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Solid-waste-based fabricated thermal insulation wall and construction method thereof
The invention provides a solid-waste-based fabricated thermal insulation wall and a construction method thereof. A high-ductility solid-waste-based cubic opening non-dismantling formwork of the thermal insulation wall wraps the periphery of a composite thermal insulation wall; a reinforced concrete layer, a heat preservation layer and a self-leveling mortar layer are sequentially arranged in the composite heat preservation wall body from bottom to top. And one side of the opening of the high-ductility solid waste-based cubic opening non-dismantling template is a building external facade. The problem that in a traditional building construction mode, organic connection is not established in the processes of design, production, construction and the like, and consequently connection in the construction process is poor is solved, an original concrete protection layer is replaced with the high-ductility solid-waste-based cubic opening non-dismantling formwork, the consumption amount of the formwork and the stacking amount of solid waste materials are effectively reduced, the corrosion resistance, the anti-freezing performance and the anti-shearing performance of the wall are improved, and the heat preservation layer is wrapped in the solid waste-based cubic opening non-dismantling formwork, so that the phenomena that the heat preservation layer falls off and catches fire are effectively avoided.
本发明提出一种固废基装配式保温墙体及其施工方法,该保温墙体的高延性固废基立方体开口免拆模板包裹在复合保温墙体外周;复合保温墙体内部由下至上依次为钢筋混凝土层、保温层和自流平砂浆层;高延性固废基立方体开口免拆模板开口一侧为建筑外立面。解决了传统的建筑施工方式中设计、生产、施工等过程并未建立有机联系,导致施工过程中的联系性较差的问题,本发明通过高延性固废基立方体开口免拆模板代替原有的混凝土保护层,有效降低模板的耗损量和固废材料的堆放量,同时提高墙体的耐腐蚀性、抗冻性能以及抗剪切性能,通过将保温层包裹在固废基立方体开口免拆模板内部,有效避免保温层发生脱落及着火现象。
Solid-waste-based fabricated thermal insulation wall and construction method thereof
The invention provides a solid-waste-based fabricated thermal insulation wall and a construction method thereof. A high-ductility solid-waste-based cubic opening non-dismantling formwork of the thermal insulation wall wraps the periphery of a composite thermal insulation wall; a reinforced concrete layer, a heat preservation layer and a self-leveling mortar layer are sequentially arranged in the composite heat preservation wall body from bottom to top. And one side of the opening of the high-ductility solid waste-based cubic opening non-dismantling template is a building external facade. The problem that in a traditional building construction mode, organic connection is not established in the processes of design, production, construction and the like, and consequently connection in the construction process is poor is solved, an original concrete protection layer is replaced with the high-ductility solid-waste-based cubic opening non-dismantling formwork, the consumption amount of the formwork and the stacking amount of solid waste materials are effectively reduced, the corrosion resistance, the anti-freezing performance and the anti-shearing performance of the wall are improved, and the heat preservation layer is wrapped in the solid waste-based cubic opening non-dismantling formwork, so that the phenomena that the heat preservation layer falls off and catches fire are effectively avoided.
本发明提出一种固废基装配式保温墙体及其施工方法,该保温墙体的高延性固废基立方体开口免拆模板包裹在复合保温墙体外周;复合保温墙体内部由下至上依次为钢筋混凝土层、保温层和自流平砂浆层;高延性固废基立方体开口免拆模板开口一侧为建筑外立面。解决了传统的建筑施工方式中设计、生产、施工等过程并未建立有机联系,导致施工过程中的联系性较差的问题,本发明通过高延性固废基立方体开口免拆模板代替原有的混凝土保护层,有效降低模板的耗损量和固废材料的堆放量,同时提高墙体的耐腐蚀性、抗冻性能以及抗剪切性能,通过将保温层包裹在固废基立方体开口免拆模板内部,有效避免保温层发生脱落及着火现象。
Solid-waste-based fabricated thermal insulation wall and construction method thereof
一种固废基装配式保温墙体及其施工方法
LI SHUANG (Autor:in) / ZHAO JIANJUN (Autor:in)
08.02.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
B28B
Formgeben von Ton oder anderen keramischen Stoffzusammensetzungen, Schlacke oder von Mischungen, die zementartiges Material enthalten, z.B. Putzmörtel
,
SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS, SLAG OR MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
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