Benzaldehyde – Almond, Cherry & Marzipan Fragrance Enhancer | Perfume Grade Aroma Chemical

Short Description

Benzaldehyde is a powerful and highly recognizable aroma chemical celebrated for its distinctive sweet almond character, juicy cherry nuances and rich marzipan-like fragrance profile.

With its combination of bitter almond, cherry, soft nutty sweetness and subtle fruity-floral undertones, Benzaldehyde brings brightness, character and realistic gourmand depth to fragrance compositions.

Particularly valuable in almond, cherry, marzipan, pistachio, chocolate, gourmand and sophisticated floral fragrances, Benzaldehyde is an essential ingredient for perfumers looking to create distinctive sweet, nutty and fruity fragrance effects.

Supplied as a 10% ready-to-use solution in DPG for convenient and controlled fragrance formulation.

What Is Benzaldehyde?

Benzaldehyde (CAS: 100-52-7), also known as Benzenecarbaldehyde or Phenylmethanal, is an aromatic aldehyde widely used in professional perfumery.

It is one of the most important aroma chemicals responsible for the characteristic fragrance of bitter almonds, cherry stones and marzipan.

Its distinctive scent profile combines a strong, sweet almond character with juicy cherry nuances, subtle woody undertones and a slightly powdery, nutty warmth.

Benzaldehyde occurs naturally in certain botanical materials, including bitter almonds and stone fruits, although commercial perfumery grades are commonly produced synthetically.

Unlike Heliotropin, which provides a softer, powdery almond-vanilla character, Benzaldehyde delivers a brighter, sharper and more immediately recognisable bitter-almond and cherry effect.

This makes it particularly valuable in fragrances where a realistic almond, marzipan or cherry character is required.

In gourmand compositions, Benzaldehyde can transform simple vanilla and caramel accords by introducing a distinctive almond-like richness.

It is also useful in sophisticated floral fragrances, where small quantities enhance the natural complexity of lilac, sweet pea and certain fruity-floral accords.

Because of its pronounced odour intensity and relatively volatile character, Benzaldehyde is normally used in carefully controlled quantities.

Aroma Profile

Odour Description

Sweet bitter almond

Juicy cherry

Rich marzipan

Cherry-stone nuances

Soft nutty sweetness

Slightly powdery

Subtle woody undertones

Light fruity-floral

Sweet aromatic

Distinctive almond-extract character

Bright and intense

Olfactive Family

Gourmand / Almond / Fruity / Nutty / Sweet / Aromatic

Fragrance Position

Primarily Top Note

Why Perfumers Use Benzaldehyde

Creates realistic bitter-almond fragrance effects

Adds distinctive cherry and cherry-stone nuances

Enhances marzipan and almond gourmand accords

Introduces rich nutty sweetness

Supports pistachio and sweet nut-inspired fragrances

Adds character to chocolate and dessert compositions

Enhances cherry and dark-fruit fragrance accords

Introduces brightness to selected floral compositions

Supports realistic bakery and confectionery fragrances

Creates sophisticated almond-vanilla combinations

Provides a recognisable gourmand character at low concentrations

Adds complexity to fruity and oriental-style fragrances

Common Applications

Benzaldehyde is particularly useful in:

Fine Fragrance

Almond Perfumes

Cherry Fragrances

Marzipan Accords

Pistachio Fragrances

Gourmand Perfumes

Vanilla and Almond Compositions

Chocolate Fragrances

Cherry and Berry Accords

Bakery-Inspired Fragrances

Sweet Nutty Fragrances

Fruity-Floral Perfumes

Lilac and Sweet Pea Accords

Cherry Tobacco Fragrances

Amber and Oriental Compositions

Selected Home Fragrance Applications

Blends Exceptionally Well With

Heliotropin (Piperonal)

Vanillin

Ethyl Vanillin

Coumarin

Ethyl Maltol

Cyclotene (Maple Lactone)

Furaneol

Acetoin

Gamma Decalactone

Delta Decalactone

Raspberry Ketone

Phenyl Ethyl Alcohol

Phenyl Ethyl Acetate

Benzyl Acetate

Beta Ionone

Linalool

Hedione

Iso E Super

Ethylene Brassylate

These combinations allow perfumers to create everything from realistic almond and cherry fragrances to creamy marzipan, luxurious pistachio, chocolate gourmand and sophisticated fruity-floral compositions.

