Eau de Parfum spray Emir A Chaos In The Ocean 100 ml — unisex fragrance

Emir A Chaos In The Ocean 100 ml is a unisex Eau de Parfum spray presented in a 100 ml bottle. This concentrated fragrance is formulated for wearable intensity and longevity, suitable for everyday use as well as for special occasions. The composition is designed to function as a personal signature scent or to be layered with other fragrances to create a custom effect.

Advantages

The Eau de Parfum concentration offers enhanced longevity and projection compared with lighter formats. The 100 ml format provides a balance between portability and extended use. As a unisex fragrance, the scent profile is developed to suit a wide range of preferences and skin chemistries, making it versatile for different users and occasions.

Suitable for

• Daily wear at work or casual settings
• Evening events and special occasions
• Layering with other fragrances to increase complexity
• Use as a personal signature scent for all genders

Key specifications

• Product type: Eau de Parfum spray
• Volume: 100 ml
• Gender orientation: Unisex
• Packaging: Spray bottle designed for controlled application
• Concentration: Parfum-strength formulation for longer wear

How to use

Apply the spray to pulse points such as the wrists, neck, and behind the ears from a distance of 10–20 cm. For a lighter presence, spray once; for stronger projection, apply two to three sprays distributed across clothing and skin. Allow the fragrance to develop on the skin for several minutes before assessing intensity. When layering with other products, apply the thicker or more dominant scent first and finish with a light spray of this Eau de Parfum to refine the overall blend.

Usage recommendations

Store the bottle in a cool, dry place away from direct sunlight and heat sources to preserve scent integrity. Test the fragrance on a small area of skin if you have sensitive skin or concerns about allergies. Reapply as needed, bearing in mind that Eau de Parfum typically requires fewer reapplications than lighter concentrations.