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Thermal insulation ceramic tile with near-infrared light reflection function as well as preparation method and application of thermal insulation ceramic tile
The invention belongs to the technical field of thermal insulation ceramic tiles, and particularly discloses a thermal insulation ceramic tile with a near-infrared light reflection function as well as a preparation method and an application of the thermal insulation ceramic tile. The heat preservation ceramic tile comprises a foaming ceramic layer and a compact layer from bottom to top. The raw materials for preparing the compact layer comprise a base material and a near-infrared light reflecting material, and the initial melting temperature of the base material is 850-900 DEG C. The preparation method comprises the following steps: the raw materials of the foamed ceramic layer are mixed and ground, and spray granulation is carried out to obtain a bottom layer material; the base material and a near-infrared light reflecting material are mixed and ground, and spray granulation is carried out to obtain a surface layer material; after the bottom layer material is flatly paved, the surface layer material is flatly paved on the bottom layer material, and the heat-insulating ceramic tile is prepared by pressing, drying and sintering, so that indoor and outdoor heat transfer can be effectively blocked, and solar radiation can be reduced and outdoor high temperature can be blocked in hot summer; in cold winter, the heat preservation and warming effects are achieved on the building, and therefore energy consumption is reduced.
本发明属于保温陶瓷砖技术领域,具体公开了一种具有近红外光反射功能的保温陶瓷砖及其制备方法与应用。保温陶瓷砖从下至上包括发泡陶瓷层和致密层;制备致密层的原料包括基料和近红外光反射材料,基料的始融温度为850‑900℃。其制备方法,包括以下步骤:将发泡陶瓷层的各原料混合并进行研磨,经喷雾造料后,得底层料;将基料与近红外光反射材料进行混合并进行研磨,经喷雾造料后,得面层料;将底层料平铺后,再将面层料平铺于底层料上,经压制、干燥、烧成后,制得的保温陶瓷砖,可有效阻隔室内外热量的传递,以实现在炎热的夏季,减少太阳辐射,阻隔室外高温;在寒冷的冬天,对建筑物起到保温取暖的作用,从而降低能源的消耗。
Thermal insulation ceramic tile with near-infrared light reflection function as well as preparation method and application of thermal insulation ceramic tile
The invention belongs to the technical field of thermal insulation ceramic tiles, and particularly discloses a thermal insulation ceramic tile with a near-infrared light reflection function as well as a preparation method and an application of the thermal insulation ceramic tile. The heat preservation ceramic tile comprises a foaming ceramic layer and a compact layer from bottom to top. The raw materials for preparing the compact layer comprise a base material and a near-infrared light reflecting material, and the initial melting temperature of the base material is 850-900 DEG C. The preparation method comprises the following steps: the raw materials of the foamed ceramic layer are mixed and ground, and spray granulation is carried out to obtain a bottom layer material; the base material and a near-infrared light reflecting material are mixed and ground, and spray granulation is carried out to obtain a surface layer material; after the bottom layer material is flatly paved, the surface layer material is flatly paved on the bottom layer material, and the heat-insulating ceramic tile is prepared by pressing, drying and sintering, so that indoor and outdoor heat transfer can be effectively blocked, and solar radiation can be reduced and outdoor high temperature can be blocked in hot summer; in cold winter, the heat preservation and warming effects are achieved on the building, and therefore energy consumption is reduced.
本发明属于保温陶瓷砖技术领域,具体公开了一种具有近红外光反射功能的保温陶瓷砖及其制备方法与应用。保温陶瓷砖从下至上包括发泡陶瓷层和致密层;制备致密层的原料包括基料和近红外光反射材料,基料的始融温度为850‑900℃。其制备方法,包括以下步骤:将发泡陶瓷层的各原料混合并进行研磨,经喷雾造料后,得底层料;将基料与近红外光反射材料进行混合并进行研磨,经喷雾造料后,得面层料;将底层料平铺后,再将面层料平铺于底层料上,经压制、干燥、烧成后,制得的保温陶瓷砖,可有效阻隔室内外热量的传递,以实现在炎热的夏季,减少太阳辐射,阻隔室外高温;在寒冷的冬天,对建筑物起到保温取暖的作用,从而降低能源的消耗。
Thermal insulation ceramic tile with near-infrared light reflection function as well as preparation method and application of thermal insulation ceramic tile
具有近红外光反射功能的保温陶瓷砖及其制备方法与应用
ZHU ZHICHAO (Autor:in) / KE SHANJUN (Autor:in) / ZHANG TI (Autor:in) / MA CHAO (Autor:in) / TIAN WEI (Autor:in)
25.02.2022
Patent
Elektronische Ressource
Chinesisch
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