Energy-accumulating luminous glazed tile, glazing technology and glazing equipment

Abstract

The invention discloses an energy-accumulating luminous glazed tile. The energy-accumulating luminous glazed tile comprises a substrate plate, a white glaze material primer layer and a UV energy-accumulating luminous glaze material surface layer which are sequentially connected from bottom to top, and a hard substrate is adopted as the substrate plate. A glazing technology of the energy-accumulating luminous glazed tile comprises the following steps that the white glaze material primer layer is firstly sprayed on the substrate plate, when the surface of the white glaze material primer layer is dry, the UV energy-accumulating luminous glaze material surface layer is sprayed in a shower coating mode and covers the white glaze material primer layer in a mechanical shower coating mode, the UV energy-accumulating luminous glaze material surface layer is leveled and uniformized through quick micro-mechanical vibration, and then rapid curing is performed through ultraviolet lamp irradiation. The energy-accumulating luminous glazed tile can absorb natural light or artificial light to accumulate energy, can continuously give out cold light in a dark environment for more than 12 hours and is high in luminous intensity and long in persistence time.

Description

technical field [0001] The invention relates to glazed tiles, in particular to an energy-storage luminescent glazed tile, a glazed surface technology and glazed surface equipment. Background technique [0002] The luminous glazed tiles currently on the market are made by grinding the basic glaze frit powder, a certain amount of luminous powder and a small amount of additives in a ball mill, and mixing them well to obtain a luminous ceramic glaze. Sintered in a frit furnace, the firing temperature is high and energy consumption is high, and the luminous glaze sintered in this way is difficult to combine with the green body, and is prone to glaze cracking. The common disadvantages of the products made by this method are low luminous intensity and afterglow. The time is short and the chemical properties are unstable. Contents of the invention [0003] The invention provides an energy-storage luminescent glazed tile, a glazed surface technology and glazed surface equipment. T...

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Problems solved by technology

[0002] The luminous glazed tiles currently on the market are made by grinding the basic glaze frit powder, a certain amount of luminous powder and a small amount of additives in a ball mill, and mixing them well to obtain a luminous ceramic glaze. Sintered in a frit furnace, the firing temperature is high and energy consumption is high, and the luminous glaze sintered in this way is difficult to combine with the green body, and glaze cracks are easy to occur. The common disadvantages of the products made by this method are low luminous intensity and afterglow. Short time, chemically unstable

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