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Aluminum alloy formwork construction process for building construction
The invention relates to the technical field of building construction, and especially relates to an aluminum alloy formwork construction process for building construction. The aluminum alloy formwork construction process for building construction comprises the following steps: S1, construction preparation and pre-configuration of construction resources: taking a formwork, suspending the formwork in the air, spraying a coating along the surface direction of the formwork by using a paint spraying gun, and standing for 2-3 hours to form a protective film on the surface of the formwork; S2, line inspection: rechecking an axis and a wall line which are projected by construction paying-off personnel, visually inspecting whether reinforcing steel bars are in the wall line or not, correcting the reinforcing steel bars exceeding the wall line, drawing a reference line according to the checked wall line, and welding positioning reinforcing steel bars to a shear wall; and S3, wall plate and formwork installation: installing a wall plate and correcting the perpendicularity of the installed wall plate, then installing floor beam formworks and correcting the positions, then installing formwork keels between the floor beam formworks, carrying out overall correction and reinforcement after all the floor beam formworks are installed, and finally filling the bottom of the wall formwork with ash. According to the invention, a layer of protective film can be formed on the surface of the aluminum alloy formwork, so that the phenomenon of corrosion to the aluminum alloy formwork is avoided.
本发明涉及建筑施工技术领域,尤其涉及一种建筑施工用铝合金模板施工工艺,包括以下步骤:S1、施工准备与预先配置施工资源:取模板,将其悬挂空中,利用喷漆枪沿其表面方向喷覆涂料,静置2‑3小时后,在模板表面形成保护膜;S2、验线:复核施工放线人员投射的轴线和墙线,目测钢筋是否在墙线内,并修正超出墙线的钢筋,根据校核后的墙线投绘参考线,并在剪力墙上焊接定位钢筋;S3、安装墙板和模板:安装墙板并校正安装后的墙板的垂直度,再安装楼面梁模板并校正位置,随后在楼面梁模板之间安装模板龙骨,全部安装完毕后进行整体校正并加固,最后在墙模板底部填灰。本发明可通过在铝合金模板的表面形成一层保护膜,从而避免对其造成侵蚀的现象。
Aluminum alloy formwork construction process for building construction
The invention relates to the technical field of building construction, and especially relates to an aluminum alloy formwork construction process for building construction. The aluminum alloy formwork construction process for building construction comprises the following steps: S1, construction preparation and pre-configuration of construction resources: taking a formwork, suspending the formwork in the air, spraying a coating along the surface direction of the formwork by using a paint spraying gun, and standing for 2-3 hours to form a protective film on the surface of the formwork; S2, line inspection: rechecking an axis and a wall line which are projected by construction paying-off personnel, visually inspecting whether reinforcing steel bars are in the wall line or not, correcting the reinforcing steel bars exceeding the wall line, drawing a reference line according to the checked wall line, and welding positioning reinforcing steel bars to a shear wall; and S3, wall plate and formwork installation: installing a wall plate and correcting the perpendicularity of the installed wall plate, then installing floor beam formworks and correcting the positions, then installing formwork keels between the floor beam formworks, carrying out overall correction and reinforcement after all the floor beam formworks are installed, and finally filling the bottom of the wall formwork with ash. According to the invention, a layer of protective film can be formed on the surface of the aluminum alloy formwork, so that the phenomenon of corrosion to the aluminum alloy formwork is avoided.
本发明涉及建筑施工技术领域,尤其涉及一种建筑施工用铝合金模板施工工艺,包括以下步骤:S1、施工准备与预先配置施工资源:取模板,将其悬挂空中,利用喷漆枪沿其表面方向喷覆涂料,静置2‑3小时后,在模板表面形成保护膜;S2、验线:复核施工放线人员投射的轴线和墙线,目测钢筋是否在墙线内,并修正超出墙线的钢筋,根据校核后的墙线投绘参考线,并在剪力墙上焊接定位钢筋;S3、安装墙板和模板:安装墙板并校正安装后的墙板的垂直度,再安装楼面梁模板并校正位置,随后在楼面梁模板之间安装模板龙骨,全部安装完毕后进行整体校正并加固,最后在墙模板底部填灰。本发明可通过在铝合金模板的表面形成一层保护膜,从而避免对其造成侵蚀的现象。
Aluminum alloy formwork construction process for building construction
一种建筑施工用铝合金模板施工工艺
WANG XIUFANG (author) / WANG MEIXIANG (author) / WANG XINFENG (author) / JIANG YOUCHENG (author)
2021-08-17
Patent
Electronic Resource
Chinese
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