Aluminum-coated glass fiber energy-saving fire-resistant window

Abstract

The invention relates to an aluminum-coated glass fiber energy-saving fire-resistant window. The aluminum-coated glass fiber energy-saving fire-resistant window comprises waterproof hollow glass; andthe fireproof hollow glass is fixedly connected with an upper frame profile and a lower frame profile through building flame-retardant sealants correspondingly, the upper frame profile and the lower frame profile are connected in an up-down staggered mode, flame-retardant sealant tapes are connected to connecting end openings in the left and right sides of the upper frame profile and the lower frame profile in a clamped mode, and the decorating surfaces of glass fiber profiles on the two sides of the upper frame profile and the lower frame profile are mechanically coated with aluminum alloy outer decorating sheets. The aluminum-coated glass fiber energy-saving fire-resistant window has the advantages of energy saving, heat preservation, heat insulation, sound insulation and the like of a common glass steel window and further has the building decorating property of an aluminum alloy window and the fire-resistant and high-strength properties of the glass steel window, no smoke and flameenter the unexposed surface of the whole window within the fire-resistant time limit while practicability and attractiveness are ensured, and the fire is effectively prevented from spreading towards the indoor space.

Description

technical field [0001] The invention relates to the technical field of aluminum-coated glass fiber energy-saving and fire-resistant, in particular to an aluminum-coated glass fiber energy-saving and fire-resistant window. Background technique [0002] With the gradual improvement of people's safety awareness, the requirements for the fire performance of various building materials are becoming more and more strict. Most fireproof window glass beading is installed with screws, which has poor sealing performance and is prone to high rain. Fireproof windows can effectively isolate fire, To prevent the spread of fire, it is widely welcomed by the market. However, there is water leakage in the market now; and the window frame has poor corrosion resistance and is prone to rust. Therefore, the preparation of a more effective anti-corrosion and better sealing fire window has become a new market demand. [0003] In order to prevent building fires, reduce fire hazards, and protect pe...

AI Technical Summary

Problems solved by technology

In order to seize the market, various door and window manufacturers have made various improvements to the original building doors and windows. Due to their own process requirements, plastic steel windows need to wear steel linings in the inner cavity, and the improvement of the broken bridge heat insulation window will destroy the original three-cavity broken bridge principle. One is to wear a steel lining in the aluminum alloy cavity, and the inner and outer aluminum profiles are connected as a whole with steel and iron parts. Although this can achieve a certain fire-resistant effect, the energy saving will not be achieved. The other is to fill the cavity with mud , This kind of construction is difficult and costly. There is also a combination of FRP and aluminum, aluminum alloy for interior and exterior decoration, and FRP for the middle body. equipment increase

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