With an increasing demand of wearable displays, various devices such as LED, OLED and optical fibres have been integrated into clothes. However, their high energy consumption and rigidity limit the applicability of various light-emitting devices in textiles. This project has developed a sustainable .....
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Adhesion on wet surface is always a big challenge in building. Being inspired by the nature, NAMI has developed an additive technology to enhance bonding over wet surfaces. The bonding strength of silicone sealant with this additive on a wet surface is over 70% of that on a dry surface, exceeding th.....
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The traditional dyeing process require large water quantities, which adds in to the water pollution problem. Waterless dyeing methods cannot be widely adopted by the industry due to existing technological limitations. The project has developed a non-toxic 2-in-1 non-aqueous solvent medium (NASM) dye.....
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NAMI has developed a water based rechargeable battery technology for applications where strict requirements are put in place for bio-safety and general safety. This battery is constructed of safe and eco-friendly materials, using a hazard-free and low-cost process. As the battery employs aqueous ele.....
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