Fragrance Notes Are Layers Of Scent That Are Layered To Form The Final Fragrance. Fragrance Notes Are Categorised Into Three Main Elements Based On How Long They Take To Evaporate, And How Long They Typically Last Following Application: Top Notes, Heart Notes And Base Notes.
Custard
Custard in perfumery is a rich, gourmand note, characterized by its sweet vanilla, creamy, and lactonic profile. It offers roundness, warmth, and a comforting density to fragrances, with soft balsamic undertones providing longevity. It excels as a creamy heart or base note in indulgent gourmand and floral-gourmand compositions.
Origin & Extraction Of Custard
The "Vanilla Custard Base" is a modern, synthetic construct in perfumery, primarily gaining prominence alongside the rise of the gourmand fragrance category in the late 20th and early 21st centuries. Unlike traditional natural extracts with centuries of use, this base was specifically formulated to replicate the complex, comforting aroma of creamy, sweet dessert. It represents an evolution in fragrance chemistry, moving beyond simple vanilla and focusing on achieving a realistic, rich, and 'milky' lactonic volume that appeals to contemporary tastes for indulgent and nostalgic scents.
Its relevance in perfumery is primarily as a gourmand enhancer, a creamy heart note, and a base rounder. It functions at the heart-to-base level, providing crucial roundness, warmth, and longevity to compositions. The base typically includes key synthetic components like vanillin, ethyl vanillin, and lactones (such as γ-nonalactone) to ensure a balanced profile of sweetness, smoothness, and creamy volume. It performs particularly well in hybrid fragrances, blending with florals like jasmine or orange blossom, and providing density behind deeper notes like caramel or tonka bean.
Historically, the extraction of oil from custard apple (Annona squamosa) seeds was a labor-intensive manual process. The seeds were traditionally removed from their casing, dried thoroughly in the sun, and then crushed or ground into a fine powder. This powder was then subjected to basic maceration or simple mechanical pressing to recover the oil, which was valued primarily for its medicinal properties and its efficacy as a bio-pesticide against pests like termites and aphids.
In modern commercial production, more sophisticated techniques are employed to maximize yield and preserve the integrity of sensitive compounds such as acetogenins. Solvent extraction using n-hexane or methanol is a common industrial standard, involving multiple washing cycles and vacuum distillation to recover the solvent. Recent developments have introduced supercritical CO2 extraction as a cleaner, more sustainable alternative. This method uses pressurized carbon dioxide at low temperatures to efficiently penetrate the seed matrix, inducing micro-cracks that release both volatile and non-volatile components without the risk of thermal degradation or chemical residue.
The Custard note is primarily a feature of hyper-realistic gourmand fragrances, serving as the rich, creamy core for dessert-inspired scents. This note is most famously and literally expressed in perfumes like Crème Brûlée by Theodoros Kalotinis, which is celebrated for delivering a near-photorealistic dessert impression, combining the thick, vanilla-rich custard with the aroma of caramelized, torched sugar.
Beyond literal interpretations, the textural richness of Custard is key to popular 'creamy' gourmand profiles. For instance, the widely acclaimed Bianco Latte evokes a plush, milky sweetness and caramel-vanilla sauce that reads as a cozy, cashmere gourmand, sharing the smooth, comforting, and indulgent profile inherent in a fine cooked custard.
The essence of Custard also appears in sophisticated variants where the creamy base supports other indulgent notes. Fragrances such as the aptly named Pistachio Brûlée Eau de Parfum utilize this thick, sweet cream element, and other 'pâtisserie abundance' scents, like the rich Sooo Exquis, rely on the creamy dessert foundation to create their noticeable and decadent presence.
Sustainability Of Custard
Sustainability of Custard
- Utilizing synthetic biology and green chemistry to create nature-identical fragrance molecules, reducing the need for intensive land use and traditional farming of natural resources
- Adopting upcycling initiatives by repurposing byproducts from the food and beverage industry, such as citrus peels or vanilla waste, into high-value gourmand ingredients
- Implementing energy-efficient manufacturing processes, including room-temperature bioprocesses and advanced nanofiltration, to minimize the carbon footprint of chemical synthesis
- Reducing environmental impact through the use of carbon-neutral production methods and biotechnology that requires significantly less water and generates minimal chemical waste
- Ensuring supply chain transparency and ethical sourcing by partnering with suppliers who adhere to fair labor practices and stringent environmental safety standards
Trivia
The creamy, buttery aroma of the custard note is often achieved using butanoic acid, a chemical compound that is also one of the primary aromatic components responsible for the smell of human vomit.
What is Custard?
Custard is a modern, synthetic gourmand note in perfumery designed to replicate the creamy, sweet, and comforting aroma of the classic dessert.What does Custard smell like?
It features a rich, sweet vanilla profile with creamy and lactonic facets, providing a comforting warmth and density to fragrances.How is the Custard note created?
In perfumery, Custard is a synthetic base formulated using components like vanillin and lactones to achieve its realistic, milky volume.What are some top perfumes featuring Custard?
Notable fragrances include Crème Brûlée by Theodoros Kalotinis, Bianco Latte by Giardini Di Toscana, and Pistachio Brûlée by Urban Outfitters.What makes the Custard note unique?
The creamy, buttery aroma of the custard note is often achieved using butanoic acid, a chemical compound also responsible for the scent of human vomit.