Ink-Jet Printing of Wool/Acrylic Blend Fabrics with Cationic Reactive Dyes

Textile printing: An integrated view of processes, properties, and future prospects

“…Disperse dyes modified with an aqueous tolylene diisocyanate derivative Guan et al 35 Micro/nanodevice fabrication Carlson et al 36 Print graphene patterns for electronic applications Song et al 37 High-performance p-channel transistors Zumeit et al 38 Graphene-based textile micro-supercapacitors Kwon et al 39 Ink-jet printing Inks capable of measuring temperature Ahn et al 40 Carboxymethyl guar gum with pretreatment agent Zhang et al 41 Surface-modified and microencapsulated pigment dispersions Leelajariyakul et al 42 Aqueous UV-curable binder of polyurethane acrylate oligomers El-Molla 43 Perylene acid dye inks Choi et al 44 Wool fabric with air plasma pretreatment Wang et al 45 Vinyl sulfone reactive dyebased inks Li et al 46 A blend of wool/acrylic fibres with cationic reactive dyes Xiao et al 47 One of the most applied printing processes in the textile industry using rotating frames is the direct printing technique. 6,50 The direct printing process consists of the preparation of a colour dispersion containing dyes or pigments and other auxiliaries, such as thickeners, mordants, and binders, among others, that participate in the fixation of the print and that are printed directly on the substrate.…”