The disposable and degradable synthetic fibres for textile industry are non-plant based oxo-biodegradable material. The oxo-degradation of synthetic fibres such as polyester is firstly initialised by the synergistic interactions among two or more transition metals. After the degradation by metals t.....
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Plasma treatment, a dry, pollution-free, effective and low cost treatment process, can be used to minimise pilling for wool and cashmere knitwears. By modifying the surface structure of fibres with argon plasma, the pilling grade is significantly improved. An industrial-scale plasma treatment system.....
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This project has developed an environmentally friendly triboelectric system to separate valuable disentangled protein fibres for upcycling. This technology utilises the triboelectric properties of different kinds of textile fibres, in order to separate protein fibres from synthetic textile material......
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Textiles have been the fastest growing waste stream in various countries for over a decade, leading to concerns over the negative impacts imposed on the environment. Over 75% of the total fabrics used for clothings are made of PET or PET/cotton blend, which cannot be mixed or woven together to form .....
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4 in 1 multi-care finishing technology can realize the water/oil/soil repellency and wrinkle-free treatment of textiles in one step. Multi-care finishing is a new technology which introduces “elastic crosslinking” to the Lotus Nano repellent system. Elastic crosslinking can not only bring wrinkle-re.....
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