White Satin Mademoiselle perfume for Women by Taylor of London

This is Taylor of London's version of its White Satin Mademoiselle fragrance for women. What does White Satin Mademoiselle smell like? Well it is an aroma highlighted by a bouquet of fragrant powdery, balsamic and animal wildlife scented tones that will bring a sensual, calming and romantic perfumed sensation. Examining it closer once applied you will notice a lingering quality of softer fragranced sweet, woody and citrus hints that hide an essence of comforting, fresh and warm feelings.

Based on the combination of notes Taylor of London White Satin Mademoiselle is classified as Floral Musk fragrance to the nose. The emanation of flavors and scent notes for White Satin Mademoiselle unfurl in a whiff of white flowers opening top notes including orange blossom. The white flowers and woody heart center notes blend in with jasmine and patchouli while the deep amber and animal wildlife base notes leave an impression of amber, honey, musk, rose and cedar.

If White Satin Mademoiselle seems like a pleasant smell for your taste or maybe special occasion then the best is to aromatize yourself and give it a try!

The best practice is before buying White Satin Mademoiselle, sample it, and see if it blends with your body chemistry and character. This way you will know first-hand if you like it and even how long it lasts before making a decision. The more perfume reviews you read on Taylor of London White Satin Mademoiselle from different people and especially experts who have the nose the better prepared for making your choice.

How long does White Satin Mademoiselle last? Well in general this is dependable on many factors from skin chemistry to the time of the year and most importantly the fragrance itself. Also keep in mind seasonal factors including temperature and humidity they all influence the outcome and perception to everyone's nose and level of sensitivity in an individual way.

Designer fragrance White Satin Mademoiselle was released in Eau de Toilette concentration.