persistent organic pollutant. However, as a synthetic, it is derived from petrochemical feedstocks, and its environmental impact depends on the sourcing and energy use of the production facility. There are no natural sources of Amyl Salicylate in significant quantities; it is a purely synthetic molecule designed to fill a gap in the natural perfumery palette.
Amyl Salicylate has played a pivotal role in perfumery since the late 19th century, shaping the scent profiles of both classic and contemporary fragrances. Its first major appearance was in Houbigant Fougère Royale (1882), composed by Paul Parquet, where it contributed to the archetypal fougère accord alongside coumarin and lavender. In Piver Pompeia (1907), Amyl Salicylate was used in high concentrations to create a lush, floral cologne with pronounced green and balsamic facets. In modern perfumery, Amyl Salicylate is featured in Le Labo Another 13 (2010, Nathalie Lorson), where it provides a fresh, green lift to the musky-ambery base. Maison Martin Margiela Sailing Day (2017, Jacques Cavallier) uses Amyl Salicylate to evoke the sensation of sea breeze and aquatic florals. Giorgio Armani Code Colonia (2017, Antoine Maisondieu) incorporates it for a crisp, clean floral heart, while Hermès Hermessence Vanille Galante (2009, Jean-Claude Ellena) employs it to add a green, orchid-like nuance to the vanilla base. These examples demonstrate the versatility of Amyl Salicylate as both a dominant note and a supporting accent, often paired with jasmine, rose, citrus, and musks. CA Perfume’s collection draws inspiration from this lineage, offering fragrances that highlight the unique freshness and longevity of Amyl Salicylate.
Amyl Salicylate is, by definition, a synthetic molecule and does not occur in significant quantities in nature. Its closest natural analogs are trace esters found in some flowers, but these are not commercially viable for extraction. The compound is produced via chemical synthesis, with the main synthetic route involving the esterification of salicylic acid and amyl alcohol. Major suppliers include Givaudan, IFF, and Symrise, with CAS number 2050-08-0. Performance-wise, Amyl Salicylate offers moderate to high substantivity, with a tenacity of up to 36 hours on a smelling strip and several hours on skin. It is valued for its ability to impart a persistent green-floral character, especially in fougère, floral, and woody compositions. Compared to natural absolutes, it is more stable, less prone to oxidation, and offers batch-to-batch consistency. The cost is significantly lower—typically $8–$20/kg—compared to natural floral extracts, which can exceed $5,000/kg for jasmine or lily-of-the-valley absolutes. Other related synthetic salicylates used in perfumery include Hexyl Salicylate (CAS 6259-76-3), Benzyl Salicylate (CAS 118-58-1), and Cis-3-Hexenyl Salicylate (CAS 65405-77-8). Each provides a variation on the green, floral, or balsamic theme, allowing perfumers to fine-tune accords. Famous fragrances such as Houbigant Fougère Royale (1882) and Piver Pompeia (1907) relied on large doses of Amyl Salicylate, while modern scents like Le Labo Another 13 use it for its fresh, airy qualities. The HumanSafe™ platform at CA Perfume ensures full transparency on ingredient sourcing, allergen status, and IFRA compliance for all synthetic aroma chemicals, including Amyl Salicylate.
