The influence of heat treatment on print mottle of screen printed textile knitted fabrics

Jurić, Ivana; Kašiković, Nemanja; Stančić, Mladen; Novaković, Dragoljub; Vladić, Gojko; Majnarić, Igor

doi:10.1016/j.applthermaleng.2015.07.013

Cited by 12 publications

(17 citation statements)

References 18 publications

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“…There are many different kinds of textile materials in use, as well as various printing techniques that can be used to print them (Dawson & Hawkyard, 2000;John & Anandjiwala, 2009;Stančić et al, 2014;Jurič et al, 2015;Kašiković et al, 2015). Printing techniques suitable for printing of textile materials are: screen printing, digital printing and thermal transfer printing (Novaković, Kašiković & Vladić, 2010).…”

Section: Introductionmentioning

confidence: 99%

“…Printing techniques suitable for printing of textile materials are: screen printing, digital printing and thermal transfer printing (Novaković, Kašiković & Vladić, 2010). Screen printing is considered to be the dominant printing technique in the textile world (Kiatkamjornwong, Putthimai & Noguchi, 2005;Kašiković, 2012;Kašiković et al, 2012;Onar Çatal, Özgüney & Akçakoca Kumbasar, 2012;Stančić et al, 2014;Jurič et al, 2015). The advantages of this printing technique are the cost and productivity.…”

Section: Introductionmentioning

confidence: 99%

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Colour fastness of screen printed polyamide knitwear to chlorinated water

Vujčić¹,

Herzegovina²

2019

J. Graph. Eng. Des.

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Two polyamide knitwear used in the production of swimwear were analysed. This paper examines the water retention value, the water absorption value and the colour difference after the repeated exposure of the polyamide knitted fabrics, printed with screen printing technique, to the chlorinated water. Screen printing of the samples results in an increase of the water retention value and reduction of the water absorption value for both materials. The colour difference after the series of exposures to the chlorinated water (ΔE) showed that the trend is the same for all reproduced colours (CMYK), i.e. that the increase in the number of exposures to the chlorinated water results in the increase of the difference between the reproduced colours, for both materials.KEY WORDS screen printing, textile printing, colour fastness to chlorinated water, water retention value, water absorption value Colour fastness of screen printed polyamide knitwear to chlorinated water Original scientific paper http://doi.

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Colour fastness of screen printed polyamide knitwear to chlorinated water

Vujčić¹,

Herzegovina²

2019

J. Graph. Eng. Des.

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“…Printing on textile substrates can be achieved using a variety of different techniques and machines (Stančić et al, 2014). Digital printing technologies for textiles have become ubiquitous on today's market, where ink jet technology has become the most common one (Jurič et al, 2015). Although ink jet printing machines for textiles differ in construction and characteristics, printing principles are the same regardless of the machine type.…”

Section: Introductionmentioning

confidence: 99%

Colour fastness to washing of multi-layered digital prints on textile materials

Kašiković

Vladić

Milić

et al. 2018

J. Natn. Sci. Foundation Sri Lanka

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This paper considers the influence of multiple ink jet printed layers and woven fabric thread count on the colour fastness to washing of printed polyester textile products. The goal was to investigate the possibility for optimisation of the number of ink layers and thread count in order to increase print quality and colour fastness to washing. Materials with the same composition and different thread counts were printed ranging from one to five ink layers. The samples were subjected to washing process after which colour fastness was examined according to appropriate standards. The colour fastness was judged subjectively by trained professionals using the standard grey scale, and objectively using spectrophotometric measurements, with calculation of colour differences caused by the washing. Surface changes were observed using SEM analysis. Results indicate that multiple layer printing gives more saturated colour due to better ink coverage, but on the other hand it enhances the ink wash-out effect. The research suggests the possibility of optimising the number of ink layers in relation to thread count number when print quality and colour fastness to washing is the objective.

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“…특히 소량의 발포 제를 사용하여 직물에 인쇄할 때 발포되어 미끄럼 방지나 방 수 등의 효과도 볼 수 있다. 12 발포제를 이용한 직물의 용도는 상품에 따라 매우 조밀하 거나 발포된 형태 또는 이런 두 가지 성질을 다양하게 조합 한 형태로 생산된다. 팽창 발포된 상품은 기계적 발포(휘핑 크림같은 미세한 공기 방울이 분산된) 또는 화학적 공정(발 포제의 분해)에 의하여 생산될 수 있다.…”

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