Uriage Bariésun Ultra Light Sun Fluid SPF50+ with Vitamin E 30ml High Protection UVA/UVB & Blue Pocket Size, Invisible Finish, Water Resistant Fragrance free, Non comedogenic

ULTRA LIGHT FACE SUNSCREEN: Very high protection SPF50+ for all skin type even sensitive. Ultra light face sunscreen offering organic filters with broad-spectrum UVA-UVB protection. Contains an exclusive patent to prevent cellular damage and photoaging caused by UV rays and blue light. DRYNESS PREVENTION: Enriched with Uriage Thermal Water and Vitamin E, this face fluid provides intense protection against dehydration and has antioxidant action, leaving the skin feeling moisturized and protected. POCKET SIZE: Light moisturizing fragrance-free fluid. Non-greasy, non-sticky and fast-absorbing sun protection. It blends seamlessly into your skin without leaving white casts or stickiness, providing ultimate protection that's undetectable to the eye and touch. LIGHT SAFE WATERPROOF TEXTURE: Developed and recommended by dermatologists - Suitable for all skin types even sensitive - Fragrance-free - Water-resistant - Non-comedogenic - High-tolerance DERMATOLOGIST RECOMMENDED BRAND: Uriage products, developed in collaboration with dermatologists, offer a large range of high tolerance skincare suitable for various skin types, including extra-dry, sensitive, mature, oily and acne-prone skin, catering to individuals of all ages.

Uriage Bariésun Ultra Fluid SPF50+ , Light facial sunscreen 30mlSkin protection shield Bariésun combines a complex of high-performance filters and two dermatological patents to protect the skin, prevent cellular damage and photoaging caused by UVA and UVB rays and blue light. This ultra-light fluid with very high protection is quickly absorbed and provides an invisible finish without a white film effect. Its pocket-sized format makes it very convenient for use on any occasion! Prevents cellular damage and photoaging Skin Shield technology combines Uriage Thermal Water, which helps protect DNA Telomeres Protect patent prevents cellular damage and photoaging