Kérastase Première Bain Décalcifiant Réparateur is a decalcifying, repairing shampoo for all types of over-processed or damaged hair.
This sulfate-free professional-level shampoo gently cleanses the scalp and hair while removing calcium, which further weakens treated hair.
Hair is repaired from the inside out, breakage reduced, and its health restored.
How to use:
Apply on wet hair, layered on top of CONCENTRÉ DÉCALCIFIANT ULTRA-RÉPARATEUR.
Massage and emulsify. Rinse thoroughly. Follow with Première Fondant or Mask.
Caution & Warnings:
In case of contact with eyes, rinse them immediately and thoroughly.
If irritation occurs reduce the frequency of use.
Ingredients:
8% pure acids concentrations to decalcify and deeply repair. Citric acid: an organic acid that acts from core to surface to deeply eliminate calcium overdose, neutralising dullness and stiffness.
Glycine: once calcium is removed, this amino acid penetrates hair's inner layer to deeply repair.
As a result, broken links between keratin chains are reconnected, dramatically reducing breakage.
Kérastase Première Bain Décalcifiant Réparateur is a decalcifying, repairing shampoo for all types of over-processed or damaged hair.
This sulfate-free professional-level shampoo gently cleanses the scalp and hair while removing calcium, which further weakens treated hair.
Hair is repaired from the inside out, breakage reduced, and its health restored.
How to use:
Apply on wet hair, layered on top of CONCENTRÉ DÉCALCIFIANT ULTRA-RÉPARATEUR.
Massage and emulsify. Rinse thoroughly. Follow with Première Fondant or Mask.
Caution & Warnings:
In case of contact with eyes, rinse them immediately and thoroughly.
If irritation occurs reduce the frequency of use.
Ingredients:
8% pure acids concentrations to decalcify and deeply repair. Citric acid: an organic acid that acts from core to surface to deeply eliminate calcium overdose, neutralising dullness and stiffness.
Glycine: once calcium is removed, this amino acid penetrates hair's inner layer to deeply repair.
As a result, broken links between keratin chains are reconnected, dramatically reducing breakage.