Avene Tolerance Extremely Gentle Cleanser 200ml - Cleanser for Hypersensitive Skin

Please note that this product is sold and shipped by one of our trusted Marketplace Sellers. This product is not available in any of our physical stores.

Avene Tolerance Extremely Gentle Cleanser 200ml is a no-rinse cleansing lotion formulated for irritable hypersensitive skin, using a minimum number of ingredients selected for their gentleness.

This cleansing lotion is very rich in Avene Thermal Spring Water, which softens and soothes irritated prone skin, and contains D-SensinoseTM (patented postbiotic ingredient) to help soothe and ultra-calm all types of hypersensitive skin. Its gel lotion texture is adapted for all skin types, leaving the skin feeling clean and comfortable without any tightness, and it is fragrance-free.

• Reduces skin reactivity to external environmental factors and provides protection by helping to restore the hydrolipidic barrier.
• Very rich in Avene Thermal Spring Water, which softens and soothes irritated prone skin.
• D-SensinoseTM (patented postbiotic ingredient) helps soothe and ultra-calm all types of hypersensitive skin.
• High tolerance: formulated with minimum ingredients for better tolerance - 99% of ingredients from natural origin.
• Soothes and cleanses hypersensitive and reactive prone skin.
• Suitable for the eye area.
• Gentle formulation leaves the skin clean and comfortable.
• Formulated to minimize the risk of allergic reaction - non-comedogenic.
• Fragrance-free.

This cleansing lotion is perfect for those with hypersensitive, intolerant, allergy-prone, redness-prone skin, or skin that has become irritable following various aggressions (climate conditions, irritating cosmetics, etc.). It is suitable for use in adults and children (aged 2 years and up), and has been proven to reduce skin irritability immediately after application, with 91% itching reduced, 79% tingling reduced, 84% burning sensation reduced, 95% tightness reduced, 89% overall discomfort reduced, and 90% skin sensitivity reduced from the first application.