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Gelcasting of alumina ceramic components in nontoxic Na-alginate–CaIO3–PVP systems
AbstractGelcasting of ceramic components with the soldium alginate (Na-Alginate) as gelformers has received increasing attention. The aim of the present study is to improve the flexural strength of green body gelcast from nontoxic Na-alginate system by introducing a proper amount of water-soluble polymer, PVP. The rheological properties and gelling characteristics of PVP–Na-Alginate/Al2O3 suspensions were examined. Ceramic parts with uniform and homogeneous structure were fabricated as well as flexural strength and microstructure of the gelcast green and sintered bodies were highlighted.
Gelcasting of alumina ceramic components in nontoxic Na-alginate–CaIO3–PVP systems
AbstractGelcasting of ceramic components with the soldium alginate (Na-Alginate) as gelformers has received increasing attention. The aim of the present study is to improve the flexural strength of green body gelcast from nontoxic Na-alginate system by introducing a proper amount of water-soluble polymer, PVP. The rheological properties and gelling characteristics of PVP–Na-Alginate/Al2O3 suspensions were examined. Ceramic parts with uniform and homogeneous structure were fabricated as well as flexural strength and microstructure of the gelcast green and sintered bodies were highlighted.
Gelcasting of alumina ceramic components in nontoxic Na-alginate–CaIO3–PVP systems
Ma, Jingtao (author) / Xie, Zhipeng (author) / Miao, Hezhuo (author) / Zhang, Baoqing (author) / Lin, Xuping (author) / Cheng, Yibing (author)
2004-06-15
6 pages
Article (Journal)
Electronic Resource
English
Gelcasting of alumina ceramic components in nontoxic Na-alginate–CaIO3–PVP systems
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