Ambrosial Radiance Perfume Oil (inspired by Maison Francis Kurkdjian [MFK] Gentle Fluidly Gold)

Top notes: Juniper berries

Heart notes: Nutmeg, Coriander

Base notes: Musks, Ambery woods, Vanilla

Fragrance Description 

Ambrosial Radiance is a captivating perfume oil that opens with the fresh, invigorating scent of juniper berries, evoking a sense of crisp energy. As it unfolds, warm and spicy heart notes of nutmeg and coriander emerge, adding a layer of exotic richness. The fragrance settles into a sensual base of soft musks, ambery woods, and creamy vanilla, creating a lingering, radiant aura that is both alluring and comforting. Ambrosial Radiance is a harmonious blend of fresh, spicy, and warm elements, perfect for those who seek a fragrance that exudes both elegance and intrigue.

Alcohol-free

Gender: Unisex

Applicator: Roller

How to apply

In this case, less really is more (3ml can last you a month).

1. Apply a small amount of the oil to your pulse points, such as the inner wrists, inner elbows, behind your earlobes, and along your neck and jawline. These areas generate heat and can enhance the fragrance's performance.

 2. Avoid rubbing the oil into your skin, as this can break down the scent. Instead, let your body heat activate the fragrance throughout the day.

3. For an even more potent scent, apply the oil to the back of your hand, the tips of your beard, or the ends of your hair.

4. Be careful when applying the oil to clothing, as it can stain fabric. If you want to apply the oil to your clothing, apply a small amount to your hands, rub them together, and then wipe them on your clothing.

5. Lastly, reapply the perfume oil throughout the day as needed to maintain the scent's longevity.

Disclaimer

Our fragrance oils are alcohol-free alternatives for customers who seek alcohol-free perfumes; they are not affiliated with the designer brands themselves.

Safety Warning our perfume oils are highly concentrated and may cause allergic reactions always perform a test patch; avoid use if a rash or similar reaction occurs.