Youth Lab Brightening Vit-C Gel Cream

Brightening Vit-C Gel Cream is a non-oily, hydrating cream gel, with stabilized L-Ascorbic Acid (Vitamin C) and “water gel” technology, which enhances skin volume and density, while restoring brightness and even skin tone, thus offering a more radiant, youthful look.
Thanks to its “water gel” technology, this gel-cream deeply hydrates & brightens dull skin, fights the signs of dehydration and skin damage, and develops effective antioxidant action.
Moreover, thanks to Stabilized Ascorbic Acid (Vitamin C) it prevents and restores signs of photoaging (including blue light), while soothing, shielding and hydrating the skin.
Available in a premium, airtight packaging! By choosing airtight packaging we avoid contamination, dehydration and the oxidation of the cream, from air exposure and contact with hands.
The advanced “Water Gel” Technology grants that the product is instantly absorbed, without leaving oiliness or weighting down onto skin.
Thanks to its distinctive scent and pleasant sensation, it is an excellent choice for all skin types (including sensitive skin).
Dermatologically tested – Non comedogenic – Free from parabens and gluten.
Active ingredients:
Stablilized L-Ascorbic Acid, to restore brightness, glow and even skin tone, while the particular patented composition provides hydration and protection against blue light!Provitamin B5 (or Panthenol) hydrates in depth, protects from transdermal humidity loss, soothes irritations, repairs, and restores, while improving skin tone and textureVitamin B3 repairs damages from free radicals, restores brightness, while reducing irritations and pigmented damages.
At the same time, it shields the epidermis and prevents from humidity loss.
Aloe hydrates and soothes from irritations.
Sunflower Phospholipids enhance photoprotection from ultraviolet radiation and work against free radicals, thus preventing from early appearance of wrinkles.
At the same time, they enhance the epidermis and prevent from humidity loss, while protecting skin from the bacteria herding on skin surface.