- loose mineral foundation powder with SPF15 protection
- enriched with Amber powder
- suitable for sensitive skin

Uoga Uoga Loose Foundation Powder 635 Captured Ray of Sun SPF15 is an organic mineral foundation powder that camouflages redness and gives a radiant effect to the skin. Thanks to the carefully selected ingredients, this powder does not clog pores, allows the skin to breathe and makes it look very natural. The formula is based on natural mica, which reflects light, making pores and wrinkles less visible. With just a little foundation powder, your skin will look smoother.

Uoga Uoga Foundation is suitable for all skin types, but is especially appreciated by owners of problematic or sensitive skin. The formula is enriched with rare white amber powder, known for its antibacterial effect, and zinc oxide, which helps to soothe irritated skin. White clay helps absorb excess oil during the day and gives the skin a subtle matte finish. Mineral sunscreens protect the skin from harmful sun rays with SPF15.

Use: The foundation is best applied with the Uoga Uoga foundation brush. Moisturize and nourish your facial skin with a natural cream first after cleansing it well. Let the cream absorb. Then cover any imperfections and red spots on your face with Uoga Uoga concealer. After you've covered the problem areas with concealer, put a little foundation powder in the lid and pick it up with the brush; gently tap the lid with the brush to shake off the excess powder. Cover your face with a thin layer of powder in circular motions, from the center of the face to the sides. Don't forget the hairline and the area under the chin. If you want a more intense color and better coverage, repeat the process until you get the right coverage.

Ingredients: Mica, Titanium Dioxide, Zinc Oxide, Magnesium Stearate, Kaolin (white clay), Amber Powder, Oryza Sativa (rice) Starch, +/- Iron Oxides: CI 77491, CI 77492, CI 77499.

Uoga Uoga make up is 100% natural, vegan, not tested on animals and COSMOS/Natural certified.

Content: 10 grams