Abstract
Chitin nano-materials derived from natural organisms are receiving much attention due to reduced fossil resources. In order to reduce carbon emissions and waste of valuable resources, nano-chitin materials manufacturing technology has been developed. Studies of the preparation and characterization of 3D printing functional nano-chitin materials can provide insights into desirable properties such as biocompatibility, high surface area. In this review, we compare and highlight the different methods for nano-chitin extraction from renewable resources and the conversion of the obtained nano-chitin into compound material with high 3D printing capabilities. Finally, the application of nano-chitin in the field of 3D printing is described with future prospects.
Publisher
Darcy & Roy Press Co. Ltd.
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