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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The types of microbes that can biodegrade conventional plastics are limited, making them take hundreds of years to degrade. By adding NAMI's accelerated anaerobic biodegradation additives to conventional plastics, effective microbes can be attracted to gather onto the plastics' surface to speed up t.....
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eMuscle employs shape memory polymers (SMPs) as the raw materials to produce various kinds of products with auto fitting/tensioning/fixation function. Through the molecular design of the SMPs, the shape recovery/fixation temperature is tunable. With the high reversible elongation ratio and tunable r.....
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NAMI has developed an innovative polymer coating on the electrodes of lithium ion batteries to cease thermal runaway during internal or external short circuit of a battery. The nano polymer particles applied on electrode contain organic-inorganic hybrid flame retardant composite that can release non.....
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To combat the life-threatening viruses, there is an urgent need for antimicrobial materials that are suitable for surfaces of different textures. NAMI’s patented antibacterial and antiviral (ABV) coating technology protects soft surfaces used in personal protective equipment (PPE) such as mask as we.....
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