Asian Journal of Textile1819-3358xxxx-xxxxxAsian Network for Scientific Information10.3923/ajt.2014.18.29MaamounD. 1201441A polyester/cotton blended fabric of 2 blending ratios is printed with a single
class of dye (nano disperse dye) via 2 burn-out techniques. Burn-out effect
is accomplished in the present work through using 2 acids separately: Nitric
and sulfuric acids. The first technique involves printing the substrates with
a paste that contains the nano disperse dye refluxed in nitric acid. In the
second technique, the fabric is printed with a burn-out agent (sulfuric acid)
followed by overprinting with the milled disperse dye treated with ultrasound
waves. All parameters found to affect the K/S values as well as percentage of
weight loss of the printed blended substrates are investigated in detail. Results
show that the use of single class of dye nanoparticles enormously improves the
colour depth of the prints also best burn-out effect can be obtained using sulfuric
acid (with reasonable weight reduction).]]>Broadbent, A.D.,2001Pages: 578Pages: 578Casella, A.G., T. Stahl and U. Buhler,19821982Dass, N.N. and S. Sarmah,19992 (C4H4O6) 2]7H2O.]]>58137145Du, Y.E. and Z.B. Han,20112 (C4H4O6]n.]]>37506510Li, D. and G. Sun,200772144149Hall, J.E.,2007pp: 34-36pp: 34-36Judd, D.B. and G. Wyszecki,19753rd. Edn.,Kathirvelu, S., L. D'Souza and B. Dhurai,20081110Lee, K.W., Y.S. Chung and J.P. Kim,200373751755Lee, K.W. and J.P. Kim,200171395398Miles, L.W.C.,19942nd Edn.,Ahmed, N.S.E. and R.M. El-Shishtawy,20104511431153Kinnersly-Taylor, J.,2003Pages: 176Pages: 176Wang, Z.L.,2000Pages: 406Pages: 406Wong, Y.W.T., C.W.M. Yuen, M.Y.S. Leung, S.K.A. Ku and H.L.I. Lam,2006618Zhang, J., H. Zou, Q. Qing, Y. Yang and Q. Li et al.,200310737123718AATCC.,19721972AATCC.,19891989AATCC.,19891989AATCC.,19931993AATCC.,19931993