Cappuccino Accord
Material | Amount |
---|---|
Dipropylene Glycol (DPG) | 523.00 |
Vanillin | 126.00 |
Benzyl Benzoate (BB) | 92.00 |
Ethyl Vanillin | 81.00 |
Coffee SC02 | 52.00 |
Coumarin | 22.00 |
Aldehyde C-18 (Gamma Nonalactone) | 18.00 |
Coffee Furanone | 17.00 |
Tonka Bean Absolute | 13.00 |
Vanilla Absolute | 12.00 |
Delta Decalactone | 8.00 |
Heliotropex N | 7.00 |
Benzaldehyde | 6.00 |
Siam Benzoin Resinoid | 4.00 |
Coffee Difuran 0.1% | 4.00 |
Anisic Aldehyde | 4.00 |
Helional | 4.00 |
Ethyl Maltol | 2.00 |
Nutty Pyrazine 1% | 2.00 |
Milk Lactone | 2.00 |
Sulfurol 1% | 1.00 |
Total | 1000.00 |
Description
Description:
Imagine the moment—a freshly pulled shot of espresso crowned with a delicate cloud of warm, velvety foam. That is the essence this accord seeks to capture. While I have worked extensively with coffee in perfumery, this was my first time crafting an accord dedicated entirely to its character—pure, unadulterated coffee.
But what truly distinguishes an espresso from a cappuccino? An espresso is coffee at its most concentrated—bold, robust, and unapologetically intense. A cappuccino tempers that vigor with steamed and foamed milk, softening the edges into something smoother, creamier, and more inviting.
Coffee itself is an aromatic labyrinth—an intricate symphony of pyrazines, furans, aldehydes, ketones, sulfur compounds, and phenols. At the heart of its magic lies the Maillard Reaction—the same process that turns bread golden, deepens the flavor of roasted meats, and imbues cookies with that irresistible aroma. For coffee, this transformation occurs during roasting, when raw beans undergo pyrolysis, creating a staggering array of over 900 volatile aromatic compounds.
• Pyrazines deliver the roasted, nutty, and slightly smoky facets.
• Furans contribute the caramelized sweetness of sugar meeting heat.
• Aldehydes and ketones, born from the Strecker Degradation, weave in subtle fruity and musky nuances.
• Sulfur compounds, harsh on their own, become essential to the deeply roasted, cooked warmth we associate with coffee.
For the “milk foam” element, I sought a sense of airiness—softly lactonic, faintly sweet, warm, and indulgent. This was achieved through a careful balance of materials: vanillin and ethyl vanillin for sweetness, Sulfurol and milk lactone for creamy body, and a supporting cast to keep the richness grounded.
This accord finds its perfect home in gourmand compositions, where it can embrace and enhance notes like caramel, chocolate, tonka bean, vanilla, warm spices, amber resins, or even a dash of whiskey.
☕ Tell me—what is your favorite coffee fragrance?
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About the formula
Cappuccino Accord shared by perfumer Michael Salazar.
Last Updated:Oct 9, 2025
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