
Notes: This state of art formula has brought moisture treatment to the next level by enhancing the skin’s natural moisture barrier and by optimizing hydration from within the skin cells. Beauty Essential’s Moisture Retaining Cream contains unique a dual miniaturization system. First, special "Hydro-Entrap Technology" captures moisture within the skin through its dynamic Liquid Crystal Structure. Second, Amaza's proprietary nourishing Skin Rebuilding Complex (micro-encapsulated EFA and skin identical Ceramide) fortifies the skin’s own moisture barrier, and thereby dramatically increases the skin’s natural defenses toward dryness while at the same time conserving internal moisture.
Ceramides are the essential lipids found in the surface layer of skin that help maintain the integrity of the skin's barrier layer. They are the mortar that holds the skin cells (bricks) together. When this barrier is intact, skin looks hydrate, smooth and glowing. But with age and environmental exposure, your skin's natural ceramides can be compromised leading to loss of moisture, roughness, fine lines and wrinkles, allowing outside irritants to get into the skin.
EFAs (essential fatty acids) are important components of skin's natural barrier layer. Research in the last few years has shown that essential fatty acids work with Ceramide to provide more complete and enhanced barrier protection. To maximize freshness and effectiveness, specially designed micro-encapsulated EFA is released only upon contact with skin. These combined elements, so essential to the skin, immediately boost the capacity of the tissue to retain moisture, fortify the skin’s natural barrier function, dramatically increasing its resistance to dryness, while preventing the appearance of roughness and wrinkles.
This super-charged moisture cream brings skin to new levels of improvement day after day. With continue use, skin looks revitalized, healthier and younger.
How to Use: Smooth onto face AM and PM after cleansing with Beauty Essential’s Gentle FACIAL CLEANSER.. Store away from direct sunlight and high temperature.
