Your home your castle, and the last thing you need is your son or your daughter's stereo phone sounded like an army of knights charging through on their way to battle. Noise comes from the sound waves, the vibrations in the air generated by the physical action. If you can break, cut, modify or otherwise change the tide, you can change the amount of transmitted voice.
CONSTRUCTION OF THE GREAT WALL QUIET KEY
If you are building or renovating, you have many opportunities to impact noise transmission is not available to you after the house completed. Perhaps the most important consideration is the interior wall. A typical wall is a sandwich of wood stud drywall sheets over. Since drywall is a solid, relatively thin material, it does little to break the sound waves, and air trapped in the wall cavity between the sheets does not do anything to stop the transmission of sound.
One obvious solution is to install insulation in the walls between rooms, which will absorb some sound waves are very deadly and voice transmission. While any insulation is better then no, you're best off to determine the sound-insulation rather than the more common thermal insulation, usually found in the attic and exterior walls. Heavier and more solid, this type of insulation specifically designed for this application.
You can make a big impact in how drywall is installed, too. The majority of drywall is installed by attaching directly to the studs on each side of the wall, so that the sound waves from one room will resonate directly through the drywall-stud-drywall directly composites into the next room. Installing double layer drywall with staggered stitches on each side of the wall will help to some degree, providing additional and therefore the thickness of the additional mass to help eliminate the sound waves. Special sound-off sheet can be used as the first layer, directly under the outer layer of dry wall, or you can use one or two layers of 1/2-inch drywall instead of 5/8-inch standard.
For this transmission better stop the sound, you need to drop out of a direct connection between the drywall and studs as possible. Perhaps the most effective way to achieve this is to install resilient channel, also called "hat channels," before installing drywall. U-shaped metal channel mounted horizontally on the faces of the males, and then the drywall is attached to the metal channel is not buttoned. What is surprising from the point of connection and sound-absorbing nature of the channel design makes a big difference in how much sound transmission between walls.
Isolation mute the sound a bit more expensive then thermal insulation, but the key is not in full cost housing and will pay big dividends in peace and quiet, without affecting the overall size of the wall. Double layer drywall and resilient channels are also relatively inexpensive in the overall scheme of things, but remember that they make a thicker wall, which would require a larger door jambs and other adjustments.
WATCH THEIR WINDOWS AND DOORS
Make a hole in the wall, and you create a path to more noise. For that reason, when you think about how things calm down, you want to pay particular attention to the windows and doors. Wood and vinyl window frames have more properties then muted the metal frame, which is more susceptible to vibration and sound transmission. Also, thicker air space between the glass panels and better insulation operating in the window, the window would be better to do than the acoustic and thermal point of view.
Solid-core doors are also much better at blocking noise and the empty-core door, so you might want to consider upgrading to solid-core interior doors to the room where the sound that would be a problem. Even with solid-core doors, sound can make a way around the door, too. Therefore, keep the door close as possible suitable for floors, use resistant materials to seal between door frames and wall studs before installing the door casing, and consider some type of weatherstripping between the door and door stops, even on interior doors.
QUIET DOWN pipes
If you have a two-story house, set iron waste line for all the floors above the pipe. This dense, rather coarse material far better off running water sound a more general line of ABS plastic waste, which is smooth on the inside.
CONSTRUCTION OF THE GREAT WALL QUIET KEY
If you are building or renovating, you have many opportunities to impact noise transmission is not available to you after the house completed. Perhaps the most important consideration is the interior wall. A typical wall is a sandwich of wood stud drywall sheets over. Since drywall is a solid, relatively thin material, it does little to break the sound waves, and air trapped in the wall cavity between the sheets does not do anything to stop the transmission of sound.
One obvious solution is to install insulation in the walls between rooms, which will absorb some sound waves are very deadly and voice transmission. While any insulation is better then no, you're best off to determine the sound-insulation rather than the more common thermal insulation, usually found in the attic and exterior walls. Heavier and more solid, this type of insulation specifically designed for this application.
You can make a big impact in how drywall is installed, too. The majority of drywall is installed by attaching directly to the studs on each side of the wall, so that the sound waves from one room will resonate directly through the drywall-stud-drywall directly composites into the next room. Installing double layer drywall with staggered stitches on each side of the wall will help to some degree, providing additional and therefore the thickness of the additional mass to help eliminate the sound waves. Special sound-off sheet can be used as the first layer, directly under the outer layer of dry wall, or you can use one or two layers of 1/2-inch drywall instead of 5/8-inch standard.
For this transmission better stop the sound, you need to drop out of a direct connection between the drywall and studs as possible. Perhaps the most effective way to achieve this is to install resilient channel, also called "hat channels," before installing drywall. U-shaped metal channel mounted horizontally on the faces of the males, and then the drywall is attached to the metal channel is not buttoned. What is surprising from the point of connection and sound-absorbing nature of the channel design makes a big difference in how much sound transmission between walls.
Isolation mute the sound a bit more expensive then thermal insulation, but the key is not in full cost housing and will pay big dividends in peace and quiet, without affecting the overall size of the wall. Double layer drywall and resilient channels are also relatively inexpensive in the overall scheme of things, but remember that they make a thicker wall, which would require a larger door jambs and other adjustments.
WATCH THEIR WINDOWS AND DOORS
Make a hole in the wall, and you create a path to more noise. For that reason, when you think about how things calm down, you want to pay particular attention to the windows and doors. Wood and vinyl window frames have more properties then muted the metal frame, which is more susceptible to vibration and sound transmission. Also, thicker air space between the glass panels and better insulation operating in the window, the window would be better to do than the acoustic and thermal point of view.
Solid-core doors are also much better at blocking noise and the empty-core door, so you might want to consider upgrading to solid-core interior doors to the room where the sound that would be a problem. Even with solid-core doors, sound can make a way around the door, too. Therefore, keep the door close as possible suitable for floors, use resistant materials to seal between door frames and wall studs before installing the door casing, and consider some type of weatherstripping between the door and door stops, even on interior doors.
QUIET DOWN pipes
If you have a two-story house, set iron waste line for all the floors above the pipe. This dense, rather coarse material far better off running water sound a more general line of ABS plastic waste, which is smooth on the inside.
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