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For white Hair Cover for Chemical Hair Dye Treated Hair Cosmetic Analysis

백모(白毛) 커버(cover)용 화학염모제 처리 모발의 미용학적 분석

  • 오정선 (송원대학교 뷰티예술학과) ;
  • 박장순 (송원대학교 뷰티예술학과)
  • Received : 2019.05.17
  • Accepted : 2019.06.20
  • Published : 2019.06.28

Abstract

Appearance is a means of competitiveness for modern people, and one of the factors that harms the desires of modern people is white hair. For the modern man who needs to express beautiful appearance to others by covering white moth, we performed hair analysis after white moth hair dye treatment. The maximum modulus and tangential modulus according to the maximum load, maximum tensile strength, maximum elongation, breaking load, fracture strength, elongation at break, and evaluation interval between 1N-3N experimental group and control group of 1N-Respectively. Maximum load, maximum tensile strength, breaking load and breaking strength tended to be larger than those of the control group, while the maximum elongation and breaking elongation were the highest in the control group and the elongation decreased with the experimental group treatment. The maximum modulus and tangential modulus of the 1N-3N test group were higher than those of the control group at 0~0.15 and 0.15~2.5, respectively. Based on the study on the cosmetic changes of the hair before and after the treatment, it can be used as a basic data to select the correct oxidative hair dye product, the proper amount of application and the time to leave.

Keywords

White hair;Chemical hair dye;hair dye;hair style;Elongation

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Fig. 1. 1N-3N control 및 1N-3N samples

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Fig. 2. Modulus change according to 1N sample strain

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Fig. 3. Modulus change according to 2N sample strain

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Fig. 4. Modulus change according to 3N sample strain

Table 1. The contents of oxidizing hair dye.

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Table 2. 1N Sample Length, Max. Load, Max. Stress, Max. Elongation

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Table 3. 1N Sample Break Load, Break Stress, Break Elongation

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Table 4. According to strain interval of 1N sample. modulus and tangential modulus

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Table 5. 2N Sample Length, Max. Load, Max. Stress, Max. Elongation

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Table 6. 2N Sample Break Load, Break Stress, Break Elongation

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Table 7. According to strain interval of 2N sample. modulus and tangential modulus

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Table 8. 3N Sample Length, Max. Load, Max. Stress, Max. Elongation

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Table 9. 3N Sample Break Load, Break Stress, Break Elongation

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Table 10. According to strain interval of 3N sample. modulus and tangential modulus

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Table 11. Comparison of 1-3N control and 1N-3N sample data average

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