A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Heating ceramic tile, ceramic tile structure and preparation method for heating ceramic tile
The invention provides a heating ceramic tile, a ceramic tile structure and a preparation method for the heating ceramic tile. The heating ceramic tile comprises a ceramic tile base body layer, a graphene heating layer, an inorganic thermal insulation layer and an unglazed ceramic tile layer which are sequentially arranged from top to bottom, wherein the inorganic thermal insulation layer is a mixed coating of photosensitive resin and inorganic porous microbeads. According to the heating ceramic tile, thermal insulation is carried out through the mixed coating of the photosensitive resin and the inorganic porous microbeads, so that the thickness of the thermal insulation layer is greatly reduced, and the advantages of being good in flame retardant effect, low in heat conductivity, excellent in durability, not prone to age or fail and the like are further achieved; the heating ceramic tile comprises the ceramic tile base body layer and the unglazed ceramic tile layer, and the graphene heating layer and the inorganic thermal insulation layer between the ceramic tile base body layer and the unglazed ceramic tile layer can be protected, so that the heating ceramic tile is not prone totilt, deform or break, and the strength of the heating ceramic tile is improved.
本发明所提供的一种发热瓷砖、瓷砖结构及发热瓷砖的制备方法，所述发热瓷砖包括：由上至下依次设置的瓷砖基体层、石墨烯发热层、无机保温层和无釉陶瓷砖层；所述无机保温层为光敏树脂和无机多孔微珠的混合涂层。本发明通过光敏树脂和无机多孔微珠的混合涂层进行保温，不仅大幅降低了保温层的厚度，而且还具阻燃效果好、热导率低、耐久性优、不易老化失效等优点；并且包括为瓷砖基体层和无釉陶瓷砖层两层瓷砖，可保护两者之间的石墨烯发热层和无机保温层，使得发热瓷砖不容易翘起、变形或折断，提高了发热瓷砖的强度。
Heating ceramic tile, ceramic tile structure and preparation method for heating ceramic tile
The invention provides a heating ceramic tile, a ceramic tile structure and a preparation method for the heating ceramic tile. The heating ceramic tile comprises a ceramic tile base body layer, a graphene heating layer, an inorganic thermal insulation layer and an unglazed ceramic tile layer which are sequentially arranged from top to bottom, wherein the inorganic thermal insulation layer is a mixed coating of photosensitive resin and inorganic porous microbeads. According to the heating ceramic tile, thermal insulation is carried out through the mixed coating of the photosensitive resin and the inorganic porous microbeads, so that the thickness of the thermal insulation layer is greatly reduced, and the advantages of being good in flame retardant effect, low in heat conductivity, excellent in durability, not prone to age or fail and the like are further achieved; the heating ceramic tile comprises the ceramic tile base body layer and the unglazed ceramic tile layer, and the graphene heating layer and the inorganic thermal insulation layer between the ceramic tile base body layer and the unglazed ceramic tile layer can be protected, so that the heating ceramic tile is not prone totilt, deform or break, and the strength of the heating ceramic tile is improved.
本发明所提供的一种发热瓷砖、瓷砖结构及发热瓷砖的制备方法，所述发热瓷砖包括：由上至下依次设置的瓷砖基体层、石墨烯发热层、无机保温层和无釉陶瓷砖层；所述无机保温层为光敏树脂和无机多孔微珠的混合涂层。本发明通过光敏树脂和无机多孔微珠的混合涂层进行保温，不仅大幅降低了保温层的厚度，而且还具阻燃效果好、热导率低、耐久性优、不易老化失效等优点；并且包括为瓷砖基体层和无釉陶瓷砖层两层瓷砖，可保护两者之间的石墨烯发热层和无机保温层，使得发热瓷砖不容易翘起、变形或折断，提高了发热瓷砖的强度。
Heating ceramic tile, ceramic tile structure and preparation method for heating ceramic tile
一种发热瓷砖、瓷砖结构及发热瓷砖的制备方法
HUANG JIANPING (author) / LIN KEHUI (author) / YU HAILONG (author) / WANG YONGQIANG (author) / GU ZHANWEN (author) / LIU RENSONG (author) / LONG YOUFU (author) / LIU CHUANJUN (author)
2021-03-23
Patent
Electronic Resource
Chinese