Dermoxen Intimate Moisturising Women's Cleanser Ideal for Menopause and Diabetes.Ultra Gentle Intimate Soap for Sensitive Skin, Irritation, Dryness. 125ml

Dermoxen Ultracalming Intimate Moisturising Cleanser for Women MOISTURISES, MOISTURISES AND PROTECTS: Intimate cleanser with a protective, moisturising and soothing action, ideal for delicate skin prone to itching and recurring redness. With hyaluronic acid (sodium salt) and lactic acid, it protects the external intimate mucous membranes. Tested on diabetic women, particularly prone to vulvovaginal dryness. ULTRAHYDRATING INTIMATE WOMEN'S CLEANSER WITH HYALURONIC ACID: Hyaluronic acid helps combat the discomforts of vulvo-vaginal dryness and creates a protective film against irritation. The presence of lactic acid rebalances the intimate physiological pH, creating an effective barrier effect against external aggressions. Natural extract of Fucus Vesiculosus, a seaweed rich in vitamins and minerals, performs moisturising and protective functions; Avenantramide: to soothe itching and redness sensations Dermoxen Ultracalming Intimate Moisturising Cleanser for Women SUGGESTED FOR: daily intimate hygiene of the most delicate skins such as those of diabetic women. Suggested to soothe and protect intimate parts from dryness, itching, burning and redness. Dermoxen Ultracalming Intimate Moisturising Cleanser for Women IDEAL for women of childbearing age who are particularly prone to irritation and redness and whose skin is reactive to normal cleansers. Ideal during the menopause in cases of vulvar dryness and for diabetic women or during radio and chemotherapy treatments. Free of propylene glycol, glucose sources, preservatives, parabens and sles/sls. Physiological pH. CLINICALLY TESTED ON SENSITIVE SKIN AND DIABETIC WOMEN WITH DRYNESS. Allergen-free perfume. Dermatologically tested. Tested for 5 heavy metals (Nickel, chromium, cobalt, mercury and palladium). Cruelty free. Without SLES, SLS, PARABENES, THAZOLINONES. With biodegradable surfactants. Tested on reconstructed epidermis in vitro.