K2.0 Recover Hyaluronic Treatment - Deeply Hydrates and Repairs Hair (100ml/3.4oz)

K2.0 Recover Hyaluronic Treatment

Lakmé's K2.0 Recover Hyaluronic Treatment is a deep, leave-in care designed to repair and intensely hydrate damaged hair, particularly from chemical treatments. Its advanced formula selectively targets the most damaged areas of the hair fiber, visibly reducing signs of deterioration from the first application.

At the heart of this treatment is Peptide K2.0, a second-generation amino acid sequence that mimics the natural structure of hair keratin, helping to restore, strengthen, and increase its resistance to breakage. Biotechnologically derived hyaluronic acid helps deeply hydrate, restoring a supple, revitalized appearance comparable to virgin hair. This leave-in treatment extends the benefits of professional salon treatments, leaving hair soft, shiny, manageable, and visibly healthier.

Hair types

For damaged hair

Advantages

• Acts selectively on the most damaged areas
• Reduces superficial damage by 61%
• Restores hair's natural keratin
• Protects and increases resistance to breakage
• Strengthens and hydrates down to virgin hair level
• Prolongs the results of a salon service
• Visible results from the first application

How to use it

After shampooing, apply to damp, towel-dried hair as an alternative to conditioner.

Do not rinse.

Blow-dry to activate the product and style as desired.

Ingredients and their benefits

• K2.0 Peptide: K2.0 Peptide, a second-generation amino acid sequence, works by replicating the natural amino acid sequences of hair keratin, helping to protect, strengthen, and increase hair's resistance to breakage. It also helps strengthen and hydrate hair to a level comparable to virgin hair.
• Biotechnologically Derived Hyaluronic Acid: This hyaluronic acid provides deep and long-lasting hydration to the hair, strengthening the hair fiber from within. It acts selectively on the most damaged areas, helping to reduce superficial damage and restore the hair's natural keratin.