A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of building composite waterproof thermal insulation wallboard
The invention discloses a construction method of a building composite waterproof thermal insulation wallboard, and solves the technical problem that a traditional construction technology and a waterproof thermal insulation material are difficult to effectively apply when a house building has a relatively complex roof structure and modeling. Comprising the steps that firstly, base layer defects are treated, before construction is carried out, impurities, protrusions and laitance of a concrete surface layer are carefully removed, old concrete is subjected to chiseling treatment, and cracks and holes are repaired and solved; secondly, the base is coated with neat cement paste by 20 mm, and leveling layer construction is completed; 3, the surface of the substrate is coated with the adhesive, and then the heat preservation plate is laid on the substrate; and 5, after the heat preservation plate is laid, anchoring treatment is conducted on the heat preservation plate by means of anchoring nails, the drilled holes penetrate into the position 5 cm away from the roof structure layer, the cement-based capillary crystalline waterproof material is filled, and after the cement-based capillary crystalline waterproof material slightly overflows, fixing treatment is conducted by means of the anchoring nails. The construction quality is improved, and the waterproof and heat preservation performance is excellent.
本发明公开了一种建筑复合防水保温墙板的施工方法，解决了在房屋建筑具有比较复杂的屋面结构和造型时，传统施工技术与防水保温材料就难以有效应用的技术问题。包括步骤一：处理基层缺陷，开展施工之前,要将混凝土面层的杂质、凸起、浮浆仔细清除掉，凿毛处理旧混凝土，对裂缝、孔隙进行修补和解决；步骤二：将素水泥浆涂刷于基底，涂刷20mm，完成找平层施工；步骤三：将黏贴剂涂于基底表面，再将保温板铺设在基底上；步骤五：铺设过保温板后，借助于锚固钉锚固处理保温板，钻孔深入到屋面结构层5cm处，对水泥基渗透结晶防水材料进行填充，稍微溢出之后,借助于锚钉进行固定处理。本发明施工质量得到提升，防水保温性能较为优良。
Construction method of building composite waterproof thermal insulation wallboard
The invention discloses a construction method of a building composite waterproof thermal insulation wallboard, and solves the technical problem that a traditional construction technology and a waterproof thermal insulation material are difficult to effectively apply when a house building has a relatively complex roof structure and modeling. Comprising the steps that firstly, base layer defects are treated, before construction is carried out, impurities, protrusions and laitance of a concrete surface layer are carefully removed, old concrete is subjected to chiseling treatment, and cracks and holes are repaired and solved; secondly, the base is coated with neat cement paste by 20 mm, and leveling layer construction is completed; 3, the surface of the substrate is coated with the adhesive, and then the heat preservation plate is laid on the substrate; and 5, after the heat preservation plate is laid, anchoring treatment is conducted on the heat preservation plate by means of anchoring nails, the drilled holes penetrate into the position 5 cm away from the roof structure layer, the cement-based capillary crystalline waterproof material is filled, and after the cement-based capillary crystalline waterproof material slightly overflows, fixing treatment is conducted by means of the anchoring nails. The construction quality is improved, and the waterproof and heat preservation performance is excellent.
本发明公开了一种建筑复合防水保温墙板的施工方法，解决了在房屋建筑具有比较复杂的屋面结构和造型时，传统施工技术与防水保温材料就难以有效应用的技术问题。包括步骤一：处理基层缺陷，开展施工之前,要将混凝土面层的杂质、凸起、浮浆仔细清除掉，凿毛处理旧混凝土，对裂缝、孔隙进行修补和解决；步骤二：将素水泥浆涂刷于基底，涂刷20mm，完成找平层施工；步骤三：将黏贴剂涂于基底表面，再将保温板铺设在基底上；步骤五：铺设过保温板后，借助于锚固钉锚固处理保温板，钻孔深入到屋面结构层5cm处，对水泥基渗透结晶防水材料进行填充，稍微溢出之后,借助于锚钉进行固定处理。本发明施工质量得到提升，防水保温性能较为优良。
Construction method of building composite waterproof thermal insulation wallboard
一种建筑复合防水保温墙板的施工方法
XU JIANXIAO (author) / NA EUN-HONG (author) / YI FUMIN (author) / LI YIN (author)
2023-06-23
Patent
Electronic Resource
Chinese
Building material waterproof thermal insulation wallboard
| European Patent Office | 2023
| European Patent Office | 2023
| European Patent Office | 2020