A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Carbon fiber modified polypropylene composite mirror surface stainless steel template and mounting method
The invention belongs to the technical field of constructional engineering templates, and particularly relates to a carbon fiber modified polypropylene composite mirror surface stainless steel template and a mounting method. The composite mirror surface stainless steel formwork comprises a mirror surface stainless steel surface layer, a composite panel, a formwork outer frame and a cross-shaped fastener, the composite panel is installed on the formwork outer frame, the mirror surface stainless steel surface layer covers the composite panel, and the cross-shaped fastener is installed in the center of the mirror surface stainless steel surface layer. A plurality of positioning holes are formed in the side wall of the formwork outer frame, and the composite mirror surface stainless steel formworks are connected and detached in the mode that quick connecting pieces penetrate through the positioning holes. The composite mirror surface stainless steel formwork is easy to assemble, light, high in strength and low in manufacturing cost, and a large number of reinforcing materials are saved; the environment-friendly turnover rate is high, lightweight construction is achieved, modularization is achieved, and rapid splicing can be achieved; the template surface is smooth and flat, and the concrete forming surface quality is excellent; the construction efficiency can be improved by using the quick connecting piece, and a traditional construction step is replaced.
本发明属于建筑工程模板技术领域，具体涉及一种碳纤维改性聚丙烯的复合镜面不锈钢模板及安装方法。所述复合镜面不锈钢模板包括镜面不锈钢面层、复合面板、模板外框、十字紧固件，所述模板外框上安装复合面板，所述镜面不锈钢面层覆设在复合面板上，十字紧固件安装在镜面不锈钢面层中央；所述模板外框的侧壁设置数个定位孔，各所述复合镜面不锈钢模板通过快速连接件穿过定位孔实现连接与拆除。本发明的复合镜面不锈钢模板，组装简单，轻质高强造价低，节省大量加固材料；绿色环保周转率高，轻量化施工，模块化可快速拼装；模板表面光滑平整，混凝土成型面质量优；快速连接件的使用可以提高施工效率，代替传统施工步序。
Carbon fiber modified polypropylene composite mirror surface stainless steel template and mounting method
The invention belongs to the technical field of constructional engineering templates, and particularly relates to a carbon fiber modified polypropylene composite mirror surface stainless steel template and a mounting method. The composite mirror surface stainless steel formwork comprises a mirror surface stainless steel surface layer, a composite panel, a formwork outer frame and a cross-shaped fastener, the composite panel is installed on the formwork outer frame, the mirror surface stainless steel surface layer covers the composite panel, and the cross-shaped fastener is installed in the center of the mirror surface stainless steel surface layer. A plurality of positioning holes are formed in the side wall of the formwork outer frame, and the composite mirror surface stainless steel formworks are connected and detached in the mode that quick connecting pieces penetrate through the positioning holes. The composite mirror surface stainless steel formwork is easy to assemble, light, high in strength and low in manufacturing cost, and a large number of reinforcing materials are saved; the environment-friendly turnover rate is high, lightweight construction is achieved, modularization is achieved, and rapid splicing can be achieved; the template surface is smooth and flat, and the concrete forming surface quality is excellent; the construction efficiency can be improved by using the quick connecting piece, and a traditional construction step is replaced.
本发明属于建筑工程模板技术领域，具体涉及一种碳纤维改性聚丙烯的复合镜面不锈钢模板及安装方法。所述复合镜面不锈钢模板包括镜面不锈钢面层、复合面板、模板外框、十字紧固件，所述模板外框上安装复合面板，所述镜面不锈钢面层覆设在复合面板上，十字紧固件安装在镜面不锈钢面层中央；所述模板外框的侧壁设置数个定位孔，各所述复合镜面不锈钢模板通过快速连接件穿过定位孔实现连接与拆除。本发明的复合镜面不锈钢模板，组装简单，轻质高强造价低，节省大量加固材料；绿色环保周转率高，轻量化施工，模块化可快速拼装；模板表面光滑平整，混凝土成型面质量优；快速连接件的使用可以提高施工效率，代替传统施工步序。
Carbon fiber modified polypropylene composite mirror surface stainless steel template and mounting method
一种碳纤维改性聚丙烯的复合镜面不锈钢模板及安装方法
BAO RUCANG (author) / ZHOU WEI (author) / XIE BIN (author) / GUO MINGJUN (author) / YANG LIBO (author) / QIN DAWEI (author) / REN DAGUANG (author) / CUI JIANQIANG (author) / KUANG SIJING (author)
2023-12-15
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Concrete quick-release composite material template group with smooth stainless steel surface
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