Aquolina Notebook - Patchouly & Cedar Wood Eau de Toilette for men 100 ml

Aquolina Notebook - Patchouly & Cedar Wood Eau de Toilette for Men 100 ml

Aquolina Notebook - Patchouly & Cedar Wood represents a luxurious eau de toilette that appeals to every man seeking an authentic woody fragrance. This scent is the perfect embodiment of masculinity and elegance, making it an ideal choice for evening social events or romantic dinners. The brand Aquolina, renowned for its emphasis on quality and innovation, offers the Notebook - Patchouly & Cedar Wood line, which features a unique blend of natural essences and modern design.

The fragrance opens with a fresh burst of pink grapefruit and spicy black pepper, harmoniously blending with subtle notes of cedar. This composition creates a dynamic introduction that captivates and awakens the senses. At the heart of the fragrance, pure and intense cedar dominates, adding depth and sophistication to the composition. This woody essence is underlined by a base of Haitian vetiver, patchouli, and warm amber, collectively creating a long-lasting and unforgettable impression.

Aquolina Notebook - Patchouly & Cedar Wood is more than just a fragrance; it's a statement. Its unique composition is designed to highlight the wearer's personality and bring a sense of confidence and independence. Ideal for men who appreciate quality and seek something extraordinary to set them apart from the crowd. This eau de toilette will become your indispensable companion in moments when you want to leave an impression and enhance your natural charismatic aura.

Usage

For the best effect, apply Aquolina Notebook - Patchouly & Cedar Wood to pulse points such as the wrists, neck, or behind the ears. These areas capture and release the fragrance best, making its effect more intense and longer-lasting. Spray from a distance of 15-20 cm to ensure even distribution. For maximum longevity, we recommend applying after a shower on clean and dry skin. Avoid rubbing wrists together to prevent disrupting the fragrance molecules.