FACULTY OF ARTS & DESIGN Research paper

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Browsing FACULTY OF ARTS & DESIGN Research paper by Author "Abd-El Thalouth, J. I"

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    Combined Printing and Creation of A "Host Guest" Functional Textile for Depositing Fragrance
    (NAT INFORM & DOCUMENT CENTRE, 2016-02) Gaber, N. G; Naser, A. H; Abd-El Thalouth, J. I
    THE EFFECT of chemical modification of cotton and cellulosic portion of its blend with polyester with reactive cyclodextrin R-CD on its printability with reactive dye as well as its ability to keep fragrance was thoroughly investigated. The results obtained indicate that, the extent of reaction expressed as %N increases by increasing R-CD concentration. The K/S of R-CD modified samples is relatively higher than the untreated samples for both cotton and its blend with polyester, while the overall colour fastness properties are nearly the same. In case of incorporation of R-CD to the printing paste, the K/S increases as the amount of R-CD increases from 50 to 75 g/Kg printing paste, on increasing the amount of R-CD to 100g the opposite holds true. The effect of treatment with different perfume oils viz. vanelline, rose, jasmine and sandal on ability of the treated fabrics to keep fragrance upon storing for 2, 20, 30, 37 and 90 days was also investigated. It was found that the ability to keep fragrance increases by increasing the extent of reaction expressed as % N and decreases by increasing storing time (up to 3 months) and it depends on the kind of the perfume oil, where it can be arranged according to the order: sandal. jasmine. rose. vanelline oil. Application of the obtained results was also done for scented ladies wear in innovation designs coloured with bifunctional reactive dye.
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    DEVELOPMENT OF PRINTING NATURAL FABRICS WITH CURCUMA NATURAL DYE VIA NANOTECHNOLOGY
    (INT JOURNAL PHARMACEUTICAL SCIENCES & RESEARCH, 2017-02) Mosaad, M. M; Abd-El Thalouth, J. I; Tawfik, S; Ragheb, A. A
    The present work is undertaken with a view to harness nanotechnology as one of the most important frontier sciences for development of printing natural fabrics using the most eco-friendly dyes, i.e. natural colors. Curcuma natural dye was studied to clarify the impact of nature of nano-size color particles on size, shape, and particle distribution of the natural dye with comparative studies of the K/S and over all fastness properties of printed samples on natural fabrics (wool, silk and cotton). Results showed that the K/S values of nano samples are higher than original samples, irrespective of the nature of the fabric used and /or the concentration of the coloring matter. Alum mordant incorporated with original curcuma can be omitted, and substituted by nano-curcuma without mordant. K/S values of the pre-mordanting acquired the higher values than the simultaneous mordanting irrespective of the fabric used, or dye particles size used, or curcuma concentrations on using tannic acid mordant. Color fastness to rubbing, and perspiration properties of nano dye is better than the original.