• 제목/요약/키워드: Dyeing of silk

검색결과 499건 처리시간 0.022초

쪽 色素에 의한 絹纖維 染色에 관한 硏究 -발효 염색에 대하여- (A Study on the Silk Dyeing With Natural indigo Extracted from Polygoum tinctorium -On the fermentation dyeing-)

  • 정인모;남성우
    • 한국잠사곤충학회지
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    • 제40권1호
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    • pp.78-85
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    • 1998
  • Colorants were prepared by extraction of natural indigo which was harvested just in the blooming season(in the late of July). 100 g of fresh leaves soaking in 1 ιwater was kept at 3$0^{\circ}C$, 30 hours. A solution of 3g/l calcium hydroxide was added into it to precipitate dye substance and it was freezing-dried into powder form. The fermentation and dyeing conditions were investigated. The results obtained are summarized as follows; K/S value of dyed silk fabrics of fermentation conditions was higher at 95$^{\circ}C$ for 20 min. than at 4$0^{\circ}C$ for 20 hours. Furthermore, K/S value of dyed silk fabric was raised by the addition of 5g/l of glucose and 5g/l of NaOH. K/S value of dyed silk fabric was raised by the addition of 5g/l of glucose and 5g/l of NaOH. K/S value increased as extending of dyeing time when dyed till 2 hours at 3$0^{\circ}C$. K/S value decreased in order of 3$0^{\circ}C$, 4$0^{\circ}C$ and 5$0^{\circ}C$, at the various dyeing temperatures and dyeing concentrations, and colour fastness ranged from 4 to 5 grade in terms of washing, perspiration and light fastness.

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환원제 Sodium Hydrosulfite를 이용한 천연쪽의 견 염색효과 (Effect of Reducing Agent, Sodium Hydrosulfite on the Natural Indigo Dyeing of Silk Fabric)

  • 정인모;우순옥
    • 한국잠사곤충학회지
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    • 제44권2호
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    • pp.93-98
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    • 2002
  • 천연쪽 색소를 사용하는 의한 견직물의 염색 방법을 확립하고자 시험결과 환원제인 Sodium Hydrosulfite를 사용한 경우 염색온도가 3$0^{\circ}C$에서는 30분, 5$0^{\circ}C$에서는 10분 염색 한 것이 표면 염착농도(K/S)가 가장 높았고, 염색액의 pH 7.4 정도인 환원제 및 염료량을 4 g/l일 경우에 가장 높았다. 1회 염색직물의 표면염착농도(K/S)는 개선은 7.20, 기존염색 방법은 1.09이었으며, 염색 직물의 분리한 색소와 염료색소는 모두 청색색소와 적색색소의 2개의 성분이었고 분자량은 262이었으며, 기존과 개선 모두 정균율은 99.8%이상으로 항균성 이 우수하였다.

인도쪽과 울금 및 치자의 복합염색에 의한 색상 변화 (Color Development of combination Dyeing of Indian Indigo and Turmeric Extracts, Gardenia Extracts)

  • 정진순;설정화
    • 한국의류학회지
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    • 제26권2호
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    • pp.325-336
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    • 2002
  • This study investigated color change of combination dyeing silk fabrics dyed with Turmeric extracts and Gardenia extracts after dyeing of Indian indigo. Experimental variables include the condition of dyeing time and concentration of Turmeric extracts, Gardenia extracts, arid dyeing cycle of Indian indigo. Surface color of silk fabrics dyed with Turmeric 77tracts after one cycle dyeing, two cycles dyeing, four cycles dyeing of Indian indigo was changed from 5.1GY to 0.3GY, 1.5G to 3.5GY and 6.5G to 5.8GY by increase of concentration of Turmeric extracts. On the other hand, Surface color of silk fabrics dyed with Gardenia extracts after one cycle dyeing, two cycles dyeing, four cycles dyeing of Indian indigo was changed from 7.5Y to 3.9Y, 1.2GY to 6.7Y and 4.0GY to 8.6GY by increase of concentration of Gardenia extracts. Its range of surface color was changed to green and yellowish green by increase of dyeing time with concentration of Turmeric extracts. On the other hand, its range of surface color was changed to yellowish and yellow by increase of dyeing time with concentration of Gardenia extracts.

자색 고구마를 이용한 견직물의 염색 (Natural Dyeing of Silk Fabric using Purple-Fleshed Sweet Potato)

  • 김상률;임종환
    • 한국의류산업학회지
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    • 제5권4호
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    • pp.399-407
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    • 2003
  • The natural dyeing of silk fabric with Purple-Fleshed Sweet Potato (PSP) was investigated. The colorant was extracted with distilled water, and the color difference (${\Delta}E^*$) was increased with increasing the amount of PSP in extraction. The proper temperature and time for the extracting of colorant with PSP were $60^{\circ}C$ and 60 minutes. The optimum temperature, time and pH for the dyeing of silk with extracted PSP were $60^{\circ}C$, 60 minutes and pH 4 respectively. In various mordanted methods, the color difference values of post-mordanted silk fabric were higher than those of pre- and simultaneous-mordanted method. And the wide range of colors( GY, Y, YR, R, RP) were obtained according to various mordants, mordanting methods and mordant concentrations. Light colorfastness of the mordanted silk fabric was improved. Laundering colorfastness, dry cleaning colorfastness and perspiration colorfastness were shown to be good.

