Have a personal or library account? Click to login
Sustainable Bio-Dyeing of Cellulosic-Based Fabrics with Anthocyanins from Black Carrot (Daucus carota L.) Cover

Sustainable Bio-Dyeing of Cellulosic-Based Fabrics with Anthocyanins from Black Carrot (Daucus carota L.)

Open Access
|Aug 2024

Figures & Tables

Fig. 1.

a) sodium alginate, b) alum, c) gall oak, d) black carrot
a) sodium alginate, b) alum, c) gall oak, d) black carrot

Fig. 2.

K/S and ΔECMC(2:1) values of the dyed fabrics
K/S and ΔECMC(2:1) values of the dyed fabrics

Fig. 3.

Analysis of results carried out by FTIR
Analysis of results carried out by FTIR

Fig. 4.

Chromatogram and spectra of the dyed samples
Chromatogram and spectra of the dyed samples

Dyeing procedure of fabrics

CodeMordant (%)Daucus carota (%)L:RTemp (°C)L*a*b*C*ΔECMC(2:1)K/SShade
Alg.Gall.AlumMicro.Real
F0000---95.52.97−10.410.88285.8--
F1100501:508085.13.27−1.213.49339.65.431.81
F220089.23.35−4.355.48307.66.212.31
F350089.83.44−5.176.21303.68.192.63
F411079.75.562.826.2426.8518.22.30
F521082.15.18−0.315.19356.513.32.88
F651082.86.52−2.166.87341.612.12.97
F711181.92.04−3.984.47297.17.192.23
F821283.52.64−4.174.94302.36.912.43
F951384.33.34−7.267.99294.75.882.86
F1052082.37.71−0.027.71359.89.802.38
F1155079.610.381.9310.5610.5420.02.44
F1257.5077.210.283.1610.7517.0821.62.46
F13510077.011.332.7911.6713.8321.92.61
F14512.5075.711.554.3012.3320.4323.82.89
F15515074.29.735.8511.3630.9824.73.54
C0000---96.00.112.082.0886.98--
C1520501:508083.84.8111.712.6667.6812.10.99
C255085.43.4610.310.9171.5113.40.73
C357.5082.55.0810.511.7064.2313.60.97
C4510083.24.8810.511.6165.1614.50.82
C5512.5080.05.0411.412.4666.1614.81.14
C6515080.15.9911.012.5561.5215.01.17

Results of light, rubbing and washing fastness tests of dyed fabrics

Dying codeMordant %Daucus carota %Light fastnessRubbing fastnessWashing fastness - Staining
AlgGall oakAlum DryWetAcetateCottonNylon 6.6PolyesterAcrylicWool
F0000----------
F1100502–343–444–54–54–544–5
F22002–343–444–54–54–544–5
F35002–343–444–54–54–544–5
F41102–343–444–54–54–544–5
F52102–343–444–54–54–544–5
F65102–343–444–54–54–544–5
F71112–343–444–54–54–544–5
F82122–343–444–54–54–544–5
F95132–34444–54–54–544–5
F105202–344–544–54–54–544–5
F1155034–54–544–54–54–544–5
F1257,5034–54–544–54–54–544–5
F13510034–54–544–54–54–544–5
F14512.503–44–54–544–54–54–544–5
F1551503–44–54–544–54–54–544–5
C0000----------
C1520502–34–54–544–54–54–544–5
C25502–34–54–544–54–54–544–5
C357,502–34–54–544–54–54–54–54–5
C45100354–544–54–54–54–54–5
C5512.503–45544–54–54–54–54–5
C651503–45544–54–54–54–54–5
DOI: https://doi.org/10.2478/ftee-2024-0026 | Journal eISSN: 2300-7354 | Journal ISSN: 1230-3666
Language: English
Page range: 50 - 56
Published on: Aug 6, 2024
Published by: Łukasiewicz Research Network, Institute of Biopolymers and Chemical Fibres
In partnership with: Paradigm Publishing Services
Publication frequency: Volume open

© 2024 Abdulkadir Pars, Recep Karadag, published by Łukasiewicz Research Network, Institute of Biopolymers and Chemical Fibres
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.