Nearly all commercially available anti-fog plastic products rely on the application of surface coating, which inevitably wears off and fades over time, requiring reapplication or disposal. NAMI’s anti-fog technology enables ultra-durable anti-fogging function integrating into various types of plasti.....
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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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Coronaviruses are now shown to reside on textiles and garments for more than one day. Textiles can act as the transmission medium of viruses. Antimicrobial fabric treatments that are typically used do not demonstrate virucidal capability. Many of these treatments are not durable against multiple lau.....
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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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NAMI’s nanocomposite oxygen and water barrier materials can be applied to food packaging materials such as PET, LDPE, and paper, to reduce the oxygen transmission rate by at least 90%. Anti-mold or UV blocking properties can be integrated into this nanocomposite material to fulfill different needs o.....
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