A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of phosphogypsum composite wall
The invention discloses a construction method of an ardealite composite wall, which comprises the following steps of: positioning and paying off, mounting a positioning piece, mounting a template framework, pre-burying a water and electricity pipe groove, constructing a damp-proof layer, pouring a reinforcing rib, performing first spray building, dotting and screeding, performing second spray building, performing surface layer construction and performing completion acceptance. According to the construction method of the ardealite mortar spraying composite wall, PVC profiles serve as a formwork framework, spraying ardealite mortar premixed in a factory serves as a wall material, the ardealite mortar spraying composite wall is formed through on-site layered spraying, the whole ardealite mortar spraying composite wall is seamless, and the ardealite mortar spraying composite wall is a composite wall formed by integrated construction of an integrated wall, plastering and plastering, factory modularization and intensification are achieved through the composite wall, and the ardealite mortar spraying composite wall is formed. Meanwhile, waste ardealite is turned into wealth, the environment-friendly requirement and the green building requirement are met, meanwhile, the effect after construction is good, the adverse factor that the manual construction quality is unstable is overcome, safety and quality are more controllable, the cost is reduced, and meanwhile the construction progress is accelerated.
本发明公开了一种磷石膏复合墙体的施工方法，包括如下步骤：定位放线、安装定位件、安装模板骨架、预埋水电管槽、防潮层施工、浇筑加强筋、第一道喷筑、打点冲筋、第二道喷筑、面层施工及完工验收，本发明的磷石膏砂浆喷筑复合墙体的施工方法是以PVC型材为模板骨架，以工厂预混的喷筑磷石膏砂浆为墙体材料，通过现场分层喷筑而成，整体无缝隙，是集成墙、抹灰、批腻为一体化施工的复合墙体，该复合墙体实现了工厂模块化，集约化，同时将废弃磷石膏变废为宝，既满足环保要求又满足绿色建筑要求同时施工后效果较好，且克服人工施工质量不稳定得不利因素，使得安全和质量更可控，降低成本的同时加快了施工进度。
Construction method of phosphogypsum composite wall
The invention discloses a construction method of an ardealite composite wall, which comprises the following steps of: positioning and paying off, mounting a positioning piece, mounting a template framework, pre-burying a water and electricity pipe groove, constructing a damp-proof layer, pouring a reinforcing rib, performing first spray building, dotting and screeding, performing second spray building, performing surface layer construction and performing completion acceptance. According to the construction method of the ardealite mortar spraying composite wall, PVC profiles serve as a formwork framework, spraying ardealite mortar premixed in a factory serves as a wall material, the ardealite mortar spraying composite wall is formed through on-site layered spraying, the whole ardealite mortar spraying composite wall is seamless, and the ardealite mortar spraying composite wall is a composite wall formed by integrated construction of an integrated wall, plastering and plastering, factory modularization and intensification are achieved through the composite wall, and the ardealite mortar spraying composite wall is formed. Meanwhile, waste ardealite is turned into wealth, the environment-friendly requirement and the green building requirement are met, meanwhile, the effect after construction is good, the adverse factor that the manual construction quality is unstable is overcome, safety and quality are more controllable, the cost is reduced, and meanwhile the construction progress is accelerated.
本发明公开了一种磷石膏复合墙体的施工方法，包括如下步骤：定位放线、安装定位件、安装模板骨架、预埋水电管槽、防潮层施工、浇筑加强筋、第一道喷筑、打点冲筋、第二道喷筑、面层施工及完工验收，本发明的磷石膏砂浆喷筑复合墙体的施工方法是以PVC型材为模板骨架，以工厂预混的喷筑磷石膏砂浆为墙体材料，通过现场分层喷筑而成，整体无缝隙，是集成墙、抹灰、批腻为一体化施工的复合墙体，该复合墙体实现了工厂模块化，集约化，同时将废弃磷石膏变废为宝，既满足环保要求又满足绿色建筑要求同时施工后效果较好，且克服人工施工质量不稳定得不利因素，使得安全和质量更可控，降低成本的同时加快了施工进度。
Construction method of phosphogypsum composite wall
一种磷石膏复合墙体的施工方法
TANG XIAOMING (author) / XU HONGGANG (author) / AO YIQUAN (author) / WANG LIN (author) / LI HONGHAO (author) / ZHAO YU (author) / YIN LIANG (author) / WEI BORUI (author) / XIA ZHENDE (author) / LU JING (author)
2024-01-19
Patent
Electronic Resource
Chinese
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