SKIN CODE

Pure Perfume Oil

Luminous fruits. Clean musk. A thread of dark oud.

At a glance

Type: Concentrated perfume oil
Format: 3 mL roller bottle with leather pouch
Profile: Vanilla, clean musk, ripe yellow fruits, red berries and dark oud woods
Character: Fresh, smooth and intriguingly dark

Skin Code is a study in contrast—a clean, luminous fragrance with a darker character running beneath the surface.

Ripe yellow fruits open with a lively sweetness, brightened by a delicate touch of red berries. Smooth vanilla and clean musk soften the composition, creating a fresh, polished warmth that settles beautifully against the skin.

Through this brightness runs a subtle thread of dark oud and woods, holding the fragrance together with depth, grace and quiet strength. The result is both fresh and mysterious, sweet yet refined—a beautifully balanced perfume with a character all its own.

Presented in an elegant 3 mL roller bottle with a refined leather pouch, Skin Code turns the contrast between light and darkness into a modern ritual of personal luxury.

OUR NOTES

Skin Code is a beautiful contrast of juicy fruits, clean musk and vanilla, with dark oud and subtle incense-like nuances adding an intriguing depth. Completely unisex, we'd recommend it to anyone who enjoys fresh, fruity fragrances with a mysterious darker side.

As a concentrated perfume oil, it's lovely worn close to the skin and also makes an interesting layering choice when you want to add fruity, musky warmth with a hint of oud and incense.

Fragrance Notes

Ripe Yellow Fruits • Red Berries • Vanilla
Clean Musk • Dark Oud • Smooth Woods

Layering Idea

Wear Skin Code beneath a citrus fragrance to amplify its bright, juicy freshness, pair it with vanilla or soft florals for a smoother and more sensual sweetness, or layer it with an oud or woody fragrance to draw out its darker, more mysterious side.

Apply Skin Code lightly to the pulse points, allow it to settle, then add your chosen fragrance.

Each bottle is hand-filled. A natural fill variation of ±3% may occur.