In the traditional ceramic field, during the wet grinding stage liquid mixtures of additives are commonly used to guarantee high solids content (65-72 wt%) and a viscosity low enough to allow the suspension's workability. These characteristics are indispensable for using the new technologies for wet grinding (cylindrical and conical continuous mills) that require only 3-4 h of milling and permit considerable productivity (20 t/h). This work reports a laboratory study on the rheological behavior of whiteware slurries added with binary and ternary deflocculant mixtures.
Binary and ternary mixtures of deflocculant additives for whiteware slurries / Andreola, F.; Pellacani, G. C.; Romagnoli, M.. - 22:2(2001), pp. 205-212. (Intervento presentato al convegno Materials and Equipment and Whitewares; A Collection Presented at the 102nd Annual Meeting of The American Ceramic Society tenutosi a St. Louis, MO, usa nel 2001).
Binary and ternary mixtures of deflocculant additives for whiteware slurries
Andreola F.;Pellacani G. C.;Romagnoli M.
2001
Abstract
In the traditional ceramic field, during the wet grinding stage liquid mixtures of additives are commonly used to guarantee high solids content (65-72 wt%) and a viscosity low enough to allow the suspension's workability. These characteristics are indispensable for using the new technologies for wet grinding (cylindrical and conical continuous mills) that require only 3-4 h of milling and permit considerable productivity (20 t/h). This work reports a laboratory study on the rheological behavior of whiteware slurries added with binary and ternary deflocculant mixtures.
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