Characteristics of the Cellulose Make-up Powder Dyed with Flavanone-glycoside and Mordants
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This present study investigated cellulose make-up powder dyed with flavone-glycoside and mordants. Cosmetic make-up powder celluloses were modified with flavanone-glycoside to produce several different colored powders. To achieve this purpose, flavanone-glycoside was obtained from citrus peel using marceration and soxhlation methods. The structure of flavanone-glycoside was examined by Fourier transform infrared spectroscopy (FT-IR) and Liquid Chromatography/Mass Spectroscopy (LC/MS). Two types of cellulose make-up powders were modified with flavanone-glycoside and several mordants. Ag, Fe, Mg, Al, and Ca ions were chosen for mordanting as they are the major elements among cationic metal ions. The dyed cellulose powder was prepared by applying different types of mordant through a simultaneous mordanting process. The results indicated that flavanone-glycoside could be linked to the cellulose powder through coordination bonding with mordants. The type of mordant affected the CIE L*a*b* system and color depth of the cellulose powder. The color difference ΔE values for cellulose dyed powder increased as follows: Al < Ca < Mg < Fe < Ag ions. For ethyl cellulose dyed powder, the color difference ΔE values increased as follows: Ca < Al < Mg < Fe < Ag ions. It is concluded that cellulose derivatives modified with mordants and flavanone-glycoside can be a make-up powder having various colors.ity.
Abstract
This present study investigated cellulose make-up powder dyed with flavone-glycoside and mordants. Cosmetic make-up powder celluloses were modified with flavanone-glycoside to produce several different colored powders. To achieve this purpose, flavanone-glycoside was obtained from citrus peel using marceration and soxhlation methods. The structure of flavanone-glycoside was examined by Fourier transform infrared spectroscopy (FT-IR) and Liquid Chromatography/Mass Spectroscopy (LC/MS). Two types of cellulose make-up powders were modified with flavanone-glycoside and several mordants. Ag, Fe, Mg, Al, and Ca ions were chosen for mordanting as they are the major elements among cationic metal ions. The dyed cellulose powder was prepared by applying different types of mordant through a simultaneous mordanting process. The results indicated that flavanone-glycoside could be linked to the cellulose powder through coordination bonding with mordants. The type of mordant affected the CIE L*a*b* system and color depth of the cellulose powder. The color difference ΔE values for cellulose dyed powder increased as follows: Al < Ca < Mg < Fe < Ag ions. For ethyl cellulose dyed powder, the color difference ΔE values increased as follows: Ca < Al < Mg < Fe < Ag ions. It is concluded that cellulose derivatives modified with mordants and flavanone-glycoside can be a make-up powder having various colors.ity.
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