The Body Shop Edelweiss Intense Smoothing Cream - Nourishing Day Cream - Moisturizes and Hydrates Skin - Vegan - 50ml

The Body Shop Edelweiss Intense Smoothing Cream - Nourishing Day Cream - Moisturizes and Hydrates Skin - Vegan - 50mlGive your complexion a deeply nourishing treat with our new Edelweiss Intense Smoothing Day Cream its the ultimate hydration boost. Made with 97% ingredients of natural origin, it only takes a tiny dollop of our new Edelweiss Intense Smoothing Day Cream to leave skin looking smoother, fresher, stronger* and plumped with 48hr moisture just ask the 109 women who tried (and loved!) our new moisturizer in an independent user trial.** An intensely rich and

Give your complexion a deeply nourishing treat with our new Edelweiss Intense Smoothing Day Cream - its the ultimate hydration boost. Made with 97% ingredients of natural origin, it only takes a tiny dollop of our new Edelweiss Intense Smoothing Day Cream to leave skin looking smoother, fresher, stronger* and plumped with 48hr moisture - just ask the 109 women who tried (and loved!) our new moisturizer in an independent user trial.** An intensely rich and nourishing cream, this non-greasy formula has a silky texture and melts into skin effortlessly, helping protect against indoor and outdoor pollution and leaves skin feeling deeply nourished, firmer and ultra-soft. This ultra-smoothing concoction is enriched with edelweiss, which is naturally (and rather uniquely) strengthened with leontopodic acid known for its antioxidant properties. In fact, the tiny edelweiss plant is so resilient and powerful that its extract has 43% more antioxidant power than retinol.** Pretty extraordinary, right? Weve boosted our vegan cream with natural-origin peptides, too, just for good measure. It helps retain moisture and maintains the skins natural moisture barrier. * Skin that looks plump with moisture, with a smooth surface. Skin looks re-energized and refreshed. **Retinol expressed as Retinol acetate. The radical protection factor (RPF) was measured in vitro by electron spin resonance.