Most commercially available insecticide sprays are toxic and irritant to human and pets. Therefore, they are not suitable for long-term use. NAMI has developed a coating technology to deliver non-toxic anti-bug formulations that can be applied to various materials. These anti-bug formulations contai.....
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Instead of killing germs, NAMI's biocide-free germ-repellent plastic stops microbes from adsorbing and colonizing on the surfaces to avoid cross-transmission of germs. It is proven to be leach-free, non-toxic and will not give rise to drug-resistant "Superbugs".
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Traditional cost-effective ways of coating like spraying, dip coating, brushing and rolling always result in a coating layer with a thickness of at least tens of micrometers. However, these methods will change the appearance of the substrates easily. NAMI has developed an atomization technology for .....
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Traditional tactile sensors are rigid, in fixed sizes and shapes, thus unable to meet the requirements in form factors, and shape conformability for many flexible devices. NAMI has developed flexible sensor that can be easily integrated with many products for continuous monitoring of pressure. The p.....
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The IoT temperature patch is formed by integrating a flexible ultra-thin battery, flexible PCB, high accuracy temperature sensor, and MCU and BLE wireless communication chipsets. Usually by placing it in the underarm, 14-day continuous real-time body temperature readings and changes can be monitored.....
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