Blackout curtains not only block light, but also have a certain sound insulation effect. Especially when used in conjunction with other sound insulation measures, they can significantly improve the quietness and acoustic environment of the room.
The synergistic effect of blackout curtains and soundproof windows
Soundproof windows use double or triple glazing and sealing materials to block noise, especially low-frequency noise, such as traffic or aircraft flying. However, although soundproof windows can significantly reduce noise, they cannot completely eliminate noise, especially mid- and high-frequency noise such as human voice or wind noise. At this time, the sound absorption and reflection capabilities of blackout curtains can play a supplementary role.
Blackout curtains effectively absorb remaining high-frequency noise through heavy fabric materials such as polyester or velvet. Soundproof windows block out some of the main noise, while curtains further reduce the remaining noise coming in through the windows. Especially when the curtain material is dense, covers the entire window and fits closely to the window frame, the synergy can be maximized to improve the overall sound insulation performance.
The synergistic effect of blackout curtains and sealing strips
Window gaps are one of the main pathways for noise to pass through. Even with highly effective soundproof windows, sound can still enter the room through gaps in the window frame. In this case, using window sealing strips can effectively reduce the noise transmitted through the gaps. Weatherstripping, usually made of rubber or foam, seals gaps in windows, preventing the passage of air and sound.
Blackout curtains in this case act as a secondary barrier by covering the entire window and sealing strips, further absorbing and reflecting noise that enters through tiny gaps. This combination is particularly suitable for handling mid- to high-frequency noise, such as wind and street noise. Sealing strips seal the noise leakage paths in the gaps, and blackout curtains act as a buffer within the room, reducing remaining sound waves.