This refreshing body lotion strengthens and relaxes skin that is stressed by sun exposure, supporting its natural regeneration and defense mechanisms between sunbathing sessions.
If your skin is too hot, tight, or red after a great day in the sun, After Sun Soothing Body Lotion will cool and soften it. The caring milk will quench your skin's thirst, pamper it with deep moisturizing and reduce redness. When the skin is in a calm state, it can ensure its natural regeneration and fight free radicals caused by UV radiation. It is helped by intelligent cell and DNA protection based on sunflower seeds and natural antioxidants. It supports skin regeneration and prevents aging and chronic damage caused by sunlight. Thanks to its biomimetic base with hydrolipidic film building blocks that are similar to human skin, it ensures optimal penetration of all active ingredients into the skin, where they fully show their effectiveness. The skin relaxes and regains its elasticity and softness.
Action.
- Nourishing milk soothes and cools sun-tired skin.
- It supports skin regeneration after sun or tanning bed exposure and strengthens its own defenses. It softens the effects of intense sun exposure, such as burning sensation, tightness and redness.
- The skin becomes well-groomed, soft, elastic, moisturized and relaxed.
- Excellent skin tolerance is confirmed by dermatological tests
Ingredients.
- An effective complex based on sunflower seeds and natural antioxidants from rice and rosemary act as a trap for radicals.
- A moisturizing complex of aloe vera, sorbitol and sodium salts of lactic and gluconic acids (elements of the natural skin barrier) moisturizes and maintains soft and smooth skin.
- Vitamin E (tocopheryl acetate) protects against free radical damage and prevents premature skin aging.
Application.
Apply generously to clean skin after sun exposure.
To avoid skin damage caused by UV radiation, we recommend using protection products from the Soleil range when sunbathing.
Tip: Store the lotion in the refrigerator for a more intense cooling effect.
