A-Derma Exomega Control Anti-Scratch Emollient Cream SPF50+ provides the perfect solution for protecting dry, sensitive skin prone to atopic eczema from summer irritants. This innovative formula combines high sun protection with soothing action for optimal comfort, even in the sun.
Sun protection with reinforced skin barrier
Enriched with patented Barriestolide®, derived from Rhealba® Oat Plantlet Oil, this cream strengthens the skin barrier and protects cellular integrity against UVA damage. Its SPF50+ offers very high protection from UV rays, while the water-resistant, non-sticky texture shields skin from irritation caused by sweat, salt or chlorine. The sun filters, tested as non-ecotoxic on three key marine species, ensure an environmentally responsible approach.
Rich texture with optimal tolerance
Fragrance-free and specially designed for atopic skin, this cream applies easily to both face and body. Its emollient and anti-scratch formula soothes tightness and minimises skin reactions, even during prolonged exposure. *Ex vivo* tests confirm its effectiveness in protecting and repairing fragile skin.
This emollient cream combines dermatological innovation with ecosystem respect, for worry-free sun protection.
The A-Derma Exomega Control SPF50+ emollient sun cream protects fragile skin from harmful sun effects and summer irritants such as sweat, salt, chlorine and sand. It strengthens the skin barrier and helps safeguard cellular integrity. The ideal ally for sensitive, dry skin prone to atopic eczema.
Developed through seven years of research, its patented innovation Barriestolide®—derived from Rhealba® Oat Plantlet Oil—strengthens the skin barrier and helps protect the epidermis against UVA damage.
Fragrance-free, this very high protection SPF50+ sun cream has a rich yet easily applied texture, suitable for both face and body.
Non-sticky and water-resistant, its filters have been evaluated as non-ecotoxic on three key marine biodiversity species: one coral, one phytoplankton and one zooplankton species, at environmentally representative concentrations. (Tested ex vivo)
