KORIKA HI-TECH LIPOSOME Hydrating solution Activating serum 30 ml

Step 2 of hydrating skin care according to the Korean beauty ritual

Intensive moisturizing treatment will provide your skin with hyaluronic serum KORIKA Hydrating solution Activating serum. It has a lightweight, milky texture and instantly activates the skin's hydrating and rejuvenating processes.

It contains unique active ingredients from the desert plant selaginella, a complex of 6 types of hyaluronic acid and tripeptides that penetrate deep into the skin thanks to a unique patented technology of hi-tech liposomes. The result is visibly plumped, smoother and brighter skin, which is also perfectly prepared for the next step of intensive care.

Properties:

• intensely and deeply moisturizes the skin
• brightens and firms the skin, giving it a youthful appearance
• moisture-barrier effect (restoration of the skin barrier for better ability to retain moisture in the skin)
  → results confirmed by a study after 2 weeks of use
• fragrance-free, dermatologist-tested for sensitive skin
• quickly absorbed
• suitable for morning and evening beauty routine

Composition:

• Hi-tech liposomes – technology of encapsulation of active substances into microparticles (100× smaller than the skin pores), thanks to which the active substances penetrate the skin quickly, purposefully and in the required amount
• Hyaluronic 6-complex – moisturizes the skin, improving its elasticity and reducing the number of wrinkles
• Glyceryl Glucoside – active ingredient from the desert plant selaginella, optimizes skin hydration
• squalane – quickly absorbable "dry oil" softens the skin and reduces irritation and redness
• tripeptides – contribute to skin rejuvenation, improved hydration and more even pigmentation
• NP ceramides – strengthen the skin's protective barrier and improve its ability to retain moisture

How to apply:
Apply the serum after cleansing and toning the skin by gently dapping. Apply a large amount of serum to very dry areas and gently incorporate it until absorbed.