Abstract
This report discusses nonwoven papermaking as a method for producing varieties of binderless, free-standing carbon nanotube (CNT) sheets. Examples portray how papers may be prepared from mixtures of different nanotube types to tailor them for use in specific energy storage applications. The technique’s ability to craft sheets for composition, air flow, density, etc. will only expand as more nanomaterials become commercially available. The advantages and limitations of the method are offered, and a pilot production process that can continuously produce 12” wide sheet stock is described.
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