해양폐기물 유래 Collagen peptide를 활용한 바이오닉 나일론의 염색성

Dyeing properties of bionic nylon combined with collagen peptide from marine waste

In recent years, environmental problems such as global warming, in which the average temperature of the earth s atmosphere rises due to the greenhouse effect, abnormal climate, byproducts from production activities, and the shortage of future conservational resources due to the increase in consumption have become global issues. In Korea, phenomena such as yellow dust, fine dust, and air pollution, which are directly related to public health, are emerging as social problems and attracting attention as a sustainable topic. Along with efforts to preserve the environment, technology development for ecofriendly textiles continues to improves in the field of textiles. In this study, to address the global textile industry s desire for sustainability, a bionic nylon material combined with a collagen peptide extracted from marine waste was selected, and R&D was conducted for various commercializations. This study was conducted to investigate the dyeability of circular knitted bionic nylon fabrics, as well as to determine the effect of scouring properties as a function of scouring agent concentration and dyeing properties as a function of dye type, dye concentration, dyeing temperature, and dyeing time on the dyeability of bionic nylon.