Exuviance Deep Clean AHA Cleanser | Foaming Gel Cleanser | 212ml

Product Overview - Exuviance Deep Clean AHA Cleanser. The Exuviance Deep Clean AHA Cleanser is a professional-grade foaming gel cleanser that transforms your daily cleansing routine into an effective exfoliating treatment. This soap-free formula harnesses the power of Glycolic Acid (AHA) and Gluconolactone (PHA) to gently yet thoroughly remove makeup, surface oils, and impurities whilst promoting a clarified, more refined complexion. Dermatologist and allergy tested, this cleanser is suitable for all skin types, including sensitive skin, making it an ideal choice for those seeking professional results without harsh irritation.. Our skincare experts recommend this cleanser for anyone looking to address dull, uneven skin texture whilst maintaining optimal skin health. The dual-action formula combines the deep exfoliating power of glycolic acid with the gentle, barrier-supporting properties of gluconolactone to deliver a balanced cleanse that leaves skin feeling refreshed, purified, and primed for subsequent skincare steps.. Key Benefits at a Glance:. Immediate Benefits:. Deep cleansing action that effectively removes makeup, surface oils, and daily impurities without stripping skin's natural moisture barrier. Immediate skin texture refinement with 100% of users reporting smoother skin after just one use in clinical studies. Purified and clarified complexion as pores are thoroughly cleansed and cleared of debris. Refreshed, rejuvenated feeling with skin that feels clean, balanced, and energised. Enhanced radiance with 93% of users experiencing more luminous skin immediately after cleansing. Long-Term Benefits:. With consistent twice-daily use, this cleanser supports ongoing skin renewal by promoting natural cell turnover. The gentle yet effective exfoliating action helps to progressively improve skin clarity, even out skin tone, and refine texture over time. The humectant properties of both glycolic acid and gluconolactone work to enhance skin's moisture retention, sup