Characterisation of novel regenerated cellulosic, viscose, and cotton fibres and the dyeing properties of fabrics

Kamppuri, Taina; Vehviläinen, Marianna; Puolakka, Arja; Honkanen, Mari; Vippola, Minnamari; Rissanen, Marja

doi:10.1111/cote.12163

Cited by 8 publications

(4 citation statements)

References 43 publications

(42 reference statements)

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“…2 Kamppuri et al found viscose to have a higher water adsorption capacity than cotton, giving the larger pore size of viscose fibers as a possible reason for this. 13 Abu-Rous et al suggested moisture-related properties of viscose in part accounted for the intensity of odor volatiles (and microorganisms) on worn t-shirts. 14 With a possible greater capacity to hold water, the fiber would also have a higher capacity to bind/hold other polar compounds.…”

Section: Adsorptionmentioning

confidence: 99%

Binding and release of odor compounds from textiles: Changing fiber selection for apparel

Richter

Laing

Bremer

2020

Textile Research Journal

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Understanding odor volatiles known to constitute those emanating from the human body and how these interact with textiles is relevant to diverse interested parties because of changing fiber use, a better understanding of apparel life cycles including cleaning and the potential for fiber/textile re-use. This paper extends the application of our proton transfer reaction-mass spectrometry model system on adsorption and release behavior of fiber types typical of next-to-skin uses to include both viscose and other volatile organic compounds in body odor for which release has not previously been studied (hexanoic acid, acetone, cyclohexanone, hexanal, methyl butanoate, ethyl benzene, 1-octanol, decanal, butanoic acid). The current findings confirmed release patterns of different fiber types found in our earlier studies – low release of volatile organic compounds from cotton and wool, but higher release from polyester – and made a new finding of low release from viscose. Adsorption characteristics were different given the different volatile organic compounds analyzed. Viscose showed better adsorption characteristics for primarily polar volatile organic compounds, but was otherwise very similar to cotton.

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Section: Adsorptionmentioning

confidence: 99%

Binding and release of odor compounds from textiles: Changing fiber selection for apparel

Richter

Laing

Bremer

2020

Textile Research Journal

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“…The reason behind this trend might be the possession of more hydroxyl (-OH) groups in the henna dye, which is the basic unit to provide shade depth; therefore, henna dyed fabric showing higher K/S values (Kamal Alebeid and Zhao, 2017). Herein viscose fabric overall showed increased K/S values than cotton fabric; the reason behind might be more absorbivity in formar than latter (Kamppuri et al, 2015).…”

Section: Antibacterial Printing Of Cellulosic Fabricsmentioning

confidence: 83%

Sustainable antibacterial printing of cellulosic fabrics using an indigenous chitosan-based thickener with distinct natural dyes

Raza

Anwar

Abid

2021

IJCST

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PurposeChitosan is widely considered as a natural polymer and a diverse finish to impart antibacterial property and enhanced dye uptake of textiles. Herein, the authors have investigated the feasibility of using chitosan/starch blend as a thickener in screen printing of cellulosic fabrics with some natural dyes.Design/methodology/approachThe polymeric blend of chitosan/starch was prepared and used as a thickener for screen printing with three natural dye extracts, namely, Curcuma tinctoria (turmeric), Beta vulgaris (beet) roots and Lawsonia alba (henna) leaves on cellulosic fabrics like cotton and viscose. The viscosity and rheological properties of print paste as a fresh and after overnight shelving were examined. The influence of polymeric blends on cellulosic fabrics' print properties was inspected by determining their colorfastness, rubbing fastness, tensile strength and antibacterial activity.FindingsThe results depicted that chitosan/starch blend as printing thickener increased the shade depth with good wet and dry rubbing fastness for all the test natural dyes. The antibacterial activity of resultant printed cellulosic fabrics was found to be satisfactory against broad-spectrum bacterial strains.Practical implicationsThis study's outcome is the development of chitosan blend thickeners to print the cellulosic fabrics with indigenous natural dyes.Originality/valueThe authors found no previous report on the synthesis of chitosan-based antibacterial blend thickeners with three distinct natural dyes and their application in screen printing of native and regenerated cellulosic fabrics of cotton and viscose, respectively.

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“…Furthermore, the absence of the peak at 1111 cm –1 is a characteristic present in this type of cellulose [ 12 , 27 ]. For cellulose I, the band corresponding to the β-glucosidic bonds is present at 897 cm −1 ; for the spectrum of the analyzed viscose, this peak is found at 891 cm −1 , as is characteristic [ 28 ]. Based on these results, there is no notable difference between the absorptions of the two viscose products, and that, in both cases, the cellulose II structure predominates.…”

Section: Resultsmentioning

confidence: 99%

Novel Biobased Textile Fiber from Colombian Agro-Industrial Waste Fiber

et al. 2018

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Fique fibers, native to Colombia, are traditionally used for ropes and bags. In the extraction of long fibers for these purposes, the same amount of short fibers is generated; the short fibers are then discarded in the soil or in landfills. This agro-industrial waste is cellulose-rich and can be potentially developed into new biobased products. As an alternative use for these fibers, viscose regenerated fibers with potential applications in the textile industry were developed. Fique waste fibers were pulped (to produce fique cellulose pulp, FCP) using a 33 design of experiment (DOE) to adjust the variables of the whitening treatment, and DOE analysis showed that time and hydrogen peroxide concentration do not have a significant effect on non-cellulosic remotion, unlike temperature. The behavior of this pulp in the production of viscose was compared against that of commercially available wood cellulose pulp (WCP). FCP showed a suitable cellulose content with a high degree of polymerization, which makes it a viable pulp for producing discontinuous viscose rayon filaments. Both pulps showed the same performance in the production of the viscose dope and the same chemical, thermal, and mechanical behavior after being regenerated.

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Characterisation of novel regenerated cellulosic, viscose, and cotton fibres and the dyeing properties of fabrics

Cited by 8 publications

References 43 publications

Binding and release of odor compounds from textiles: Changing fiber selection for apparel

Binding and release of odor compounds from textiles: Changing fiber selection for apparel

Sustainable antibacterial printing of cellulosic fabrics using an indigenous chitosan-based thickener with distinct natural dyes

Novel Biobased Textile Fiber from Colombian Agro-Industrial Waste Fiber

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