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室内结露的形成原因以及解决方式

来源:http://www.sdyingxu.com/news/68.html 发布时间:2017-05-19

1、防水设计不合理。在窗户的设计中没有思索到根部上口的滴水处置,以及窗户下口根部的防水设计处置,水容易从保温层与窗根的衔接部位进入保温系统的内部,从而对外保温系统形成危害。
1, waterproof design is unreasonable. The water disposal is not considered in root window design, and window disposal waterproof design mouth root, water easily from the connecting parts of the insulating layer and the root window into the internal insulation system, so as to the external insulation system harm.
2、冷热桥构成。保温断点设计不合理,招致窗洞周边构成热桥效应,应该改善室内的湿度死角,坚持良好的通风条件,从基本上阻断热桥.
2, cold bridges constitute. The breakpoint insulation design is unreasonable, cause window surrounding form the thermal bridge effect, should improve the humidity in the room corner, adhere to good ventilation conditions, basically from blocking the bridge.

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3、窗的节点设计不合理。在节能设计中对窗的设计位置只要一个准绳,就是依据保温方式的不同而设置不同的位置。
3, the design of the window node is unreasonable. In the energy-saving design, the design position of the window as long as a criterion, that is, according to the different heat preservation mode and set different positions.
采用外保温时应靠近墙体的外侧。尽量使保温层与窗衔接成一个整体以减少保温层与窗体间的保温断点、防止热桥的发作。
When using outside heat preservation, should be close to the wall outside. Try to make the insulation and window interface as a whole to reduce the insulation layer and the insulation between forms of attack breakpoints, prevent the bridge.
有的设计人员在设计中无视了外窗膀传热对耗热指标的影响,对外窗洞口四周的窗膀不采取保温设计处置。这就招致了室内结露.
Some designers ignore the influence of external window bladder heat transfer on heat consumption index in the design of the window around the window, external insulation design does not take the disposal of bladder. This has caused indoor condensation

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