Celimax Dual Barrier Skin Wearable Cream is a lightweight facial cream with ceramides and the patented ingredient Aquatide, designed to strengthen the skin's natural protective barrier. The formula replenishes and holds moisture in the epidermis, providing comfort to dry and sensitive skin. The cream is the final step of daily facial care.
Strengthening the hydrolipidic barrier
A complex of five ceramides (NP, NS, AS, AP, EOP) replenishes the natural lipids of the epidermis and supports the rebuilding of its protective structure. Cholesterol and phytosphingosine further strengthen the skin's barrier, helping to limit water loss and increase its resistance to external factors. As a result, the skin becomes less prone to irritation and dryness.
Hydration and moisture retention
Sodium hyaluronate binds water in the deeper layers of the epidermis, providing long-lasting hydration throughout the day. Panthenol and allantoin soothe the skin and support its regeneration, while malt extract additionally nourishes the epidermis. The lightweight, non-comedogenic texture of the cream allows for quick absorption without a heavy feeling on the skin.
Comfort for dry and sensitive skin
The cream applies gently, without leaving a greasy film, making it suitable for dry and irritation-prone skin. Heptasodium Hexacarboxymethyl Dipeptide-12 supports skin elasticity, while tocopherol protects the epidermis from external factors. Regular use helps restore a feeling of softness and suppleness to the skin.
Area of use
- face
Active ingredients
- Ceramide NP (ceramide NP): replenishes the natural lipids of the epidermis and supports the skin's protective barrier
- Ceramide EOP (ceramide EOP): strengthens the lipid structure of the epidermis
- Sodium Hyaluronate (sodium hyaluronate): binds water and provides long-lasting hydration
- Panthenol (panthenol): soothes the skin and supports its regeneration
- Allantoin (allantoin): calms irritation and supports the rebuilding of the epidermis
- Cholesterol (cholesterol): strengthens the skin's lipid barrier
