Frame-hiding three-glass energy-saving sound insulating window and manufacture method thereof

Abstract

The invention relates to a frame-hiding three-glass energy-saving sound insulating window and a manufacture method thereof. The sound insulating window is characterized by comprising a flat opening window sash (1) consisting of a hollow glass inner layer and a single glass outer layer, a fixed window sash (2) and a window outer frame (3), wherein a muntin (11) needs to be arranged between the flat opening window sash (1) and the fixed window sash (2) according to design style; the hollow glass (4) is fixedly connected with the flat opening window sash (1) by a seal adhesive tape (5) and a flat opening window sash press strip (6); the single glass (7) is fixedly connected with the outer side of the flat opening window sash (1) by a double-side adhesive tape (8) and silicone structure adhesive (9); the top surface of the window outer frame (3) is in flexible embedded seal connection with a wall body (10) by a polyurethane foaming agent; and the top surface of the flat opening window sash (1) is connected with a window frame by a stainless steel sliding support (12). The invention has the advantages of firm and durable structure, tensile resistance, high shearing strength, stable quality, high noise reducing and sound insulating performance, air tightness, high watertight performance, high heat preserving performance and attractive appearance.

Description

technical field [0001] The invention relates to a hidden-frame window structure for building walls, in particular to a hidden-frame triple-glazed energy-saving soundproof window with heat preservation, energy saving and noise reduction performances and a manufacturing method thereof. Background technique [0002] Ordinary hidden frame curtain walls have the following disadvantages: 1. The opening amount is small, resulting in poor indoor ventilation of the building. 2. Ordinary hidden frame curtain walls are only suitable for office and industrial buildings but not for civil buildings. The present invention is mainly used for residential buildings. 3. Ordinary hidden frame curtain wall adopts insulating glass or single-layer glass, which has poor thermal insulation, energy saving and noise reduction performance, high manufacturing cost, high price and poor applicability. In the prior art, such as the utility model of "90-degree casement window for hidden frame hollow glass ...

AI Technical Summary

Problems solved by technology

3. Ordinary hidden frame curtain wall adopts hollow glass or single-layer glass, which has poor thermal insulation, energy saving and noise reduction performance, high manufacturing cost, high price and poor applicability

However, the performance of this utility model in terms of heat preservation, energy saving, noise reduction and cost performance is still insufficient and the price is relatively high, so it is not suitable for residential buildings

On the other hand, the window structure of ordinary building walls also has shortcomings such as thick window frames, unsightly facades, poor thermal insulation, energy saving and noise reduction performance, etc.

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