Ermenegildo Zegna Essenze Mediterranean Neroli Eau de Parfum for men 100 ml

Ermenegildo Zegna Essenze Mediterranean Neroli Eau de Parfum for Men 100 ml

Ermenegildo Zegna presents its highly acclaimed Essenze collection, featuring the captivating scent of Mediterranean Neroli. This eau de parfum embodies the elegance and sophistication for which Zegna is renowned. Inspired by the sunny shores of the Mediterranean, it blends the freshness of citrus with subtle floral and woody notes. Ideal for men who want to feel confident and leave an unforgettable impression at an evening event or business meeting.

The composition of this fragrance is carefully selected to ensure that every wearer experiences the freshness and energy of nature. The top notes feature ginger, bergamot, lemon, mint, and petitgrain, giving the perfume a sparkling start. The heart of the fragrance unfolds with a harmonious blend of rosemary, neroli, lavender, jasmine, cypress, and rhubarb, adding depth and softness. The base is composed of moss, cypress oil, ambroxan, sandalwood, and musk, offering a sensual and masculine impression. Mediterranean Neroli is a true masterpiece that will be appreciated by any lover of luxury perfumes.

Ermenegildo Zegna Essenze Mediterranean Neroli is not just a fragrance, but an experience that transports you to a world where elegance and nature meet in perfect harmony. With its citrus composition, it is an ideal choice for summer evenings when you want to feel fresh and attractive. This fragrance is a great complement for men seeking something extraordinary and unique.

Usage

For optimal effect, apply Ermenegildo Zegna Essenze Mediterranean Neroli to pulse points such as the wrists, neck, and behind the earlobes. These areas generate heat that helps the fragrance fully develop and leave a lasting impression. We recommend applying the perfume to clean, dry skin to allow its aroma to fully express itself. Ensure the bottle is stored away from direct sunlight and in a cool place to maintain its original freshness and intensity.