Exuviance A.G.E. Less Everyday | Anti-Ageing Moisturiser | 50ml

Product Overview - Exuviance A.G.E. Less Everyday Anti-Ageing Moisturiser. Exuviance A.G.E. Less Everyday is a lightweight anti-ageing moisturiser that combines clinical innovation with gentle efficacy. This professional-grade formulation addresses the unique challenges of sensitive, dry skin whilst defending against visible signs of ageing. Developed by the pioneers of Polyhydroxy Acid (PHA) technology, this fragrance-free moisturiser features a sophisticated PHA+Bionic complex with Gluconolactone and Lactobionic Acid to support skin's natural collagen and target glycation damage—one of the key contributors to premature ageing.. The formula harnesses multi-antioxidant protection through Lilac Leaf Cell Culture Extract, Grape Seed Extract, and Vitamin E to help defend against environmental stressors. Suitable for sensitive and dry skin types, this oil-free moisturiser delivers targeted hydration whilst providing gentle exfoliation to reveal smoother, firmer-looking skin.. Key Benefits at a Glance:. Immediate Benefits:. Gentle hydration without overwhelming sensitive skin, thanks to the lightweight, oil-free formulation. Soothing comfort from botanical extracts including Aloe, Chamomile, and Cucumber. Antioxidant protection begins immediately with multi-antioxidant complex defending against daily environmental aggressors. Non-irritating formula suitable for even the most reactive skin types. Smooth application that absorbs readily without leaving residue or greasiness. Long-Term Benefits:. With consistent use, this clinical moisturiser demonstrates its sophisticated approach to anti-ageing. The PHA+Bionic complex works progressively to support skin's natural collagen whilst targeting Advanced Glycation End-Products (A.G.E.)—sugar-related damage that accelerates visible ageing. Gentle exfoliation refines skin texture, whilst the multi-antioxidant formula helps protect against cumulative oxidative stress.. Over time, skin appears firmer, smoother, and more resilient, w