BTCA에 의한 실크/면 교직물의 DP 가공 (I) - 물리적 특성에 미치는 처리 조건의 영향 - (Durable Press Finishing of Silk/Cotton Fabrics with BTCA ( I ) - Effect of Treating Conditions on Physical Properties -)

  • 이문철;조석현
    • 한국염색가공학회지
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    • 제14권1호
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    • pp.43-50
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    • 2002
  • Silk/Cotton fabrics were treated with butanetetracarboxylic acid(BTCA) to improve crease recovery and anti-shrinking properties at various curing temperatures and pH values. We investigated the effects of finishing conditions on add-on of BTCA, bending property(E, 2HB), wrinkle recovery angle, shrinkage, and dyeing properties. The Add-on of BTCA increased with increasing curing temperature and concentration. Crease recovery was improved with decreasing shrinkage. Maximum add-on of BTCA was showed at pH 2.5. In case of dyeing and mercerization, silk side treated with BTCA was more flexible than untreated, whereas cotton side was more stiff. In dyeing after mercerization, B and 2HB values were higher and K/S values were doubled nearly. The hand of fabric improved with decreasing B and 2HB by the BTCA treatment. BTCA treatment after reactive dyeing improved crease recovery, and caused no change of color difference. However, BTCA treatment after reactive dyeing didn't improve crease recovery, whereas B and 2HB were decreased considerably by the treatment.

옻나무 추출액에 의한 견직물, 나일론 직물의 염색성과 자외선 차단성 (Dyeing Properties and Ultraviolet-cut Ability of Silk and Nylon Fabrics Dyed with Rhus verniciflua Extracts)

  • 최인려
    • 복식문화연구
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    • 제16권1호
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    • pp.158-165
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    • 2008
  • The purpose of this study was to investigate the dyeing property and ultraviolet-cut ability on silk 100% and nylon 100% fabrics dyed with Rhus verniciflua extracts. This study was investigated K/S values, surface color, washing fastness, dry cleaning fastness and ultraviolet-cut ability of the silk and nylon fabrics dyed with Rhus verniciflua extracts under the various dyeing conditions. As mordanting were used Tin(II) Chloride dihydrate $(SnCl_2{\cdot}2H_2O)$, Copper(II) sulfate pentahydrate$(CuSO_5{\cdot}5H_2O)$, Iron(II)Chloride$(FeC_2{\cdot}4H_2O)$. pH was adjusted by sodium carbonate$(Na_2CO_3)$ and formic acid(HCOOH). The optimum dyeing temperature, dyeing time, and pH of the silk fabrics dyed with Rhus verniciflua extracts were $90^{\circ}C$, 100min, and in the nylon fabrics were $90^{\circ}C$, 45min. It were colored(munsell value) 6.4Y 7.5/4.1 in the silk fabrics and colored 4.3Y 6.6/5.9 in the nylon fabrics dyed with Rhus verniciflua extracts. Washing fastness and dry-cleaning fastness in the silk and nylon fabrics dyed with mordanting agent improved in $4{\sim}5$ grade. UV-A test showed that nylon fabrics a high rate of 92% with Rhus verniciflua extracts.

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라디아타 소나무 수피로부터 제조한 PinuxTM염료의 화학조성과 견섬유와의 염색성 (Dyeability with Silk Fabrics and Chemical Composition of Natural Dye PinuxTM Manufactured from Pinus Radiata Balk)

  • 송경헌;문성필;김대성;홍영기
    • 한국생활과학회지
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    • 제18권6호
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    • pp.1315-1321
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    • 2009
  • The chemical composition of natural powder dye $Pinux^{TM}$ manufactured from Pinus radiata bark and dyeability of dyed silk fabrics with $Pinux^{TM}$ were examined. It is made up of the optimum dyeing condition of silk fabric according to the dyeing concentration, dyeing time, and dyeing temperature. Also, we examined the colorfastness and antibiosis of dyed silk fabrics to washing, rubbing, perspiration and light. For the analysis of the chemical composition of $Pinux^{TM}$, the total contents of phenolic compound, proanthocyanidin(PA) and anti-oxidative activities of the dye were analyzed. As a result, it was found that the main components of the $Pinux^{TM}$ manufactured from Pinus radiata bark is proanthocyanidin, mostly a flavonoid containing a procyanidin structure, and it consists of approximately 63% phenol. As a result of examining the dyeability of silk fabrics with $Pinux^{TM}$, it showed that the dyeability was best under the conditions of the concentration of dye $1{\sim}1.5%$(wt/v%), dyeing time of 90 minutes, and dyeing temperature at $90^{\circ}C$. It was found that the colorfastness of dyed silk fabrics, colorfastness to washing, perspiration for acidic and rubbing were as good as grade 4 or 4-5. However, the colorfastness to light was low at grade 1, the same as the results of other natural dyed fabrics. As a result of the antibiosis measurement for the $Pinux^{TM}$-dyed silk fabrics, it showed high antibacterial properties to Staphylococcus sureus at 99.6%.

