NAMI has developed an all solid-state lithium metal battery with an in-situ polymerized composite solid state electrolyte, which can work under low temperature down to -20°C. The solid state electrolyte has a high ionic conductivity (>10E-3 S/cm) over inorganic solid state electrolyte. NAMI’s solid .....
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NAMI has developed a dry process for the fabrication of lithium ion battery cathodes. This process fabricate lithium ion battery cathodes without the use of harmful solvents as conventional slurry cathode process does, and is thus a much safer, low-cost and more environmentally friendly process for .....
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NAMI has developed flexible, transparent super hard coating inorganic/organic hybrid materials for the application on flexible and rigid substrates, as well as in printing ink, to improve surface hardness and scratch resistance. Owing to its high transparency, flexibility and anti-scratch feature, t.....
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Conventional water soluble material is able to dissolve in room temperature water, but this advantage of easy disposal also limits its application on occasions when the material comes into direct contact with water, such as water droplets from rain and on food surface. NAMI’s temperature controlled .....
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Thermal Interface Materials (TIM) is used to address a crucial problem with today's electronic devices: the need to dissipate the sizable amounts of heat being generated during operation. Good TIMs can ensure complete contact between the heat source and heat sink by means of high thermal conductivit.....
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