The project has developed a phyiscal method as opposed to the conventional chemical method to develop high-efficient far-infrared (FIR) functional textiles. In order to achieve its optimal result of production, adjustments of variables such as fiber brightness, finesse, linear shape, cross-section s.....[更多]
Garment-to-Garment (G2G) Recycle System is a mini-scale garment-to-garment production line that recycles post-consumer garments so that they become clean and useful. The system takes an old garment as materials to make a new one by the following processes: sanitising, opening fibre, carding, drawing.....[更多]
An evaluation system of sleeping quality analysis is developed to assess and monitor sleeping comforts, bedding microclimate, skin touch and biomechanical function properties of the bedding system. It consists of a hardware and a software system. By integrating the software and hardware, together wi.....[更多]
This project developed a novel bioprocess which makes use of textile waste for the sustainable production of different value-added products, such as glucose, synthetic fibre, bioplastics, bio-chemicals and bio-surfactants.The process consists of pre-treatment, enzymatic hydrolysis and melt-spinning......[更多]
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 .....[更多]
