Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a light-weight magnetic ceramic patch material and a preparation method thereof, and is technically characterized in that the light-weight magnetic ceramic patch material comprises two light-weight ceramic biscuits and magnets, at least one magnet mounting groove is formed in the relative position between the two light-weight ceramic biscuits, the number of the magnets is the same as that of the magnet mounting grooves, and the magnet mounting grooves are formed in the opposite positions of the two light-weight ceramic biscuits. The magnet is embedded in the magnet installation groove, the two light ceramic biscuits and the magnet are fixedly installed together in a bonding mode, and ceramic glaze is manufactured on the surfaces of the light ceramic biscuits. The magnetic material is embedded in the light ceramic biscuit, so that the ceramic patch material is light in weight and magnetic, ceramic patches in any shape can be manufactured, and the ceramic glaze is manufactured on the surface of the ceramic patch, so that the surface of the ceramic patch is smooth and attractive; the method can be widely used for manufacturing refrigerator stickers, shops, photographic backgrounds, film and television props, three-dimensional menus, hobby collection and the like.
本发明涉及一种轻质磁性陶瓷贴材料及其制备方法，其技术特点是：该磁性陶瓷贴材料包括两个轻质陶瓷素坯和磁体，在两个轻质陶瓷素坯之间相对位置至少制有一个磁体安装槽，所述磁体的数量与磁体安装槽的数量相同，磁体嵌装在磁体安装槽内，两个轻质陶瓷素坯和磁体通过粘接方式固装在一起，在轻质磁性陶瓷素坯表面制有陶瓷釉。本发明通过在轻质陶瓷素坯内嵌装磁性材料，使陶瓷贴材料不仅质量轻而且具有磁性，可以制作任意形状的陶瓷贴，并且在陶瓷贴表面制有陶瓷釉，使得其表面光滑且具有美感，可广泛用于制作冰箱贴、店堂展示、摄影背景、影视道具、立体菜单、爱好收藏等。
The invention relates to a light-weight magnetic ceramic patch material and a preparation method thereof, and is technically characterized in that the light-weight magnetic ceramic patch material comprises two light-weight ceramic biscuits and magnets, at least one magnet mounting groove is formed in the relative position between the two light-weight ceramic biscuits, the number of the magnets is the same as that of the magnet mounting grooves, and the magnet mounting grooves are formed in the opposite positions of the two light-weight ceramic biscuits. The magnet is embedded in the magnet installation groove, the two light ceramic biscuits and the magnet are fixedly installed together in a bonding mode, and ceramic glaze is manufactured on the surfaces of the light ceramic biscuits. The magnetic material is embedded in the light ceramic biscuit, so that the ceramic patch material is light in weight and magnetic, ceramic patches in any shape can be manufactured, and the ceramic glaze is manufactured on the surface of the ceramic patch, so that the surface of the ceramic patch is smooth and attractive; the method can be widely used for manufacturing refrigerator stickers, shops, photographic backgrounds, film and television props, three-dimensional menus, hobby collection and the like.
本发明涉及一种轻质磁性陶瓷贴材料及其制备方法，其技术特点是：该磁性陶瓷贴材料包括两个轻质陶瓷素坯和磁体，在两个轻质陶瓷素坯之间相对位置至少制有一个磁体安装槽，所述磁体的数量与磁体安装槽的数量相同，磁体嵌装在磁体安装槽内，两个轻质陶瓷素坯和磁体通过粘接方式固装在一起，在轻质磁性陶瓷素坯表面制有陶瓷釉。本发明通过在轻质陶瓷素坯内嵌装磁性材料，使陶瓷贴材料不仅质量轻而且具有磁性，可以制作任意形状的陶瓷贴，并且在陶瓷贴表面制有陶瓷釉，使得其表面光滑且具有美感，可广泛用于制作冰箱贴、店堂展示、摄影背景、影视道具、立体菜单、爱好收藏等。
Light magnetic ceramic patch material and preparation method thereof
轻质磁性陶瓷贴材料及其制备方法
TENG YUE (Autor:in)
07.07.2023
Patent
Elektronische Ressource
Chinesisch
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