Developed with dermatologists, this grain-free smoothing formula, with 3 essential ceramides, salicylic acid and hyaluronic acid, gently cleanses and promotes the elimination of roughness from dry skin without altering the protective barrier of the skin.
Immediate efficacy: +94% hydration after first application.
Significant effectiveness from 3 days: The skin is smoother and softer for 94% of consumers after only 3 days.
Clinically proven effectiveness after 8 weeks: -76% symptoms of dry skin, skin is smoother +39.5%.
Three essential ceramides to help keep the skin hydrated and restore the skin barrier.
MVE Technology makes it possible to encapsulate the active ingredients and diffuse them into the skin continuously. This helps restore the skin barrier and moisturize it throughout the day after only one application.
Product Intro:
Introducing Cerave SA Smoothing Cream Anti-Rugosities Moisturizing Cream, a gentle yet effective solution to rough and dry skin. Developed with dermatologists, this formula contains 3 essential ceramides, salicylic acid, and hyaluronic acid, providing long-lasting hydration and promoting the elimination of roughness without damaging the skin barrier.
Product Features and Benefits:
Contains 3 essential ceramides to help keep the skin hydrated and restore the skin barrier.
Salicylic acid gently exfoliates and promotes the elimination of roughness from dry skin.
Hyaluronic acid helps to retain the skin’s natural moisture.
MVE Technology helps restore the skin barrier and moisturize it throughout the day after only one application.
Immediate efficacy: +94% hydration after first application.
Significant effectiveness from 3 days: The skin is smoother and softer for 94% of consumers after only 3 days.
Clinically proven effectiveness after 8 weeks: -76% symptoms of dry skin, skin is smoother +39.5%.
How to use the product:
Apply a small amount of Cerave SA Smoothing Cream Anti-Rugosities Moisturizing Cream to dry skin once or twice a day, or as directed by your dermatologist. Gently massage until absorbed.
