Abstract: A process for casting slip into a ceramic product using at least one unique casting mold. The casting mold is formed of a plurality of separate porous mold parts, each of which has a fluid-tight outer face, an inner molding surface and a plurality of channels therein. The mold parts are combined so that the inner molding surfaces define a molding cavity in the mold. The casting mold is positioned within a pressure container such that a space is established surrounding the casting mold within the pressure container. This space is in fluid communication with the molding cavity of the mold.

Abstract: A casting installation for casting slip into ceramic product by use of at least one unique casting mold. The casting mold is formed of a plurality of separate mold parts each having a plurality of channels therein and having its respective outer face treated to be fluid-tight and inner molding surface. The casting installation includes a pressure-resisting container having a surrounding wall formed along the inner surface thereof so as to define an opening through the container, the mold parts, when assembled, being dimensioned to define a molding cavity of the casting mold; the space being in communication with the molding cavity of the mold. The casting installation further includes a clamp for clamping the casting mold firmly; the channels are operatively connected for depressurizing the channels; a source of slip operatively connected to the molding cavity of the casting mold; and a source of fluid operatively connected to the space surrounding the casting mold.