Medik8 Press & Glow
200ml
A toner but with a twist, the Medik8 Press & Glow gently exfoliates, resurfaces, hydrates and smooths without irritating sensitive complexions, drying or leaving any sticky residue.
Utilising intelligent poly hydroxy acids (PHAs from here on out), larger molecules penetrate the skin less deeply than with popular AHAs and BHAs – two acids that can often lead to sensitisation and premature ageing when overused.
This is why the Press & Glow is a safe bet for even sensitive skin, as the PHAs simply exfoliate the skin’s surface while working as a mighty moisture magnet.
200ml
A toner but with a twist, the Medik8 Press & Glow gently exfoliates, resurfaces, hydrates and smooths without irritating sensitive complexions, drying or leaving any sticky residue.
Utilising intelligent poly hydroxy acids (PHAs from here on out), larger molecules penetrate the skin less deeply than with popular AHAs and BHAs – two acids that can often lead to sensitisation and premature ageing when overused.
This is why the Press & Glow is a safe bet for even sensitive skin, as the PHAs simply exfoliate the skin’s surface while working as a mighty moisture magnet.
200ml
A toner but with a twist, the Medik8 Press & Glow gently exfoliates, resurfaces, hydrates and smooths without irritating sensitive complexions, drying or leaving any sticky residue.
Utilising intelligent poly hydroxy acids (PHAs from here on out), larger molecules penetrate the skin less deeply than with popular AHAs and BHAs – two acids that can often lead to sensitisation and premature ageing when overused.
This is why the Press & Glow is a safe bet for even sensitive skin, as the PHAs simply exfoliate the skin’s surface while working as a mighty moisture magnet.
Ingredients
Aqua (Water), Gluconolactone, Glycerin, Hydrolyzed Opuntia Ficus-Indica Flower Extract, Euterpe Oleracea Fruit Extract, Aloe Barbadensis (Aloe Vera) Leaf Juice, Sodium Hydroxide, Sodium Citrate, Hydroxyacetophenone, Phenoxyethanol, Ethylhexylglycerin, Potassium Sorbate, Sodium Benzoate.