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    Application of natural dyes extracted from plants on cotton fabrics using the Screen printing technique

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    Date
    2016-10
    Author
    Muwaya, shafick
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    Abstract
    In this study experimented with the usage of natural dyes extracted from plants to decorate sample fabrics using Screen printing technique. This research were guided by the following objectives: I . To analyze various plants in Uganda for extraction of dyes to decorate fabrics using screen printing technique. 2. To extract natural dyes that can be applied on to cotton fabric using screen printing technique 3. To experiment with natural dyes to decorate fabrics using screen printing technique. 4. To produce screen printed sample fabrics using natural dyes. The study focused on seven plants namely, sweet potatoes, yam (balugu), turmeric (ldnzali), Momordica foetida (boobo), bidens pilosa (ssele), Madder (Manjistha) and vernoma amygdalina (mululuza). The researcher extracted colorants using the local methods of extraction. In chapter two of the study showed that they were many methods of extraction. The different methods for extraction of coloring materials were Aqueous extraction, Alkali or acid extraction, Microwave and ultrasonic assisted extraction, Fermentation, Enzymatic extraction, Solvent extraction, Super critical fluid extraction however, the researcher used local ways of extracting dyes from plants like pounding, squeezing, soaking and boiling the different parts of the plant because it had an advantage over the acid extraction which is harmful to the human health. The study experimented with different three recipes as shown in table one and also used four thickening agents which were sodium alginate, gum Arabic, textile thickener and book binding gum. All the three yielded the same results on the Colour fastness to washing. However, book binding glue was not good on the print sharpness when using vernonia amygdalina. The study used the recipes in table one the researcher formed printing paste which was used to print sample fabrics. The study also used a direct photographic method of screen
    URI
    https://hdl.handle.net/20.500.12504/998
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