Perfume Noya Zimaya Infrad Luxe EDP W 100 ml — women's eau de parfum 100 ml

Noya Zimaya Infrad Luxe EDP W 100 ml is a women's eau de parfum in a 100 ml bottle formulated as an eau de parfum concentration for extended longevity. The fragrance is intended for both daytime and evening wear, combining a focused aromatic profile with lasting performance suitable for personal use or gifting. The packaging and volume provide a portable format that fits standard perfume routines.

Advantages

The eau de parfum concentration offers a balance between fragrance persistence and moderate sillage, giving a sustained aroma through the day and into the evening. The 100 ml size provides a practical amount for regular use while remaining portable for travel. The composition is designed to perform across different occasions, retaining its character without frequent reapplication.

Suitable for

• Daily wear at work or casual daytime settings
• Evening and social occasions
• Personal fragrance wardrobe and layering with body care products
• Gifting for birthdays, holidays, or special events

Key specifications

• Formulation: Eau de Parfum concentration
• Target: Women
• Volume: 100 ml
• Packaging: Spray bottle suitable for controlled application
• Usage profile: Intended for long-lasting wear with moderate to pronounced scent projection

How to use

Apply Noya Zimaya Infrad Luxe EDP to pulse points such as the wrists, neck, and behind the ears from a distance of 10–20 cm for even distribution. For longer lasting effect, spray once or twice depending on personal preference and the surrounding environment. Allow the fragrance to settle on the skin for a few moments before dressing to avoid transfer to fabrics.

Usage recommendations

Store the bottle in a cool, dry place away from direct sunlight and temperature extremes to preserve fragrance stability. To evaluate the scent fully, test on skin and allow time for top, heart, and base notes to develop. When packing for travel, keep the cap secured and place the bottle upright to reduce evaporation and leakage risk.