A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Production method of cast-in-place composite heat preservation batten
The invention provides a production method of a cast-in-place composite heat preservation batten, and relates to the technical field of building heat preservation. The scheme is that the cast-in-place composite heat preservation batten comprises a heat preservation plate and a supporting frame, a bonding layer is arranged on the inner side of the heat preservation plate, and the production method mainly comprises the following steps that holes are formed in the heat preservation plate and used for penetrating through connecting ground anchors, and the connecting ground anchors stretch out of the heat preservation plate; the heat preservation plate and the supporting frame are placed in a matched mode, a pouring space is reserved in the side, close to the bonding layer, of the supporting frame, a steel wire mesh is installed in the pouring space, and the connecting anchor bolt penetrates out of the heat preservation plate and the bonding layer and then is connected with the steel wire mesh; aerated concrete or foamed high-strength alpha gypsum is poured into the pouring space of the supporting frame in situ, the poured aerated concrete or foamed high-strength alpha gypsum is combined with the bonding layer, and the steel wire mesh is poured into the bonding layer; and curing and forming is conducted. The problem that the heat preservation plate is difficult to be firmly connected with a thick aerated concrete layer or a foamed high-strength alpha gypsum layer is solved.
本发明提供了一种现浇注复合保温条板的生产方法，涉及建筑保温技术领域，采用的方案是：包括保温板和支护框架，所述保温板的内侧设置有粘结层，主要包括以下步骤：在保温板上打孔用于穿过连接锚钉，连接锚钉伸出保温板；保温板和支护框架配合放置，支护框架靠近粘结层的一侧预留有浇注空间，在浇注空间中安装有钢丝网片，连接锚栓从保温板和粘接层穿出后与钢丝网片连接；向支护框架的浇注空间中现浇注加气混凝土或发泡高强α石膏，且浇注的加气混凝土或发泡高强α石膏与粘结层结合，并将钢丝网片浇注在其中；养护成型。解决了保温板难以与厚厚的加气混凝土层或发泡高强α石膏层连接牢靠的问题。
Production method of cast-in-place composite heat preservation batten
The invention provides a production method of a cast-in-place composite heat preservation batten, and relates to the technical field of building heat preservation. The scheme is that the cast-in-place composite heat preservation batten comprises a heat preservation plate and a supporting frame, a bonding layer is arranged on the inner side of the heat preservation plate, and the production method mainly comprises the following steps that holes are formed in the heat preservation plate and used for penetrating through connecting ground anchors, and the connecting ground anchors stretch out of the heat preservation plate; the heat preservation plate and the supporting frame are placed in a matched mode, a pouring space is reserved in the side, close to the bonding layer, of the supporting frame, a steel wire mesh is installed in the pouring space, and the connecting anchor bolt penetrates out of the heat preservation plate and the bonding layer and then is connected with the steel wire mesh; aerated concrete or foamed high-strength alpha gypsum is poured into the pouring space of the supporting frame in situ, the poured aerated concrete or foamed high-strength alpha gypsum is combined with the bonding layer, and the steel wire mesh is poured into the bonding layer; and curing and forming is conducted. The problem that the heat preservation plate is difficult to be firmly connected with a thick aerated concrete layer or a foamed high-strength alpha gypsum layer is solved.
本发明提供了一种现浇注复合保温条板的生产方法，涉及建筑保温技术领域，采用的方案是：包括保温板和支护框架，所述保温板的内侧设置有粘结层，主要包括以下步骤：在保温板上打孔用于穿过连接锚钉，连接锚钉伸出保温板；保温板和支护框架配合放置，支护框架靠近粘结层的一侧预留有浇注空间，在浇注空间中安装有钢丝网片，连接锚栓从保温板和粘接层穿出后与钢丝网片连接；向支护框架的浇注空间中现浇注加气混凝土或发泡高强α石膏，且浇注的加气混凝土或发泡高强α石膏与粘结层结合，并将钢丝网片浇注在其中；养护成型。解决了保温板难以与厚厚的加气混凝土层或发泡高强α石膏层连接牢靠的问题。
Production method of cast-in-place composite heat preservation batten
一种现浇注复合保温条板的生产方法
QIAO LIN (author) / ZHENG JICHENG (author) / YANG QINGWEI (author) / LIU LIANG (author) / LIU DEQIANG (author) / NIU QIZENG (author) / LI KEYONG (author) / ZHAN DUANYUN (author) / SUN BO (author)
2021-12-17
Patent
Electronic Resource
Chinese
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