When installing mobile doors and windows, the most important thing is to ensure that they are firm. Aluminum is the best because it is light and strong. The aluminum material is a kind of metal material, so during use, if the outside temperature is high, its thermal conductivity is very strong, resulting in higher indoor temperature. If we use window frame for the sliding door of insulated broken bridge, it can solve this problem. The exterior is made of aluminum metal, while the interior is made of plastic material. As a result, the thermal conductivity of plastic is relatively low. Although the thermal conductivity of the material is relatively high, it does not allow hot air to enter the room and is accordingly very cool.
The window frame for sliding door of insulated broken bridge should be made in the factory and not on the construction site. Doors and windows should be manufactured in accordance with the design and installation and acceptance requirements of the broken bridge aluminum alloy doors and windows. The broken bridge aluminum alloy door and window frames should be installed firmly. The doors and windows should be pushed and pulled and opened flexibly. The window sills should have drain holes and limit devices should be installed. The production of fasteners for broken aluminum doors and windows shall comply with the relevant technical regulations; the model, specifications, and performance of the hardware shall comply with the current national standards.
Window frame for sliding door of insulated broken bridge the processing of the drainage holes on the platform should follow the principle of the outer hole of the inner fan and the inner hole of the outer fan to ensure the sealing performance of the doors and windows. Especially the sealing performance of the sliding window, the top horizontal orientation, the structural components of the hidden frame window must be manufactured and maintained in a cleanroom. The principle of the broken-bridge aluminum-plastic composite window is to use plastic profiles (insulation is 1250 times higher than that of aluminum profiles) to separate and tightly connect the indoor and outdoor two layers of aluminum alloy into a whole to form a new heat-insulating aluminum profile.
This kind of profile is used for doors and windows, and its thermal insulation is at the same level as that of plastic (steel) windows-the the national standard. It completely solves the fatal problem of aluminum alloy conduction and heat dissipation and does not meet energy-saving requirements. The product is made of aluminum on both sides. The plastic profile cavity is used as heat-insulating material in the middle. This innovative structural design takes into account the advantages of both plastic and aluminum alloy materials, and at the same time meets various requirements for decorative effects, door and window strength, and aging resistance.
Using window frame for sliding door of insulated broken bridge, it’s heat insulation and plastic steel (steel) windows are at the same level-the the national standard level, which completely solves the fatal problem of aluminum alloy conduction and heat dissipation, and does not meet energy-saving requirements. The product is an aluminum glass Fiber. In the middle, the plastic profile cavity serves as a thermal decomposition material. This innovative structural design takes into account the advantages of plastics and aluminum alloys while meeting various requirements for decorative effects, door and window strength, and aging resistance.
English
Español
العربية
