GIVENCHY Eaudemoiselle Eau Florale Eau de Toilette Spray 100ml

About this product

Lovers of fresh, airy rose aromas with a touch of sparkling citrus with GIVENCHY Eaudemoiselle Eau Florale Eau de Toilette Spray." - Keavy, Escentual Beauty Team. Why You'll Love GIVENCHY Eaudemoiselle Eau Florale Eau de Toilette: A very light and pure rose fragrance that lasts on the skin for four hours. The perfect clean girl scent. It has a similar fresh citrusy and soft fruitiness as Dolce and Gabbana Light Blue. What Does GIVENCHY Eaudemoiselle Eau Florale Eau de Toilette Smell Like? The GIVENCHY Eaudemoiselle Eau Florale EDT has a light, airy floral signature that's ultra-feminine with a watery freshness that's reminiscent of a real dewy rose. Its sweet rose scent is perfect for wearing in the spring and summertime; all you need is a floral dress, sunglasses and this scent, and you're set. Fragrance family is Fruity Floral. Top notes are Calabrian Lemon Essence. Heart notes are Pear Accord. Base notes are Eglantine Accord. Why It's Escentual: The light floral signature of this scent makes it the ultimate crowd-pleaser fragrance because it's hard not to love. It's a bouquet of blooming flowers blended with freshly cut, juicy, zesty, and sweet fruits that are perfect for daytime wear or the office. GIVENCHY EauDemoiselle Eau Florale is presented in couture-style glass flacon to remind you that this scent is from a luxury fashion house. The Best Way To Use It: Spray on the pulse points. We also recommend the following perfume tips: Target areas where the blood vessels are closest to the skin, allowing the fragrance to emanate. Common pulse points include the wrists, neck, behind the ears, and inner elbows. Resist the urge to rub your wrists together after applying perfume. This can break down the fragrance molecules and alter the scent. Hold the perfume bottle about 6-8 inches away from your skin when spraying. This ensures a more even distribution of the fragrance. Keep your perfume in a cool, dark place, away from direct sunlight and temperature fluctuations. T