The invention provides an antifouling
glaze material. The
glaze material is prepared from the following raw materials: polymethylsilane,
nano zinc oxide,
sodium hexametaphosphate,
wollastonite,
pyrophyllite,
barium oxide and a stabilizer. Nano-
zinc oxide in the raw materials of the antifouling
glaze can improve the glossiness, whiteness and glaze microhardness of the glaze surface of a
ceramic finished product, and can reduce the initial
melting temperature of the glaze;
sodium hexametaphosphate is a polyphosphoric acid weak acid
sodium salt with a cyclic molecular structure. A nano
zinc oxidedispersion
system is stabilized by an electrostatic stabilization mechanism;
sodium hexametaphosphate forms a molecular layer protective film on the surface of
zinc oxide; the
surface energy of zincoxide particles is reduced; the
coating effect is achieved to a certain degree; therefore, agglomeration among particles can be effectively prevented; the
nano zinc oxide is stably and uniformly dispersed in the glaze; the polymethylsilane has very good
oxidation resistance;
pyrophyllite forms a compact mineral
protection layer on the surface of the glaze; by adding
wollastonite, the
wear resistance of the product can be improved, the
surface roughness is reduced, the accumulation space of pollutants is lost, the
pollution resistance of the
ceramic product is effectively improved, and the
wollastonite can enable the
hardness of a fired glaze layer to be higher and the glaze layer to be more wear-resistant, so that the glaze disclosed by the invention not only has a very good antifouling function, but also has good
wear resistance.