• Title, Summary, Keyword: 화학염모제

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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)

  • Oh, Jung-Sun;Park, Jang-Soon
    • Journal of the Korea Convergence Society
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    • v.10 no.6
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    • pp.281-286
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    • 2019
  • 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.

Development of Brown Hair-Dye using The Extracts of Boehmeria tricuspis Grown Wild in Korea (한국 자생 거북꼬리 추출물을 이용한 갈색 염모제 개발)

  • Kim Hyun-Ju;Heo Buk-Gu;Park Yun-Jum
    • Korean Journal of Plant Resources
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    • v.19 no.2
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    • pp.243-247
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    • 2006
  • To develop the natural brown hair-dye, we investigated the dyeability of hairs dyed with the extracts of Boehmeria tricuspis and chemical hair-dye and the changes in its colors as affected by the number of washing frequencies. When dyed with the extracts of Boehmeria tricuspis, ${\Delta}E$ values was increased over 11 compared with control and dyed an order of descent YR. ${\Delta}E$ values treated the ashing juice of Japanese cleyera with a mordant was mostly increased about 15.52. Hairs was dyed with the extracts of Boehmeria tricuspis and we investigated L, a, b and ${\Delta}E$ values as affected by the number of washing frequencies. When treated the ashing juice of Japanese cleyera with a mordant, L values was mostly decreased, however, a, b and ${\Delta}E$ values was increased significantly. L values of hairs dyed with the extracts of Boehmeria tricuspis and washed over thirty times became low compared with that dyed with chemical hair-dye and changes in a, b and ${\Delta}E$values of that was small.

A Study on the Physico-Chemical Property Evaluation of Oxidative Permanent Hair Color Products Containing p-Phenylene Diamine (파라-페닐렌디아민이 함유(含有)된 산화형(酸化形) 영구염모제(永久染毛制)의 물리화학적(物理化學的) 특성평가(特性評價)에 관(關)한 연구(硏究))

  • Ha, Byung-Jo;Jeon, Dong-Won;Kim, Kyung-Sun
    • Journal of Fashion Business
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    • v.9 no.5
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    • pp.136-144
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    • 2005
  • Oxidative hair color is currently widely used because of its beautiful light color and good dyeability. In this study, hair color, oxidative agents, and dye intermediate were reacted. Modifier, which changes color with various hue, and alkaline agent, which opens the cuticle of hair fiber and enhances the dyeing reaction, were added. For gel formation, isocetyl alcohol was used as solvent in preparing three kinds of permanent oxidative hair color. Physiochemical study of prepared permanent oxidative hair color was done for basic information acquisition. Acid perspiration test, pH measurement both at room temperature and at high temperature, drop movement test, dyeability efficiency upon the amount of hydrogen peroxide added, and humidity fastness were studied. Shampoo fastness and light fastness of prepared permanent oxidative hair color dyed hair sample were also investigated. All three kinds of hair color prepared showed good properties overall, however, dyed hair sample became reddish upon shampoo fastness and lightfastness tests.

Hair-dyeing by Using Safflower Yellow Colorant (홍화 황색소를 사용한 모발염색)

  • Shin, Youn-Sook;Cho, A-Rang;Yoo, Dong-Il
    • Journal of the Korean Society of Clothing and Textiles
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    • v.33 no.3
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    • pp.391-400
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    • 2009
  • The purpose of this study is to investigate the efficacy of safflower yellow colorant as a natural dye for hair coloring. The dyeing properties of safflower yellow colorant on hair were explored to obtain optimum conditions. Also, the effect of mordant was studied in terms of dye uptake, colorfastness, and hair damage to better understand the characteristics of the colorant. Tensile strength measurement and SEM analysis were carried out for investigating hair damage to light exposure and washing. On the basis of obtained results considering possible hair damage, optimum dyeing conditions were set 100%(o.w.h.) colorant concentration, pH 5, $40^{\circ}C$, and 20min. Dye uptake was improved more effectively by repeated dyeing rather than by increasing concentration. Pre-mordanting method improved dye uptake slightly, irrespective of mordant type. The safflower yellow colorant produced Y colors on hair. Cu and Fe mordants improved washing and light fastness slightly. Better strength retention was obtained with the mordanted-dyed hair than the unmordanted-dyed hair after light irradiation for 40 hours and 10 repeated washing. The hair was more damaged by light exposure than by washing. It was concluded that the safflower yellow colorant can be used as a natural semi-permanent hair dye producing Y color without mordanting.