160th Anniversary Limited Edition Original Musk Oil by Kiehl's Reviews & Perfume Facts

The 160th Anniversary Limited Edition Original Musk Oil stands out due to its rich history, being the first musky fragrance Kiehl's introduced in 1963. This special edition not only celebrates the brand's legacy but also offers a refined scent profile that blends fresh top notes of bergamot and orange blossom with a luxurious heart of lily, neroli, rose, and ylang ylang. Its base features a warming musk alongside patchouli and tonka bean, creating a beautifully layered fragrance that is both timeless and contemporary.

Users typically report that the longevity of the 160th Anniversary Limited Edition Original Musk Oil is impressive for an Eau de Toilette (EDT), lasting anywhere from 6 to 8 hours on the skin. The rich base notes of musk, patchouli, and tonka bean help maintain the fragrance's presence throughout the day, ensuring a lasting impression.

The 160th Anniversary Limited Edition Original Musk Oil is versatile enough for both day and evening wear. Its fresh and floral top notes make it perfect for daytime events, while the musky and warming base lends itself well to evening occasions. It's ideal for casual outings, romantic dinners, or even special celebrations where you'd like to leave a memorable impression.

Yes, the 160th Anniversary Limited Edition Original Musk Oil is designed to be suitable for all skin types. However, as with any fragrance, it is recommended to conduct a patch test for those with sensitive skin to ensure there are no adverse reactions. The blend of natural ingredients in this musk oil caters to a wide variety of preferences and skin chemistry.

For best results, apply the 160th Anniversary Limited Edition Original Musk Oil to pulse points such as the wrists, behind the ears, and at the base of the throat. This allows the fragrance to warm up and develop throughout the day. Additionally, applying it after showering when your skin is still slightly damp can help enhance its longevity and projection.