12% Five-Acid Exfoliator

Suitable for medium-fair phototypes

A synergy of 5 acids - AHAs, PHAs and Succinic Acid – to achieve a progressively-deeper peeling effect. Suitable for medium-fair phototypes. Exfoliates the superficial layers of the epidermis by working on the adhesion between corneocytes, thereby stimulating dermal renewal. Available in pre-dosed, 100%-natural cotton pads, refines the texture of skin, makes skin radiant, promotes cell turnover and provides anti-ageing effects. Also ideal to enhance the effects of other products applied after it.

SKU: CO19301

Progressive peeling

50 pads

62,50 €
(tax incl., shipping cost excl.)


aqua (water), rosa centifolia flower water, mandelic acid, glycerin, centaurea cyanus flower water, dimethyl isosorbide, butylene glycol, gluconolactone, succinic acid, lactic acid, sodium hydroxide, lactobionic acid, caprylyl glycol, propanediol, citric acid


Combination of AHAs (α-hydroxy acids)

that exfoliates the epidermis: Lactic Acid, Mandelic Acid

Combination of PHAs (poly-hydroxy acids)

that revitalises the dermis: Lactobionic Acid, Gluconolactone


bio-organic acid with keratolytic and exfoliating effects


Three times a week, after cleansing skin, swipe 1-2 single-use pads over the face, neck and décolletage, avoiding the eye area. Leave on for 5/10 minutes, then rinse thoroughly. After the peel, apply the NAM RECOVERY Restorative Mask to replenish skin. Continue your beauty routine by following the recommended Cosmeceutical Protocol. Avoid use in case of hypersensitive skin or skin that has been fragilised (e.g. due to sun exposure). The exfoliating action makes the skin more vulnerable to UV rays, it is therefore recommended to suspend the use of the product during periods of sun exposure and apply adequate photoprotection (at least an SPF 30 sunscreen). The characteristic odour of the product is due to the inclusion of Mandelic Acid, an α-hydroxy acid derived from almonds. Close container carefully after use and store in a cool and dry place, away from light and heat sources.