断桥铝门窗设备加工的高端铝合金门窗的属性

一.密封设计
One. Seal design
首先，密封设计单元式门窗的密封是最关键的，密封的主要结构是单元和保护框的密封和保护框架之间以及细胞之间的细胞和保护盒应使用两个或更多个之间和孔之间的密封件之间的密封连续橡胶密封.
First of all, the sealing design of unit doors and windows is the key, the main structure of the sealing unit and the protection box is sealed and protect the cell and protection box between frame and cell should be used between the seal between the continuous sealing rubber sealing between two or more and the hole.
密封结构设计的保护框架和所述孔之间应进行按照一个目标设计的形式的不同的结构，使帧之间的保护并且通常应该保持独立的入口防水砂浆封孔处理后使用，可使用防水硅胶保护框然后密封的内部和外部饰面之间的窗口开口。
Between the seal protection frame structure design and the hole should be carried out in accordance with the design of a goal and the different forms of the structure, make the protection between frames and usually should keep an independent entrance waterproof mortar sealing treatment after use, can use waterproof silicone protective box and sealing between the internal and external surface of the window opening.
二、防水设计
Two. Waterproof design
防水设计是门窗的一大亮点，可以在门做防水模块化设计双重防水设计，设备本身的防水设计，在屏蔽盒的第二层的门窗，按排水孔和单元的设置，除了保护以外下一帧和单元主体连接的位置也打开排水孔。
Waterproof design is one of the highlights of the doors and windows, can do the waterproof design of double door module in the waterproof design, waterproof design of the equipment itself, in the second layer of shielding box doors and windows, according to the drainage holes and the unit set, in addition to the protection of the next frame and outside the unit body is connected to the position is open drain hole.
雨水或冷凝水在正常条件下从所述排水口部直接对身体直接排出室。如果细胞体和由于由单元主体和腔型材冷凝物的内部排水不良造成的雨水渗透或渗漏密封不严之间的保护盒可经过防水保护盒顺利排出的第二层。
Rainwater or condensed water is directly discharged to the body from the drainage mouth under normal conditions. Second if the cell body and the protection box by unit body and internal cavity profile condensate caused by poor drainage of rainwater infiltration or leakage between the sealing waterproof protection box smoothly discharged.

第三、节能设计
Third, energy saving design
既使用防护盒，桥热剖面窗单元(磨损条形或分配式均可)，绝热结构宽度可以调整，根据节能目标的要求。由于单位门窗界面设计，单腔插头结构，前门窗单元可以容易地连接到弹性绝缘材料的一侧(挤出聚苯乙烯材料或聚氨酯材料)，能有效地阻碍剪接单元的空腔内部空气流通，节能效果远远超过其他同类节能窗，而且还起到了隔音，降噪的效果。
The protection box is used, the bridge thermal section window unit (wear strip or distribution type can be), the width of the adiabatic structure can be adjusted, according to the requirements of the energy saving target. Because the unit window interface design, single cavity plug structure, one side of the front door unit can be easily connected to the elastic insulating material (extruded polystyrene material or polyurethane material), can effectively retard the splicing unit inside the cavity air circulation, energy saving effect is far more than other similar energy-saving windows, but also played the sound insulation, noise reduction effect.
四、抗震设计
Four, aseismic design
单元式门窗一个特殊的插件安装相适应的结构使窗体的主体结构位移能力增 强，能有效吸收地震作用，温度变化，层间位移，比传统的门更适合不同地区的抗震要求。
A special plug-in door and window installation with a suitable structure can enhance the displacement capacity of the main structure of the form, and effectively absorb the earthquake effect, temperature change and interstory displacement, which is more suitable for seismic requirements in different areas than traditional doors.
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