IPS现浇混凝土剪力墙自保温体系应用技术研究  

Study on Application Technology of IPS Cast-in-situ Concrete Shear Wall Self Insulation System

作　　者：王杰 WANG Jie(Development and Construction Co.,Ltd.of China Construction Eighth Engineering Division,Ji’nan,Shandong,250013,China)

机构地区：[1]中建八局发展建设有限公司,山东济南250013

出　　处：《工程建设（维泽科技）》2022年第2期134-136,共3页Engineering Construction

摘　　要：在建筑节能时代背景下,改善建筑热环境、提升室内热舒适度是人类生活的需要,也是可持续发展的必然选择。出于环境保护的需要,有必要积极学习先进的环保技术经验,进一步提高墙体保温防火的实际应用效果,科技促进建筑整体协调发展。IPS现浇混凝土剪力墙自保温体系具有保温效果好、防火性能优良和建筑保温与墙体同寿命等优点,减少了工序,结构型式科学合理,安全性能可靠。在开展房屋建筑外墙保温施工时,在合理材料支持下降低房屋建筑外墙保温施工难度,保障房屋建筑外墙保温施工效果。同时还应制定与房屋建筑相关的外墙保温施工技术,为推进房屋建筑外墙保温施工顺利开展提供技术支持。In the era of building energy conservation,improving the building thermal environment and improving indoor thermal comfort is not only the need of human life,but also the inevitable choice of sustainable development.For the needs of environmental protection,it is necessary to actively learn advanced environmental protection technology and experience,further improve the practical application effect of wall insulation and fire prevention,and promote the overall coordinated development of buildings through science and technology.IPS cast-in-situ concrete shear wall self insulation system has the advantages of good insulation effect,excellent fire performance and the same service life of building insulation and wall.It reduces the process,scientific and reasonable structural type and reliable safety performance.When carrying out the external wall insulation construction of housing buildings,with the support of reasonable materials,reduce the difficulty of external wall insulation construction of housing buildings and ensure the effect of external wall insulation construction of housing buildings.At the same time,the external wall insulation construction technology related to housing construction should be formulated to provide technical support for promoting the smooth development of external wall insulation construction of housing construction.

关 键 词：保温 建筑外墙 现浇混凝土外墙保温一体板 

分 类 号：TU7[建筑科学—建筑技术科学] TU3