Noise elimination treatment of TV curtain wall

Television curtain wall is a common element in modern architectural design, which can not only beautify the appearance of the building, but also bring more natural light and visual space to the room. However, due to the diversity of materials and design forms used in TV curtain walls, problems sometimes occur, such as environmental noise from the outside of TV curtain walls, which will affect residents' lives.

In order to solve this problem, it is necessary to mute the TV curtain wall. The specific methods are as follows.

1. Use sound insulation material. Sound insulation materials such as sound-absorbing cotton, glass fiber and air diaphragm are used between the inside and outside of the TV curtain wall to reduce the spread of noise. Among them, the sound-absorbing cotton has a good sound-absorbing effect, which can prevent indoor personnel from being disturbed by environmental noise such as traffic outside the window.

2. Design sound insulation structure. In the structural design of TV curtain wall, we can consider using double glass, heat insulation glass or laminated glass to set up sound insulation structure, or installing sound insulation board on the outer surface of external wall to reduce noise.

3. Use sound-absorbing glass. Sound-absorbing glass is a kind of polyethylene film or polyurethane cooling hardening foam material, which can effectively reduce the spread of noise when used in TV curtain wall. Sound-absorbing glass can maintain high quality in transparency and transmittance, so it will not affect the appearance of TV wall.

By adopting the above method, the noise problem of TV curtain wall will be effectively solved. It should be noted that the sound insulation design should consider the overall effect of the TV curtain wall to prevent visual impact after sound insulation. Only under the premise of maintaining visual aesthetic feeling, reasonable use of sound insulation materials and sound insulation structures can achieve good sound insulation effect.