A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dry-particle archaized brick with flashing points and preparation method of dry-particle archaized brick
The invention provides a dry granular archaized brick with flash spots and a preparation method thereof, and is characterized in that dry granular glaze is applied to an archaized brick blank, and the dry granular glaze comprises high-temperature dry granular particles and low-temperature dry granular particles; during high-temperature firing, the low-temperature dry granules are completely molten and are flatly laid on the surface of the archaized brick; and the high-temperature dry particles cannot be completely fused and protrude out of the surface of the archaized brick, so that a high-low staggered color glittering effect is formed.
本发明提供一种具有闪光点的干粒仿古砖及其制备方法，其特点在于：在仿古砖坯体上施加干粒釉，所述干粒釉包括高温干粒颗粒、低温干粒颗粒；在高温烧制时，低温干粒完全熔融、平铺于仿古砖表面上；而高温干粒不能完全熔融、凸出于仿古砖的表面上，从而形成高低错落的色泽闪光效果。
Dry-particle archaized brick with flashing points and preparation method of dry-particle archaized brick
The invention provides a dry granular archaized brick with flash spots and a preparation method thereof, and is characterized in that dry granular glaze is applied to an archaized brick blank, and the dry granular glaze comprises high-temperature dry granular particles and low-temperature dry granular particles; during high-temperature firing, the low-temperature dry granules are completely molten and are flatly laid on the surface of the archaized brick; and the high-temperature dry particles cannot be completely fused and protrude out of the surface of the archaized brick, so that a high-low staggered color glittering effect is formed.
本发明提供一种具有闪光点的干粒仿古砖及其制备方法，其特点在于：在仿古砖坯体上施加干粒釉，所述干粒釉包括高温干粒颗粒、低温干粒颗粒；在高温烧制时，低温干粒完全熔融、平铺于仿古砖表面上；而高温干粒不能完全熔融、凸出于仿古砖的表面上，从而形成高低错落的色泽闪光效果。
Dry-particle archaized brick with flashing points and preparation method of dry-particle archaized brick
一种具有闪光点的干粒仿古砖及其制备方法
NING HONGJUN (author) / FAN HUAIRUI (author) / WU ZHIJIAN (author) / DENG RONG (author) / GONG HUI (author)
2024-03-08
Patent
Electronic Resource
Chinese
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