The product contains at least 85% ingredients of natural origin. More information
NaturalThe products do not contain any silicones. More information
Silicone-freeSulfate-free. More information
Sulfate-free| Skin type | for all skin types |
| Effect | Moisturizing, soothing, revitalizing, regenerating |
| Substances Active | Vitamin E, mint, lavender, betaine |
| Conflict-free | Silicone-free, sulfate-free |
| Sustainable development and product ethics | Natural |
Discover the richness of hydration and soothing care every day
Lirene Shower Gel moisturizing shower gel is the perfect choice for all skin types. It combines gentle cleansing with intense hydration, ensuring daily comfort and freshness. Carefully selected active ingredients, such as vitamin E, mint, and lavender, support skin regeneration, giving it a healthy and radiant appearance.
The gel will appeal to those who value gentle care combined with a refreshing effect. Thanks to its pleasant formula and soothing properties, the product is perfect for your daily routine, leaving your skin feeling relaxed and soft.
Properties:
- Gently cleanses the skin, ensuring its freshness
- Moisturizes and soothes irritations
- Supports skin regeneration and revitalization
- Leaves the skin soft to the touch
- Suitable for all skin types
- Provides a soothing feeling after each use
Ingredients:
- Vitamin E - has antioxidant and regenerating properties
- Mint - refreshes and brings a cooling sensation
- Lavender - soothes and calms the skin
- Betaine - intensely moisturizes and protects the skin
How to apply:
Apply a small amount of gel to damp skin, gently massaging until foam is formed. Then rinse thoroughly with water. Use during every bath or shower, whenever you feel like refreshing and relaxing.
Notino Tip:
To enhance the moisturizing and nourishing effect, apply a moisturizing balm from the same Lirene skincare line after bathing. It's the perfect way to provide comprehensive body care and a long-lasting feeling of comfort and softness to your skin all day long.
This text was generated by an AI system and may contain errors.
Comment