Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Existing building ceramic tile facade transformed granitic plaster structure and construction method
The invention discloses a granitic plaster structure transformed from an existing building ceramic tile facade and a construction method, and relates to the technical field of building construction. The granitic plaster structure comprises a ceramic tile decorative surface layer arranged on the building wall facade; a steel wire mesh is hung on the ceramic tile decorative surface layer; wherein the steel wire mesh is fixed on the ceramic tile decorative surface layer through a plurality of groups of expansion bolts; a cement paste layer is coated on the steel wire mesh and is used for leveling the surface of the ceramic tile decorative surface layer; the cement paste layer is coated with a granitic plaster layer, and the surface of the ceramic tile decorative surface layer is subjected to cleaning and galling treatment; hanging a steel wire mesh on the ceramic tile decorative surface layer; expansion bolts are installed to fix the steel wire mesh; brushing a cement paste layer; the granitic plaster layer is brushed, the flatness of the granitic plaster layer is controlled based on the exposed length of the expansion bolts, the method combining the ceramic tiles and the granitic plaster is light, flexible, convenient and easy to operate, the construction cost of updating of the existing building facade can be effectively reduced, the construction speed can be effectively increased, and the method is environmentally friendly and low-carbon.
本发明公开了一种既有建筑瓷砖外立面改造水刷石结构及施工方法，涉及建筑施工技术领域，水刷石结构包括布设于建筑墙体外立面上的瓷砖装饰面层；瓷砖装饰面层上挂接有钢丝网；其中，钢丝网通过若干组膨胀螺栓固定于瓷砖装饰面层上；钢丝网上涂刷有水泥浆层，以用于瓷砖装饰面层表面的找平处理；水泥浆层上涂刷有水刷石层，通过对瓷砖装饰面层表面进行清洗拉毛处理；于瓷砖装饰面层上挂接钢丝网；安装膨胀螺栓对钢丝网进行固定；涂刷水泥浆层；涂刷水刷石层，基于膨胀螺栓的外漏长度，控制水刷石层的平整度，采用瓷砖和水刷石的结合方法轻巧灵便、操作简单，采用该方法可有效降低既有建筑外立面更新的施工成本，加快施工速度，绿色低碳。
Existing building ceramic tile facade transformed granitic plaster structure and construction method
The invention discloses a granitic plaster structure transformed from an existing building ceramic tile facade and a construction method, and relates to the technical field of building construction. The granitic plaster structure comprises a ceramic tile decorative surface layer arranged on the building wall facade; a steel wire mesh is hung on the ceramic tile decorative surface layer; wherein the steel wire mesh is fixed on the ceramic tile decorative surface layer through a plurality of groups of expansion bolts; a cement paste layer is coated on the steel wire mesh and is used for leveling the surface of the ceramic tile decorative surface layer; the cement paste layer is coated with a granitic plaster layer, and the surface of the ceramic tile decorative surface layer is subjected to cleaning and galling treatment; hanging a steel wire mesh on the ceramic tile decorative surface layer; expansion bolts are installed to fix the steel wire mesh; brushing a cement paste layer; the granitic plaster layer is brushed, the flatness of the granitic plaster layer is controlled based on the exposed length of the expansion bolts, the method combining the ceramic tiles and the granitic plaster is light, flexible, convenient and easy to operate, the construction cost of updating of the existing building facade can be effectively reduced, the construction speed can be effectively increased, and the method is environmentally friendly and low-carbon.
本发明公开了一种既有建筑瓷砖外立面改造水刷石结构及施工方法，涉及建筑施工技术领域，水刷石结构包括布设于建筑墙体外立面上的瓷砖装饰面层；瓷砖装饰面层上挂接有钢丝网；其中，钢丝网通过若干组膨胀螺栓固定于瓷砖装饰面层上；钢丝网上涂刷有水泥浆层，以用于瓷砖装饰面层表面的找平处理；水泥浆层上涂刷有水刷石层，通过对瓷砖装饰面层表面进行清洗拉毛处理；于瓷砖装饰面层上挂接钢丝网；安装膨胀螺栓对钢丝网进行固定；涂刷水泥浆层；涂刷水刷石层，基于膨胀螺栓的外漏长度，控制水刷石层的平整度，采用瓷砖和水刷石的结合方法轻巧灵便、操作简单，采用该方法可有效降低既有建筑外立面更新的施工成本，加快施工速度，绿色低碳。
Existing building ceramic tile facade transformed granitic plaster structure and construction method
一种既有建筑瓷砖外立面改造水刷石结构及施工方法
CHENG LONGSHU (Autor:in) / ZHANG YANG (Autor:in) / LIU LONG (Autor:in) / SUN BANGMIN (Autor:in) / YE LIANGSONG (Autor:in) / HUANG BIAOZHI (Autor:in)
25.07.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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