墨水池
3D打印
材料科学
表征(材料科学)
发泡剂
喷墨打印
复合材料
3d打印
粘度
纳米技术
聚氨酯
医学
生物医学工程
作者
Annika Wagner,Andreas Kreuzer,Lukas Göpperl,Leo Schranzhofer,Christian Paulik
标识
DOI:10.1016/j.eurpolymj.2019.03.031
摘要
Foamable inks for inkjet-based 3D printing processes, like PolyJet™ printing, open the way to produce light-weight additive manufactured parts in one process step. A new ink formulation, consisting of acrylic components and a modified blowing agent is presented. The goal is to directly produce foam during the printing process in contrast to other methods for 3D printing of foams, which are currently used. The presented characterization of the ink is focused on viscosity, decomposition temperatures of the blowing agents, and UV–polymerization of the ink matrix. More advanced ink characterization includes jetting tests at different inkjet-printheads and foaming of printed layers, as well as microscopic characterization of the foams.
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