Abstract:

The most popular natural fiber in the world is the most commonly used reactive paintings in cotton painting. Although these colors have many advantages, such as a wide range of colors, bright colors and the possibility of application in different forms, they have disadvantages such as losing their hydrolyzed painting properties, keeping hydrolyzed on the fleet and on the fiber surface, and requiring long and cost-consuming washing processes to remove them. Reactive painting environmental production is the need for consciousness and one of the solutions has been the reduction of environmental impacts and modifications in painting. This study has studied the behaviors of painting of cotton tissues of paintings with the number of different functional groups developed for this purpose and the characteristics of washing waste water solutions. Painting facts of painted tissues with reactive paintings with the number of mono-, two-and tri-functional groups have been studied by color coordinates and color forces. The absorption and transmission measurements of all baths of the reactive washing processes have been made. Despite the use in painting in the same concentration, a higher color depth is taken from painting made with tri-functional painting than others, while the height values have been found to be similar to others. All of the tri-functional reactive washing baths, except the first, had higher tolerance values than the others. It is believed that this situation could be explained by a higher level of life fiction than the other. Thus, the progressive increase in transmission values of the tri-functional washing waste water is interpreted as to contribute to sustainability by increasing the reuse capacity of the last waste water baths or by reducing the number of washing baths.

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