What happens to your hair when it's damaged?
There are many factors that can affect the health of your hair. Chemical products and heat can damage the health of your hair. When your hair is damaged, it affects the molecular structure of your hair. This structure consists of peptides, and when these are damaged, the hair becomes weak and loses elasticity, making it fragile and prone to breakage. Damaged hair can become dry, brittle, and frizzy, and your hair ends usually start to split. The natural shine and softness are lost, making the hair look lifeless. Damaged hair is also more prone to tangles and knots, making it difficult to comb and style.
Repair up to 2 years of hair damage with L'Oréal Absolut Repair Molecular
Usually, this damage is irreversible because the peptides are often too large to be reinjected into the fiber. However, L'Oréal Advanced Research has succeeded in breaking down the peptides and injecting the two components separately into the hair fiber, namely amino acids and peptide bonders. When these components are back in the hair fiber, they reform and strengthen the molecular hair structure once again. The hair looks healthier, feels stronger and more elastic, and regains its shine by using the L'Oréal Absolut Repair Molecular range.
Your routine with L'Oréal Absolut Repair Molecular
Start your routine with the . This shampoo is formulated with Peptide bonders + 5 amino acids that restore the macromolecular structure of the hair. This shampoo cleanses, detangles, and provides the hair fiber with a high level of care.
Next, apply the Absolut Repair Molecular rinse-off serum to your lengths and ends. Leave the serum on for 1-2 minutes and then rinse it out. This serum has a highly concentrated technology that penetrates deep into the hair fiber without creating a superficial coating.
As the last step, apply the Absolut Repair Molecular leave-in mask to towel-dried hair. This serum should not be rinsed out. The lightweight texture of this serum softens the hair fiber and protects against the aggressive influences from the outside, providing heat protection up to 230 degrees.