흑미 왕겨 추출물을 이용한 견직물의 천연염색 (Natural Dyeing of Silk Fabrics with Black Rice Bran Extract)

  • 이근숙;배도규
    • Current Research on Agriculture and Life Sciences
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    • 제27권
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    • pp.13-19
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    • 2009
  • The purpose of this study was the efficient use of the black rice bran for dyeing textiles. For this purpose, we investigated proper extracting conditions of black rice bran, dyeability and dyeing fastness of dyed silk fabrics. To find proper extracting condition of black rice bran, we extracted black rice bran with water at different temperatures($40^{\circ}C$, $60^{\circ}C$, $80^{\circ}C$), different extracting pH(pH3, pH4, pH5, pH6) and extracting time(20, 40, 60, 80, 100, 120, 140, 160, 180min.). Also we investigated the effect of dyeing time(1, 2, 3, 4, 5, 6hr.), dyeing temperature($40^{\circ}C$, $60^{\circ}C$, $80^{\circ}C$) and mordanting method(non, pre, sim, post) to examine dyeability and dyeing fastness of dyed silk fabrics. As a result, when the extracting temperature and time were $80^{\circ}C$, 3hr., respectively, extracting was best. And the higher the extracting concentration, the more the extracting amount. As the dyeing temperature and time were higher and longer, the dyeability of silk fabrics was better. With mordant, the dyeability was improved and when using premordant method better, the K/S value was maximized. The laundering fastness of the silk fabrics dyed with black rice bran was estimated to have a good grade of 3~4, however, the light fastness was poor to have a grade of 1~2.

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견/합성섬유 혼방품의 일욕염색(III) ―산성염료/분산염료 염욕에서의 견/PET의 염착거동― (On Bath Dyeing of silk/synthetic Fibre Blends(III) ―Adsorption Behavior of Acid Dyes/Disperse Dyes on Silk/PET―)

  • Gwag, In Jun;Yoon, Kyung Sup;Kim, Ae Soon;Kim, Gong Ju
    • 한국염색가공학회지
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    • 제5권4호
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    • pp.67-78
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    • 1993
  • In one bath dyeing system of silk/PET fiber blend fabric with acid/disperse dyes, adsorption behavior of disperse dyes and acid dyes on silk and PET fabrics were examined. In the dyeing of PET with C.I.Disperse Red 19(Red 19) and C.I.Disperse Red 60(Red 60) at 10$0^{\circ}C$(carrier dyeing) and 13$0^{\circ}C$, dye uptake with Red 60 was higher than that with Red 19. When the silk/PET dyed with Red 19 and Red 60 at 10$0^{\circ}C$(carrier dyeing) and 13$0^{\circ}C$, dye uptake on PET was influenced by affinity of the dye to the silk fabric dyed together. When the silk/PET dyed with Blue 80/Red 19 and Blue 80/Red 60 at 10$0^{\circ}C$(carrier dyeing) and 13$0^{\circ}C$ for 60 minutes, color of PET dyed with Red 19 and Red 60 was little influenced by Blue 80 but silk dyed with Blue 80 was influenced. Interrelation of K/S value and Munsell value was scarcely any but showed the change tendency of K/S value.

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견직물의 쪽 천연염색에서 염색조건의 변화가 염색성에 미치는 영향 (A Study on the Effect of the Changes of Dyeing Conditions on the Dyeability of Silk Fabrics dyed with Natural Polygoum tinctoria)

  • 박다나;백소라;전동원
    • 패션비즈니스
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    • 제15권2호
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    • pp.120-130
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    • 2011
  • This study is a fundamental research on the natural Polygoum tinctoria dyeing to quantify scientifically and satisfy the reproducibility of the procedure. By dyeing the silk fabrics, the establishment of accurate dyeing method was sought. At the same time, we tried to modify the traditional dyeing methods, broaden the methods, and apply the dyeing variously. The dyeability and color changes were compared and reviewed according to the changes in the reducing temperature, reducing time, concentration of the reducing agent, dyeing temperature, dyeing time, concentration of NaOH, and the number of repetition of dyeing. The optimum conditions in the dyeing procedure are as follows: Added concentration of the reducing agent is 3g/${\ell}$. Reducing temperature is $60^{\circ}C$. Reducing time is 40minutes. Dyeing temperature is $30^{\circ}C$. Added concentration of NaOH is 1g/${\ell}$. Dyeing time is 30minutes.