Gulf Orchid
Lolita 100ml Eau De Parfum by Maison Asrar Gulf Orchid
Lolita Eau De Parfum by Maison Asrar Gulf Orchid is an elegant fragrance that blends juicy fruits, romantic flowers and creamy woods. Designed for anyone who enjoys a sophisticated yet approachable aroma, this 100ml perfume moves smoothly from a fresh, uplifting opening to a warm and comforting finish.
The Lolita perfume opens with lively citrus, ripe berries and crisp green apple. Rose, jasmine and peony create a graceful floral heart, while vanilla, musk and sandalwood leave a soft, refined trail. Its balanced character makes it suitable for everyday activities, social occasions and evening events.
Key Features
- Generous 100ml Size: Ideal for daily wear, offering a long-lasting fragrance that envelops you in luxury.
- Enchanting & Sophisticated Scent: A well-balanced blend of floral and fruity notes, perfect for both casual and formal occasions.
- High-Quality Formula: Crafted with premium ingredients to deliver a rich, lasting fragrance experience.
Specifications
- Product Name: Lolita Eau De Parfum
- Brand: Gulf Orchid
- Size: 100ml
- Concentration: Eau De Parfum
- Gender: Unisex
- Fragrance Family: Fruity Floral
- Scent Profile: Fresh, romantic, creamy and warm
- Recommended Wear: Daytime and evening
Fragrance Notes
- Top Notes: Fresh citrus, ripe berries, and green apple
- Middle Notes: Delicate rose, jasmine, and peony
- Base Notes: Soft vanilla, creamy musk, and sandalwood
Experience Description
Lolita Eau De Parfum opens with a burst of fresh citrus, ripe berries, and green apple, offering an invigorating start. The heart blooms with delicate florals like rose, jasmine, and peony, adding a touch of romance. The fragrance settles with a warm, creamy base of vanilla, musk, and sandalwood, leaving a soft yet sophisticated trail.
How to Use
Spray Lolita Eau De Parfum on pulse points, such as wrists, neck, and behind the ears, for a lasting, enchanting fragrance.
Create an inviting atmosphere at home with our rich and aromatic Bakhoor collection.