Chanel Coromandel EDP

Inspired by Gabrielle Chanel's love for Coromandel screens, the Chanel Coromandel Eau de Parfum captures the exquisite enchantment and mysterious aura that filled her Paris apartment. The fragrance reflects her unique ability to blend various styles into a harmonious and captivating whole.

Fragrance Profile:

Top Notes: Patchouli

Heart Notes: Frankincense

Base Notes: Benzoin

Composition:

Chanel Coromandel EDP is an intense ambery scent that envelops you in a soft and voluptuous embrace. The fragrance opens with the deep, earthy aroma of Patchouli, which sets the tone for its rich and luxurious character. The heart of the fragrance features the mystical and resinous notes of Frankincense, adding depth and complexity. The base is completed with the warm, sweet, and slightly balsamic scent of Benzoin, creating a harmonious and long-lasting finish.

Inspiration:

Gabrielle Chanel's admiration for Coromandel screens, adorned with intricate floral designs, inspired this fragrance. She often expressed her joy and fascination for these beautiful pieces, and this fragrance aims to evoke the same sense of happiness and enchantment. The Coromandel fragrance captures the luxurious and mysterious ambiance of Chanel's Paris apartment, filled with these precious screens.

Art of Perfuming:

The Eau de Parfum comes in a spray format for easy application, allowing for a generous and even distribution of the fragrance on the skin or inside clothing. This makes it convenient to enjoy the luxurious scent throughout the day.

Experience the Enchantment:

Chanel Coromandel Eau de Parfum is perfect for those who appreciate an intense, ambery fragrance that exudes elegance and sophistication. Its rich blend of Patchouli, Frankincense, and Benzoin creates a luxurious and captivating aura, making it an ideal choice for special occasions or when you want to feel enveloped in a soft and voluptuous embrace. Embrace the exquisite enchantment of Coromandel and let it become a cherished part of your fragrance collection.