Bioderma Photoderm XDefence Ultra-Fluid SPF50+ 40ml 02

About this product

The first detox ultra-fluid sun care for a global protection against environmental aggressors, sun & pollution. Formulated in an invisible shade suitable for all skin types and phototypes.. Bioderma creates a new exclusive technology, environmental active defense, which provides an overall skin protection against UV rays, visible light, infrared light & pollution. Reduction of -99 % cellular damages face to UV rays, visible light and infrared light (1). In addition, inspired by our unique NAOS ecobiology approach, Photoderm Xdefense ultra-fluid spf50+ contains the detox science to strengthen the skin's natural detoxification mechanism and helps the skin to find its own balance face to environmental aggressors. +164% skin detox power for more radiant skin (2). Extremely sensorial: Ultra-fluid - Ultra dry touch - invisible with no white cast - Excellent make-up base - Fragranced - Very good cutaneous and ocular tolerance - Non-comedogenic. Recommended by dermatologists.. Virtuous formula: minimalism sunscreen filters and no unnecessary ingredients for the skin ( microplastics and silicones) & Aquatic ecosystems tested. Protects:. Against short & long UVA rays, UVB rays, visible light, infrared light, pollution.. -99 % cellular damage to UV rays, visible light and infrared light (1).. -33% pollution on the skin (3). Detox:. +164% skin detox power* for more radiant skin (2).. +43% complexion radiance (4). Hydrates:. 8h skin hydration (5). Matifies:. All day matte sensation (6). Texture: Very pleasant to use (5). The product is ultra fluid for 100% of users (7). The product leaves an ultra-dry touch finish for 73 % of users (6). The product is invisible on the skin and doesn't leave white marks for 100% of users (7). (1) Ex vivo evaluation of DNA damage by thymine dimers measurement with Photoderm Xdefense ultra-fluid SPF50+ on skin explant exposed to UV, visible light and infra-red light, versus untreated irradiated control, France 2024.. (2) In vitro evaluation of gene