SAR 19.00
Achieve silky-smooth skin with Veet Hair Removal Cream for Sensitive Skin. Enriched with soothing Aloe Vera and Vitamin E, this 100g formula effectively removes even short hair while keeping your skin deeply hydrated and dermatologically tested.
Product code: 2817
Veet Hair Removal Cream for Sensitive Skin is a topical chemical depilatory agent formulated to facilitate the removal of unwanted body hair through the chemical degradation of the hair shaft. Designed specifically for individuals with reactive or sensitive dermal tissues, this formulation incorporates emollient and soothing agents to mitigate potential localized irritation during the hair removal process. The product acts upon the hair proteins at the epidermal surface, allowing for non-invasive removal without the mechanical trauma often associated with shaving or epilation. Key Medical Benefits and Functional Value 1. Non-Mechanical Hair Removal Unlike shaving, which utilizes a sharp blade that can cause follicular micro-trauma, epidermal nicks, and subsequent ingrown hairs (pseudofolliculitis barbae), this chemical depilatory dissolves the keratin structure of the hair just below the skin surface. This method minimizes the risk of mechanical skin abrasions. 2. Dermal Protection and Barrier Support The inclusion of Aloe Vera and Vitamin E (tocopherol) serves a clinical purpose beyond superficial application. These ingredients are included to provide immediate topical soothing, help maintain skin hydration levels, and support the integrity of the stratum corneum (the outermost layer of the skin) post-depilation. 3. Suitable for Sensitive Dermal Profiles The formulation is adjusted to be appropriate for sensitive skin types. By utilizing a balanced pH profile and skin-calming botanical extracts, it reduces the risk of erythema (redness) and inflammatory responses that can occur with harsher hair removal methods. Ingredients and Mechanism of Action Mechanism of Chemical Depilation The active ingredients in Veet function by breaking the disulfide bonds of the keratin…