Preparation of Inclusion Complexes with Argan Oils and Their Application in Hair Treatment
December 2025
in “
Applied Sciences
”
argan oil β-cyclodextrin inclusion complexes evaporation method coprecipitation method Staphylococcus aureus hair treatment antibacterial activity texture profile analysis surface morphology structural durability bleached hair beta-cyclodextrin antibacterial texture analysis surface texture hair strength
TLDR Argan oil complexes improve hair treatment by enhancing stability, antibacterial properties, and hair texture.
This study explored the encapsulation of argan oil into β-cyclodextrin using evaporation and coprecipitation methods to enhance its stability and usability in hair treatments. Both methods successfully formed inclusion complexes, improving the solubility of argan oil in aqueous media and demonstrating enhanced antibacterial properties against Staphylococcus aureus. The hair treatment improved hair surface properties and showed good coating performance, particularly in treated bleached hair samples. The encapsulation efficiency was higher for the evaporation method (68.4%) compared to the coprecipitation method (51.2%), but the latter was preferred for scalability in hair treatment applications. The findings indicate potential for commercial use in cosmetic formulations.
