Abstract
Effect of the slurry depth on slurry hydraulic pressure and cake growth rate during slip casting was examined for zirconia aqueous slurry of 50-75mass% solid. Buoyancy, which acted on three sorts of stainless steel sinkers in the zirconia slurries, was measured. Buoyancy in slurry increased linearly with the slurry density and the volume of the sinker. Buoyancy is generated by the slurry hydraulic pressure distribution. It is found that slurry hydraulic pressure increases proportionally to the slurry depth. The cake growth rate became higher at a higher head of the slurry.
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