Proenza · Personal Care

Proenza Schouler Arizona Eau De Parfum 9ml Spray

Discover a mesmerizing fusion of floral and woody notes perfect for daytime sophistication. Designed for luminous spring and summer days, encapsulating the vibrancy of blossoming florals. This long-lasting Eau de Parfum keeps you captivating from dawn till dusk. It embodies the essence of modern femininity, empowering confidence with every spritz. A luxurious fragrance inspired by the haute couture vision of Proenza Schouler. Description More Info Proenza Schouler Arizona Eau De Parfum 9ml Spray transports you into a world of sophisticated allure, creating an unforgettable olfactory experience. This exquisite floral woody musk fragrance opens with a zesty interplay of mandarin orange , orange , and bergamot , reminiscent of sun-kissed citrus groves, instantly uplifting your spirit. As the fragrance evolves, the heart reveals enchanting notes of cactus flower , solar notes , strawberry , orange blossom , jasmine , and rose , painting a vivid picture of a serene, sun-soaked desert landscape, blooming with life and vibrancy. To conclude this luxurious journey, the base settles into a harmonious blend of orris , cashmeran , musk , and vanilla , leaving a trail that is both sensual and sophisticated. Since its launch in 2018, Arizona has established itself as a must-have in any perfume collection, enhancing your aura with its unique character. Step into the realm of refined elegance with this meticulously crafted fragrance, perfectly tailored for the contemporary woman who values her individual charm. Whether you are enjoying a romantic dinner or navigating a bustling day at the office, Arizona offers an effortless grace that accentuates your style. Notes Breakdown: Top: Mandarin Orange, Orange, Bergamot Heart: Cactus Flower, Solar Notes, Strawberry, Orange Blossom, Jasmine, Rose Base: Orris, Cashmeran, Musk, Vanilla This luxurious blend ensures that Proenza Schouler Arizona is an indispensable part of your fragrance repertoire.

90-day range £∞–-£∞ · average £NaN