Clarins Skin Illusion Tinted Moisturiser SPF25 40ml 10

About this product

Why You’ll Love Clarins Skin Illusion Tinted Moisturiser SPF25:. 94% Skincare Formula: Packed with skin-loving ingredients for immediate and lasting results.. 24-Hour Hydration: Keeps skin moisturised all day with hyaluronic acid.. Glow Boosting: Kiwi extract enhances radiance by +95%.. Anti-Ageing Power: Chicory extract smoothes wrinkles and plumps skin in 28 days.. SPF 25 Protection: Shields skin from harmful UV rays.. Anti-Pollution: Protects against environmental stressors for nourished skin.. What Clarins Say:. Skin Illusion Tinted Moisturiser is a new glow-boosting skin tint with age-defying skin care.. This 94% skin care formula enhances your skin in one simple step. Thanks to its make-up and skin care performance, it naturally evens out your complexion while its formula instantly boosts skin’s radiance by +95% and reduces the appearance of fine lines and wrinkles by -24%.. Its lightweight texture delivers a natural, dewy finish. After the very first application, Skin Illusion Tinted Moisturizer enhances the skin and minimises the appearance of pores, fine lines and wrinkles. After continued use, your natural complexion is more radiant whilst pores, fine lines and wrinkles are visibly reduced.. At the heart of its expert formula : More than 80% organic active ingredients and a 94% skincare base with low molecular weight hyaluronic acid, which provides skin with 24 hour hydration. Skin Illusion Tinted Moisturizer also contains SPF25 and the Clarins Anti-Pollution Complex, for double skin protection.. Benefits:. Naturally evens out the complexion 24 hours* of hydration (*Clinical test, 24 women) Double protection: SPF25 & anti-pollution complex. Visible skincare action on bare skin : reduces the appearance of pores, wrinkles and fine lines.. Innovation and plant expertise:. Clarins has incorporated its innovative [Skin Fit Technology]. Formulated with organic oat sugars, it forms a three-dimensional botanical film on the skin, adapting to the skin’s surface and