2017
DOI: 10.14504/ajr.4.1.3
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Inkjet Printing of Linen Fabrics Pretreated with Atmospheric Plasma and Various Print Pastes

Abstract: In this study, linen fabrics were inkjet printed with reactive dyes after air argon plasma treatments. Sodium alginate (ALG), carboxymethlycellulose (CMC), chitosan (CHT), ALG+CHT, CMC+CHT, and their combinations, were used as pretreatment print pastes prior to plasma pretreatment. The color yield and the fastness properties of the printed fabrics were evaluated. The CMC+CHT pretreatment print paste gave the best color yield with or without plasma pretreatment. Colorfastness values were not affected by the typ… Show more

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Cited by 11 publications
(7 citation statements)
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“…Figure 16 presents the voltage output graphs of two sensors prepared using TW as a bonding material to join the layers, with and without plasma treatment. In this case, the conditioning circuit is set up with a feedback resistance of 200 Ω, with the voltage input at 1 V. Supporting the literature cited above [50][51][52][53], the results show a significant effect of the plasma treatment on the hydrophilic properties of the substrate. A subjective analysis suggests an improvement of the adhesion between layers, but the actual delamination forces were not measured; in this stage of the research, the effect of the plasma treatment on the piezoresistive properties of the sensor assembly are evaluated.…”
Section: Sensors Assembled Using Bonding Materialssupporting
confidence: 72%
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“…Figure 16 presents the voltage output graphs of two sensors prepared using TW as a bonding material to join the layers, with and without plasma treatment. In this case, the conditioning circuit is set up with a feedback resistance of 200 Ω, with the voltage input at 1 V. Supporting the literature cited above [50][51][52][53], the results show a significant effect of the plasma treatment on the hydrophilic properties of the substrate. A subjective analysis suggests an improvement of the adhesion between layers, but the actual delamination forces were not measured; in this stage of the research, the effect of the plasma treatment on the piezoresistive properties of the sensor assembly are evaluated.…”
Section: Sensors Assembled Using Bonding Materialssupporting
confidence: 72%
“…Plasma treatment can be used to induce a cleaning effect in the samples, changing the wettability and surface texture (creating microroughness); in this way, it increases the absorption and adhesion of finishing agents, stampings and inks [ 50 ]. The generation of free radicals in the process may induce secondary reactions such as crosslinking, thus allowing for graft polymerization [ 51 , 52 ]. Therefore, we used plasma treatment on the Linqstat.…”
Section: Methodsmentioning
confidence: 99%
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“…Many researchers discuss the various types of textile dyeing processes and the fabric changes after dyeing processes [4][5][6][7]. Additionally, the newest research of inkjet printing on linen textile were reviewed [3,[8][9][10].…”
Section: Introductionmentioning
confidence: 99%