HYDRAA WIPES

Thanks to the action anti-aging of ProRenew Complex CLR™ and the medium- and long-term moisturizing action of Tamarindus seed extract and Phylcare® XS, the cosmetic wipes. HYDRAA WIPES offer convenient moisturizing support ready-to-wear. The hydrogel solution with which the wipes are soaked brings refreshment whenever thirsty, stressed or itchy skin is felt. Ideal in the daily moisturizing routine, they are also a valuable ally to keep in your purse along with the fundamentals for brightening make-up. It gives skin radiance and softness in one convenient, moisturizing step. Highlighted actives include ProRenew Complex CLR™, an innovative ingredient that belongs to the family of "postbiotic" cosmetic actives, a valuable polyfunctional anti-aging active; it is biotechnologically derived and was chosen for its support of the skin microbiota. Among the most current trends in cosmetics is the search for actives inspired precisely by the world of probiotics. Finally, Phylcare® XS complements the cosmetic action of HYDRAA WIPES: also produced through modern extraction techniques, it represents biotechnologically sourced and purest quality hyaluronic acid for deep and truly long-lasting hydration. ProRenew Complex CLR™ is a registered trademark of CLR. Phylcare® is a registered trademark of Lehvoss.

Apply HYDRAA WIPES On dry, cleansed skin, twice a day and/or whenever a need for hydration is perceived. Massage over face and neck, avoiding the eye area. The recommended frequency of use for HYDRAA WIPES is 2 times a day for 7-14 days, when there is a significant need for hydration. In general, you can still use HYDRAA WIPES also as needed, for comfort action ready-to-wear.

AQUA, LACTOCOCCUS FERMENT LYSATE*, TAMARINDUS INDICA SEED POLYSACCHARIDE*, SODIUM HYALURONATE, ETHYLHEXYLGLYCERIN, LACTIC ACID, SODIUM CHLORIDE*, PHENOXYETHANOL, SODIUM DEHYDROACETATE, SODIUM BENZOATE. *Natural-origin raw material Dermatologically tested with 48-hour patch test. Tested to nickel, lead, cadmium, chromium, cobalt, mercury (each ≤ 0.1 ppm).