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흑색모와 탈색모에서 Thioglycolic acid와 L-Cystein펌웨이브제의 컬 형태와 모발손상에 관한 비교

Comparison of Wave Form and Damage between Thioglycolic acid and L-Cystein as a Permanent Wave Agent in Normal and Bleached Hair

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초록

Pemanent wave is now very useful method of hair styling change. Therefore, difference of wave form and hair damage were investigated on black and bleached hair by treatment with different size rods and two kinds of perm wave agent such as thioglycolic acid and L-cystein. Hair pieces were divided into 4 groups (control black, control bleached, thio-treated black and bleached as damaged, cys-treated black and bleached as damaged). Thickness, wave diameter, length, wave formation, tensile strength and color change of 4 groups’ hair pieces were measured and observed. In the result, thickness in thio-treated hair and cys-treated black hair as normal hair was higher than in thio-treated hair and cys-treated bleached hair as damaged hair, and both of cys-treated hairs were thick in compared to thio-treated hairs. Hair length were longer in cys-treated black hair than in thio-treated black hair, and diameter of wave were larger in both of cys-treated hairs than in both of thio-treated hairs. High percentage of wave formation showed in thio-treated all hairs in compared to cys-treated all hairs. Both of thio-treated hairs were observed light and thioglycolic acid has a little bleaching effect. Water swelling and alkali solubility revealed higher in thio-treated hairs than in cys-treated hairs, and this result indicated that the damage of hair is little by treatment of cystein. Tensile strength was stronger in thio- and cys-treated black hair, and cys-treated hairs were stronger than in compared to thio-treated hairs. Not only the diameter of rod decreased, but also the tensile strength decreased. In conclusion, cystein may be little damaged hair and thioglycolic acid may be formed strong wave form

Abstract

Pemanent wave is now very useful method of hair styling change. Therefore, difference of wave form and hair damage were investigated on black and bleached hair by treatment with different size rods and two kinds of perm wave agent such as thioglycolic acid and L-cystein. Hair pieces were divided into 4 groups (control black, control bleached, thio-treated black and bleached as damaged, cys-treated black and bleached as damaged). Thickness, wave diameter, length, wave formation, tensile strength and color change of 4 groups’ hair pieces were measured and observed. In the result, thickness in thio-treated hair and cys-treated black hair as normal hair was higher than in thio-treated hair and cys-treated bleached hair as damaged hair, and both of cys-treated hairs were thick in compared to thio-treated hairs. Hair length were longer in cys-treated black hair than in thio-treated black hair, and diameter of wave were larger in both of cys-treated hairs than in both of thio-treated hairs. High percentage of wave formation showed in thio-treated all hairs in compared to cys-treated all hairs. Both of thio-treated hairs were observed light and thioglycolic acid has a little bleaching effect. Water swelling and alkali solubility revealed higher in thio-treated hairs than in cys-treated hairs, and this result indicated that the damage of hair is little by treatment of cystein. Tensile strength was stronger in thio- and cys-treated black hair, and cys-treated hairs were stronger than in compared to thio-treated hairs. Not only the diameter of rod decreased, but also the tensile strength decreased. In conclusion, cystein may be little damaged hair and thioglycolic acid may be formed strong wave form

참고문헌 (31)

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