Technical effect of dry glaze on the ceramic surface

Abstract

The current study included the use of dry glaze and its technical effect on the ceramic surface through the use of two labels for the first dry glass consisting of (Caulin 40%, 20% sodium carbonate, 20% potassium Feldspar, 20% Burax with color oxides (1% cobalt oxide, Nickel 2%, zirconium oxide 4%) and applied to the ceramic surface glazed with alkaline glass and by three models of (1-3) and at a temperature of 900 m. The second is made up of 30%, 25%, 25% potassium, 25% borax, 20% color oxides (1% cobalt oxide, 2% manganese oxide, 4% titanium oxide). After the incineration process, two sets of the first effects were obtained at a temperature of 900 mg with rough rough effects due to the use of raw materials in the glass mixture. Dry with a simple chromatic overlap between the first layer which is the alkaline glaze and the second layer the dry glaze net The alkaline coating was affected by the alkaline glass coating as well as for the second group (4-6) and the temperature of 950 m. In this class the results were more effective due to the higher temperature in terms of texture and color interference. Technical glaze dry ceramic