The invention relates to an antibacterial
ceramic closestool and a manufacturing process thereof, and belongs to the technical field of
ceramic closestools. The manufacturing process of the antibacterial
ceramic closestool comprises the following steps: putting
potassium feldspar,
albite,
quartz powder, calcined kaolin, talcum
powder, glass
powder,
zinc oxide,
magnesite,
calcite,
zirconium silicate and
illite-based antibacterial particles into a material tank of a
ball mill, then adding
sodium carboxymethyl cellulose and deionized water, uniformly mixing, and carrying out ball milling treatment to obtain
glaze slip; and
glazing the
glaze slip on the surface of a ceramic closestool
green body in a
glaze dipping manner to obtain a glaze layer, naturally airing, carrying out heat treatment, and then cooling along with a furnace to obtain the antibacterial ceramic closestool. Stable adsorption and slow release of antibacterial
metal ions can be achieved through the glaze layer, the long-acting antibacterial performance capable of resisting washing of a
disinfectant is provided for the antibacterial ceramic closestool, the
wear resistance of the antibacterial ceramic closestool is enhanced by optimizing the glaze layer structure, finally, the antibacterial performance and the
wear resistance are synergistically improved, and the long-term use effect of the closestool is guaranteed.