Monoi Tania Wursig by Reva de Tahiti 100 ml

Discover Tania Wursig's Monoï de Tahiti by Reva de Tahiti, a creation born from the fusion ofart and Polynesian tradition. Composed of 99% Monoï de Tahiti with Protected Designation of Origin, this product nourishes and softens the skin and hair. Its exotic fragrance, created by artist Tania Wursig, invites you on a journey. Made in Tahiti, this 100-ml bottle combines authenticity, gentleness, and a sense of escape.

A Tahitian Monoï: Where Art Meets Tradition

Let yourself be enchanted by Monoï Tania Wursig by Reva de Tahiti, an original creation that combines Polynesian craftsmanship with the artistic vision of Tania Wursig, an Australian painter based in Tahiti.

Composed of 99% authentic Monoï de Tahiti with Protected Designation of Origin, it is made by macerating fresh tiare flowers in refined coconut oil, according to Polynesian tradition.

Naturally nourishing and softening, this Monoï leaves the skin supple and silky smooth. When applied to the hair, it helps nourish the lengths and impart softness and shine.

Its exotic fragrance, created by Tania Wursig, evokes the lush landscapes and enchanting scents of Tahiti. Made in Taravao, this 100 ml product celebrates the authenticity and beauty of the islands.

DIRECTIONS FOR USE

Apply a few drops to the body after showering, then massage gently. For hair, use as a treatment for the ends or as an oil treatment before shampooing.

Monoï naturally solidifies below 20°C. Simply warm the bottle in lukewarm water to liquefy it.

THE REVA DE TAHITI BRAND

Reva de Tahiti celebrates Polynesian beauty traditions through skincare products crafted in Tahiti. This collaboration with artist Tania Wursig combines authentic Monoï de Tahiti with a unique signature fragrance.

PRECAUTIONS FOR USE

For external use only. Avoid contact with the eyes. Do not apply to irritated skin. This monoi does not provide UV protection: use an appropriate sunscreen and avoid sun exposure during the hottest hours of the day.

*Moisturizes the outer layers of the epidermis.