Hayaati Belle Eau de Parfum 100ml by Fragrance World

Hayaati Belle Eau de Parfum 100ml by Fragrance World is a beautifully feminine fragrance that blends juicy fruits, elegant white florals and soft creamy sweetness into an effortlessly sophisticated scent. Designed for women who love graceful, romantic fragrances with a luxurious touch, Hayaati Belle is both uplifting and comforting, making it a wonderful choice for any occasion.

The fragrance opens with a delicious burst of pear and peach, creating a fresh, juicy sweetness that feels bright, cheerful and inviting. This fruity opening is perfectly balanced, giving the perfume a vibrant yet elegant first impression.

At its heart, a luxurious bouquet of tonka bean, jasmine, ylang ylang and lily of the valley unfolds beautifully. The creamy sweetness of tonka bean blends seamlessly with the rich floral elegance of jasmine and ylang ylang, while lily of the valley adds a delicate freshness that enhances the fragrance’s refined character.

As the perfume settles, a smooth base of vanilla, musk and woodsy notes creates a warm, comforting finish. The vanilla adds creamy sweetness, the musk leaves a soft, skin-like sensuality, and the woody notes provide depth and excellent longevity.

Hayaati Belle is a versatile fragrance that transitions effortlessly from day to evening. Its fruity-floral sweetness feels youthful yet sophisticated, making it perfect for everyday wear, brunches, special occasions or whenever you want to feel elegant and confident.

Fragrance Notes

Top: Pear, Peach

Heart: Tonka Bean, Jasmine, Ylang Ylang, Lily of the Valley

Base: Vanilla, Musk, Woodsy Notes

Why You’ll Love It

• Elegant fruity-floral fragrance with creamy vanilla warmth.
• Juicy pear and peach opening with soft floral sophistication.
• Beautiful balance of sweetness, freshness and warmth.
• Soft musk and woody base for excellent longevity.
• Perfect for everyday wear, work, brunches and special occasions.
• Feminine, graceful and effortlessly elegant.
• Long-lasting Eau de Parfum concentration.