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Dyeing & Finishing & Textile Chemicals

Application of TBLC in Low-temperature Bleaching of Cotton Fibers

8/17/2015 11:40:36 AM

Abstract: An activated peroxide system is formed by adding bleach activator to an aqueous solution of hydrogen peroxide, from which peracid is generated as a more kinetically active bleaching agent and allows cotton fibers to be bleached under milder conditions. N-[4-(triethylammoniomethyl)benzoyl]la…

Study on Dyeing Process for Low Liquor Ratio of Reactive Turquoise Blue

7/16/2015 4:03:23 PM

Abstract: In this paper, the dyeing process of low liquor ratio (1∶6) for reactive turquoise blue was studied. ReactEVO? process, which is low temperature and short washing process, was compared with the conventional soaping process. The optimal dyeing process of reactive turquoise blue in low liqu…

Study on Removal of Residual Hydrogen Peroxide from Bleaching Process with Catalase

7/16/2015 4:02:23 PM

Abstract: In this paper, the residual hydrogen peroxide from bleaching process of cotton knitted fabric were removed with catalase. Based on the research of single factor experiments, the optimum conditions for the removal of hydrogen peroxide with catalase were as follows: pH value 7 ~ 8, dosage of…

The Preparation of Water-based Flame Retardant Coating Gum

6/13/2015 1:37:17 PM

Abstract: The negative impact of halogen flame retardant on environment and people's life has been recognized. Water-based halogen-free flame retardant has become the development trend, and it also meets the demand of textile flame-retardant coating. This paper introduced the development trend and pr…

Views and Suggestions on the Development of Digital Ink-jet Printing ( III )

6/13/2015 1:36:22 PM

Abstract: This paper introduced the development history of digital ink-jet printing technology in China,summarized the opinions and evaluation on the technology from industry experts, as well as existing problems. Regarding the problems frequently encountered in the digital printing, some solutions w…

Research Progress on One-bath Dyeing of Nylon/Cotton Fabric

5/14/2015 11:59:08 AM

Abstract: In this paper, the basic structure and dyeing properties of nylon and cotton were introduced briefly. The basic principle and research progress of nine different one-bath dyeing methods for nylon/cotton fabric were described in detail, including reactive dyeing, reactive/neutral dyeing, rea…

Biological Antibacterial Finishing of Worsted Fabrics in Industrial Scale

3/17/2015 2:46:19 PM

Abstract: Antibacterial finishing could prevent wool fabrics from microbial damage. However, traditional chemical finishing had some shortcomings such as non-ecofriendly, decreasing properties of fibers and difficult to control the processing. In this paper, a biological antibacterial finishing in in…

Research Progress in Antibacterial Finishing of Wool

2/13/2015 4:47:04 PM

Abstract: From the perspective of antibacterial mechanism, types of combination with fibers and common finishing methods, various kinds of antibacterial agents used in finishing of wool were introduced, including metal ions, organic compounds, natural materials and nano materials. Moreover, the resea…

Comparative Study of Low Temperature Auxiliaries for One Bath Scouring and Bleaching of Loose Cotton

1/13/2015 4:11:52 PM

Abstract: Comparing with conventional pretreatment, one bath low temperature processes for loose cotton were carried out with 4 types of auxiliaries by means of whiteness, strength and elongation properties, degree of fixation, K/S value and ΔE value. The results showed that main performances except…

Study on the Dyeability of Acidic Dyes to the Modified Polyester Fiber

1/13/2015 4:10:59 PM

Abstract: A kind of modified polyester fiber were prepared and dyed with acidic dyes in order to test the dyeability of the fiber. The dye-uptake of acidic dyes to the modified polyester fiber was also compared with that of wool, silk, PA6 and PET. The optimum condition was as follows: dyeing time 1h…
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Authority in Charge: China National Textile and Apparel Council (CNTAC)

Sponsor :China Textile Information Center (CTIC)

ISSN 1003-3025 CN11-1714/TS

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