Typical Uses

Almond & Marzipan Fragrances

Benzaldehyde is one of the principal materials used to recreate the distinctive fragrance of bitter almonds and marzipan.

Its powerful almond character provides an immediately recognisable nutty sweetness.

When blended with Heliotropin, Vanillin and Coumarin, it creates a fuller, smoother and more luxurious almond-inspired fragrance.

Cherry Fragrances

Benzaldehyde is an important component in cherry-inspired compositions.

Its distinctive cherry-stone and almond-like character helps create realistic cherry accords, especially when combined with suitable fruity esters and berry materials.

It is particularly valuable in dark cherry, sweet cherry, cherry liqueur and sophisticated fruity gourmand fragrances.

Pistachio & Nutty Gourmand Accords

Benzaldehyde provides a characteristic nutty-almond effect that can enhance pistachio-inspired fragrance compositions.

When combined with creamy lactones, Heliotropin, Vanillin and suitable sweet gourmand materials, it contributes to the impression of rich, indulgent nut-based desserts.

Chocolate & Confectionery Fragrances

Small additions introduce almond and cherry nuances into chocolate compositions.

This makes Benzaldehyde useful for developing chocolate-covered cherry, almond chocolate, praline and dessert-inspired fragrances.

Vanilla & Almond Gourmand Fragrances

Benzaldehyde works beautifully alongside Vanillin and Ethyl Vanillin to create warm, comforting almond-vanilla compositions.

Heliotropin and Coumarin can introduce additional softness and powdery depth.

Bakery & Dessert Fragrances

Its distinctive almond character makes Benzaldehyde valuable in fragrances inspired by almond pastries, marzipan, sweet biscuits and confectionery.

When used alongside caramel and creamy materials, it helps create realistic dessert-inspired fragrance effects.

Floral Fragrances

At low concentrations, Benzaldehyde can introduce subtle almond-like and aromatic nuances to lilac, sweet pea and selected floral accords.

It is useful where a delicate floral fragrance requires additional character without a dominant gourmand effect.

Amber & Oriental Fragrances

In combination with vanilla, warm resins and suitable woody materials, Benzaldehyde can add a distinctive sweet almond nuance to richer fragrance compositions.

Product Specifications

Specification	Details
Material	Benzaldehyde
Chemical Name	Benzaldehyde
Alternative Names	Benzenecarbaldehyde / Phenylmethanal
CAS Number	100-52-7
Concentration	10% w/w
Diluent	Dipropylene Glycol (DPG)
Supplied Form	Ready-to-use working solution
Size	100 ml
Olfactive Family	Gourmand / Almond / Fruity
Fragrance Position	Primarily Top Note
Application	Professional fragrance formulation

Storage Information

Store tightly sealed in a cool, dry and well-ventilated location, protected from direct sunlight and excessive heat.

Avoid unnecessary exposure to air, as Benzaldehyde can gradually oxidise to benzoic acid during storage.

Use clean measuring equipment and avoid introducing moisture or contaminants into the solution.

For fragrance development, evaluate Benzaldehyde at low concentrations before increasing its dosage.

Perfume Grade Quality

Elysian Perfumes supplies Benzaldehyde as a prepared 10% working solution designed for convenient and controlled professional fragrance development.

This concentration allows perfumers to work more precisely with its powerful almond and cherry character without handling very small quantities of the neat aroma chemical.

Particularly suitable for professional perfumers, independent fragrance creators and fragrance developers working on gourmand, fruity, floral and specialty fragrance compositions.

For fragrance formulation use only. This material is not a food flavouring, a finished perfume or a product intended for direct skin application. Finished formulations must be evaluated for their intended use and comply with applicable safety and IFRA requirements.