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Modern hair reconstruction requires solutions acting on the molecular and structural levels. Traditional cosmetics mainly improve shine, smoothness, and density, without restoring internal protein or disulfide bonds.MUSE MicroBond uses biocompatible BioKeratin "MUSE" and electrostatic microbonding to repair damaged cortex and cuticle regions. It forms stable peptide and electrostatic bonds, restores the hair's internal network, balances moisture, and withstands heat without harsh chemicals.Safe for all hair types, including colored or porous hair, the system includes standardized…mehr

Produktbeschreibung
Modern hair reconstruction requires solutions acting on the molecular and structural levels. Traditional cosmetics mainly improve shine, smoothness, and density, without restoring internal protein or disulfide bonds.MUSE MicroBond uses biocompatible BioKeratin "MUSE" and electrostatic microbonding to repair damaged cortex and cuticle regions. It forms stable peptide and electrostatic bonds, restores the hair's internal network, balances moisture, and withstands heat without harsh chemicals.Safe for all hair types, including colored or porous hair, the system includes standardized encapsulation, controlled strand mass and load distribution, and post-care recommendations for long-term results.MUSE MicroBond combines structural repair with visible improvement, ensuring strength, reproducibility, and professional-level restoration - a complete bioengineering approach to healthy, resilient hair.
Autorenporträt
Darya Klyuchkina is an international expert in applied hair biotechnology and a leading specialist at the LOVEHAIR Center for Bioengineering and Innovative Keratin Reconstruction Technologies. Author of books and scientific publications, she is a participant and award winner of international conferences.