Description
Absolut Repair Molecular: Deep Molecular Repairing Leave-In Mask for Damaged Hair
L'Oreal Absolute Repair Molecular Leave-In Mask (100ml): Restores damaged hair, boosts strength, smoothness, and shine. Lightweight care!
Why Choose Absolut Repair Molecular for Damaged Hair?
- Repairs and Protects: Specifically designed to restore and shield damaged hair from further harm.
- Heat Protection: Offers heat protection up to 230°C, perfect for styling without compromising hair health.
- Advanced Peptide Technology: Targets the hair’s molecular structure, repairing damage at a deep level by reintegrating peptides and amino acids.
How It Works
- Deep Molecular Repair: When hair is damaged, its molecular structure, primarily made of peptides, weakens, leading to breakage, elasticity loss, and lack of movement.
- Innovative Peptide Technology: Traditional peptides are too large to penetrate the hair fiber effectively. L'Oréal Advanced Research developed a unique method to break down peptides and inject the components separately.
- Rebuilds Hair Structure: These components reform inside the hair, reconstructing the molecular structure for stronger, healthier hair.
Key Benefits of Absolut Repair Molecular
- For All Hair Types: Suitable for damaged, color-treated, lightened, and natural hair textures.
- Patented Formula: This leave-in mask features Peptides Bonder and five essential Amino Acids, repairing the macro-molecular structure for more robust, flexible, and smooth hair.
- Enhanced Results: Provides 86% smoother, stronger hair with improved elasticity and movement.
How to Use Absolut Repair Molecular
- Apply: Use on wet hair.
- Lather: Work into a rich foam to activate ingredients.
- Rinse: Follow with Absolut Repair Molecular rinse-off serum and leave-in mask for optimal results.
Ingredients
- Peptides Bonder + 5 Amino Acids: This potent blend repairs and nourishes hair, delivering essential nutrients for improved strength and smoothness.
Always check the packaging for the latest ingredient list, as formulations may vary by region.