Where Quince Comes From — Origin & Extraction
Quince (Cydonia oblonga) is a deciduous fruit tree native to the Caucasus and Western Asia, now widely cultivated in temperate regions of Europe and Asia. The primary producing countries for quince used in perfumery are Iran, Turkey, and Greece. Iran leads global production, contributing approximately 25% of the world’s quince harvest, with Turkey and Greece following closely. The fruit is harvested in autumn when its aromatic compounds are at their peak.
In perfumery, natural quince absolute is rarely produced due to the low yield and high cost. When available, it is extracted from the fruit peel and pulp using solvent extraction (typically hexane or ethanol) or supercritical CO₂ extraction. The process operates at relatively low temperatures (below 40°C) to preserve volatile esters and aldehydes responsible for the characteristic aroma. The yield is extremely low—less than 0.05% by weight—making natural quince absolute a luxury at $3,000–6,000 per kg. Most commercial quince notes are reconstructed using aroma chemicals such as ethyl 2-methylbutyrate, hexanal, and β-ionone, which cost $50–200 per kg and offer greater consistency and stability.
Sustainability considerations favor synthetic production, as large-scale extraction from natural quince would require significant agricultural resources and generate substantial waste. Synthetic analogues reduce environmental impact and ensure supply chain reliability, aligning with modern perfumery’s sustainability goals.
Famous Fragrances That Define Quince in Perfumery
Quince has become a signature note in several landmark fragrances, where it is used to impart crispness, juiciness, and a subtle floral character. Chanel Chance Eau Tendre (2010, Jacques Polge) is perhaps the most iconic, featuring quince as a heart note alongside grapefruit and hyacinth, creating a luminous, airy floral-fruity accord. BDK Parfums Pas Ce Soir (2016, David Benedek) utilizes quince to add a modern, juicy twist to a spicy floral composition with black pepper and orange blossom.
Casamorati Dolce Amalfi (2017, Chris Maurice) highlights quince in a gourmand context, blending it with apple, cardamom, and vanilla for a sweet, Mediterranean-inspired scent. Burberry My Burberry (2014, Francis Kurkdjian) employs quince to enhance the freshness of its floral bouquet, pairing it with freesia and rose. Zoologist Chipmunk (2020, Pia Long) uses quince as a bridge note, connecting nutty, woody, and fruity elements for a nuanced, autumnal fragrance.
These fragrances demonstrate quince’s versatility as a dominant note, bridge note, or accent, often paired with citrus, florals, or spices. CA Perfume’s quince collection draws inspiration from this lineage, offering both classic and contemporary interpretations of the note.
Natural vs Synthetic Quince in Perfumery
Natural quince absolute, when available, is produced via solvent or CO₂ extraction from the fruit, but its use is limited by extremely low yields and high cost ($3,000–6,000/kg). The resulting absolute is complex but variable, with batch-to-batch differences in aroma profile due to seasonal and geographic factors. In contrast, synthetic quince notes are constructed from a blend of aroma chemicals, primarily ethyl 2-methylbutyrate (CAS 7452-79-1), hexanal (CAS 66-25-1), and β-ionone (CAS 14901-07-6). These molecules replicate the fruity, green, and floral facets of quince with high consistency and stability.
Performance-wise, synthetic quince accords offer superior longevity (4–6 hours) and diffusion, as the individual molecules are less prone to rapid oxidation. Natural quince absolute may display greater complexity but is less stable and more susceptible to degradation. The cost differential is significant, with synthetics priced at $50–200/kg. Notable fragrances such as Chanel Chance Eau Tendre and BDK Parfums Pas Ce Soir rely on synthetic quince accords for both performance and sustainability. From a supply chain perspective, synthetics ensure year-round availability and reduce the environmental footprint associated with large-scale fruit harvesting. CA Perfume’s HumanSafe™ platform provides full transparency on the source and safety of both natural and synthetic quince materials, supporting informed consumer choices.
