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Rheological Properties of Aluminum Oxide Based Slips

Research on the rheological properties of slip suspensions based on aluminum oxide, which are to be used in the fabrication of ceramic filters, is presented. It is shown that replacing the water used in slips as a process binder by a water solution of carbamide and aluminum oxychloride improves the...

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Published in:	Glass and ceramics 2016-11, Vol.73 (7-8), p.253-257
Main Authors:	Buchilin, N. V., Prager, E. P.
Format:	Article
Language:	English
Subjects:	Aluminum oxide Analysis Binders Blanks Ceramic industry Ceramic materials Ceramics Characterization and Evaluation of Materials Chemistry and Materials Science Composites Contact Glass Materials Science Natural Materials Porosity Powders Rheological properties Slip Solid phases
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creator	Buchilin, N. V. Prager, E. P.
description	Research on the rheological properties of slip suspensions based on aluminum oxide, which are to be used in the fabrication of ceramic filters, is presented. It is shown that replacing the water used in slips as a process binder by a water solution of carbamide and aluminum oxychloride improves the moldability of blanks and increases the mechanical characteristics of ceramic materials. The ranges of the ratios of the solid phase (sinterable powder) and liquid phase (process binder) for which the formation of coagulation and direct contacts in the slips occurs between the particles of the solid phase are determined.
doi_str_mv	10.1007/s10717-016-9868-x
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source	EBSCOhost Art & Architecture Source - eBooks; Springer Nature
subjects	Aluminum oxide Analysis Binders Blanks Ceramic industry Ceramic materials Ceramics Characterization and Evaluation of Materials Chemistry and Materials Science Composites Contact Glass Materials Science Natural Materials Porosity Powders Rheological properties Slip Solid phases
title	Rheological Properties of Aluminum Oxide Based Slips
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