Fruity Notes in Perfume and How They're Made

Our favourite fruity smells and how to create fruity perfume accords

By Emmanuelle Moeglin, Founder & Perfumer  ·  Classically trained at ISIPCA, 20 years in fragrance

Fruity notes are some of the most joyful, juicy materials in the perfumer's palette, and an essential part of countless fragrances. Here is the catch: it is impossible to extract a scent from fruit, so perfumers have to recreate those smells with molecules. The one exception is citrus, which is pressed from the peel and is not really counted as a "fruit" note in perfumery. Let me take you through five of the most famous fruity materials and how they are used.

How to create fruity notes in perfume

It almost always takes several materials to build a convincing fruit. Take apple: we use a few fruity molecules, but to capture all its nuances we borrow from other families too, a green note like cis-3-hexenol and a floral one like Damascone Beta. Push the green, tart side and you get green apple; push the sweet, jammy side and you get red apple. That layering is the heart of accord-building.

You cannot extract a scent from fruit, so the perfumer must recreate it.

The chemistry behind fruity notes

Most fruity materials fall into a few molecular families, and knowing them helps explain why each smells the way it does. Esters are the bright, juicy, "sweet shop" molecules behind pear, apple and banana, light and volatile, so they sparkle at the top and fade fast. Lactones are creamier, waxier and longer-lasting, which is why peach and coconut feel rounded and lingering. Ketones like raspberry ketone bring a deep, jammy richness, while aldehydes and green molecules add the tart, just-picked edge. A convincing fruit usually layers two or three of these together.

Which molecule for which fruit

A quick reference to the key materials perfumers reach for, and the family each belongs to:

Fruit Key molecule Family Character
Peach Aldehyde C14 Lactone Creamy, soft, stone-fruit
Coconut Aldehyde C18 Lactone Exotic, sun-cream, beachy
Raspberry Raspberry ketone Ketone Deep, powdery, jammy
Banana Benzyl acetate, isoamyl acetate Ester Sweet, tropical, fresh
Melon Melonal Aldehyde Watery, fresh, marine
Apple Ethyl 2-methylbutyrate, hexyl acetate, cis-3-hexenol Ester + green Crisp green to sweet red
Pear Pear ester (ethyl decadienoate), hexyl acetate Ester Juicy, green-waxy, translucent
Pineapple Allyl amyl glycolate Ester Juicy, sparkling, tropical
Strawberry Ethyl maltol, Aldehyde C16 Ester Sweet, candied, jammy
Blackcurrant Cassis base, buchu accord Tart, green, sulphurous edge

Five favourite fruity materials

Aldehyde C14 (peach)

One of the most commonly used fruity molecules, smelling just like peach, and the backbone of stone-fruit accords such as plum and apricot. It also lifts the fruity side of white flowers like jasmine. Its creaminess comes from a quiet secret: despite the name, it is not chemically an aldehyde at all, but a lactone. Lactones are deep, fruity, creamy, waxy and extremely potent, so a little goes a long way.

Despite the name, it is not an aldehyde at all, but a lactone.

Aldehyde C18 (coconut)

Another lactone, and another that is not truly an aldehyde. It smells of coconut and instantly conjures sun cream, piña coladas and the beach. Beyond coconut accords, it adds an exotic richness to florals like gardenia, frangipani and tuberose. As with all lactones, it is strong, so start small.

Raspberry ketone

In its pure form a crystal, raspberry ketone smells of raspberry with a deep, powdery, jammy quality. It is the key to a raspberry accord built with materials like fructone, ionone alpha and beta, and a touch of green cis-3-hexenol for natural tartness. It also enhances other red-fruit accords and adds a delicate sweetness to florals like violet.

Benzyl acetate

A natural molecule found in white flowers such as jasmine and ylang ylang, responsible for their tropical, banana-like facet. It makes a fresh, useful top note in exotic florals and helps recreate banana or apple in fruity compositions. Its floral-fruity character means it turns up widely in cosmetics and personal care too.

Melonal

A fresh, watery molecule that gives the impression of melon. It is a staple of marine and fruity fragrances, and combined with calone and maltol it creates that familiar watermelon smell. Melonal is very strong and tricky to handle, so it must be well diluted and used sparingly, or its harsh, synthetic side shows.

Fruity notes love summer. Explore scents that smell like summer, read about tart, fruity rhubarb, or discover green notes.

Fruity notes in EPC scents

You will find these accords at work across our collection. Rose Rhubarb opens on a sharp, green rhubarb and blackcurrant leaf that cuts through jammy Moroccan rose, tart and juicy. Jasmine Osmanthus leans on osmanthus, naturally apricot-like, folded into creamy coconut for a sunlit, skin-soft warmth. And Pistachio Haiku plays green hazelnut and almond against fig leaf, fruity and gourmand at once.

 

Frequently asked questions about fruity notes

Can you extract a scent from fruit?

No. Apart from citrus, which is pressed from the peel and not really classed as a fruit note, fruit cannot be extracted, so the smells are recreated with molecules.

How do perfumers create fruity notes?

By layering several materials. A realistic apple, for example, needs fruity molecules plus green and floral facets working together.

What molecule smells of peach?

Aldehyde C14, which is actually a creamy lactone. It is the backbone of stone-fruit accords like peach, plum and apricot.

What molecule smells of coconut?

Aldehyde C18, another lactone. It evokes sun cream and the beach, and adds exotic richness to tropical florals.

Are fruity notes natural or synthetic?

Almost entirely synthetic, because the fruit itself cannot be extracted. Perfumers build the impression from carefully chosen molecules.

Why do fruity scents feel summery?

They are juicy, fresh and uplifting, which is exactly why they come into their own in warm weather.

Emmanuelle Moeglin is the founder and perfumer behind Experimental Perfume Club. Classically trained at ISIPCA, with 20 years in the fragrance industry, she is a member of the French Society of Perfumers, a multi-award-winning creator and a public speaker. She designs the brand's blends and teaches perfumery from EPC's Covent Garden studio.
Fancy building a fruity accord yourself? Learn the craft with our Fundamentals of Perfume Creation course, or start experimenting with a Creation Set.
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