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A platform for research: civil engineering, architecture and urbanism
Snow powder fritted glaze and preparation method of ceramic tile with snow powder effect
The invention discloses a powder snow fritted glaze and a preparation method of a ceramic tile with a powder snow effect. The powder snow frit glaze comprises the following components in percentage by mass: 30-60% of transparent frit, 3-13% of transparent polishing glaze and 3-18% of devitrified frit. The powder snow fritted glaze can generate a large number of flash crystals in a high-temperature environment, the crystals are densely distributed, the flash effect is strong, the powder snow effect is achieved in the visual effect, and the obtained ceramic tile can enhance surface decoration and reduce radioactivity at the same time.
本发明公开一种粉雪熔块釉和具有粉雪效果的陶瓷砖的制备方法。所述粉雪熔块釉包括：以质量百分比计，透明熔块30～60%，透明抛釉3～13%，析晶熔块3～18%。所述粉雪熔块釉在高温环境下能够生成大量闪光晶体，晶体分布密集，闪光效果强烈，在视觉效果上具有粉雪效果，得到的陶瓷砖可以增强表面装饰，同时降低放射性。
Snow powder fritted glaze and preparation method of ceramic tile with snow powder effect
The invention discloses a powder snow fritted glaze and a preparation method of a ceramic tile with a powder snow effect. The powder snow frit glaze comprises the following components in percentage by mass: 30-60% of transparent frit, 3-13% of transparent polishing glaze and 3-18% of devitrified frit. The powder snow fritted glaze can generate a large number of flash crystals in a high-temperature environment, the crystals are densely distributed, the flash effect is strong, the powder snow effect is achieved in the visual effect, and the obtained ceramic tile can enhance surface decoration and reduce radioactivity at the same time.
本发明公开一种粉雪熔块釉和具有粉雪效果的陶瓷砖的制备方法。所述粉雪熔块釉包括：以质量百分比计，透明熔块30～60%，透明抛釉3～13%，析晶熔块3～18%。所述粉雪熔块釉在高温环境下能够生成大量闪光晶体，晶体分布密集，闪光效果强烈，在视觉效果上具有粉雪效果，得到的陶瓷砖可以增强表面装饰，同时降低放射性。
Snow powder fritted glaze and preparation method of ceramic tile with snow powder effect
一种粉雪熔块釉和具有粉雪效果的陶瓷砖的制备方法
XIE ZHIJUN (author) / LI GUOPING (author) / HE YUQI (author) / LI CHUNGUANG (author) / WU YACHAO (author)
2022-05-03
Patent
Electronic Resource
Chinese
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