Acoustic foam: Difference between revisions
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=== Acoustic enhancement === |
=== Acoustic enhancement === |
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The objective is to enhance the properties of sound by improving speech clarity and [[sound quality]].{{cn|date=January 2017}} For this reason, acoustic foam is often used in [[recording studio]]s.{{cn|date=January 2017}} The purpose is to reduce, but not entirely eliminate, resonance within the room.{{cn|date=January 2017}} This is achieved by placing similar sized pieces of foam, often in the shape of cones or triangles, on opposite walls. |
The objective is to enhance the properties of sound by improving speech clarity and [[sound quality]].{{cn|date=January 2017}} For this reason, acoustic foam is often used in [[recording studio]]s.{{cn|date=January 2017}} The purpose is to reduce, but not entirely eliminate, resonance within the room.{{cn|date=January 2017}} This is achieved by placing similar sized pieces of foam, often in the shape of cones or triangles, on opposite walls.{{cn|date=January 2017}} |
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=== Functionality === |
=== Functionality === |
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Revision as of 15:05, 18 October 2017
 | This article possibly contains original research. (January 2017) |
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Acoustic foam is an open celled foam used for acoustic treatment. It attenuates airborne sound waves by increasing air resistance, thus reducing the amplitude of the waves.[citation needed] The energy is dissipated as heat.[citation needed] Acoustic foam can be made in several different colors, sizes and thickness.[citation needed]
Acoustic foam can be attached to walls, ceilings, doors, and other features of a room to control noise levels, vibration, and echoes.[citation needed]
Many acoustic foam products are treated with dyes and/or fire retardants.[citation needed]
Uses
The objective of acoustic foam is to improve the sound quality by removing residual sound in any space.[1]This purpose requires strategic placement of acoustic foam panels on walls, ceiling and floors, effectively eliminating resonance within the room.[citation needed]
Acoustic enhancement
The objective is to enhance the properties of sound by improving speech clarity and sound quality.[citation needed] For this reason, acoustic foam is often used in recording studios.[citation needed] The purpose is to reduce, but not entirely eliminate, resonance within the room.[citation needed] This is achieved by placing similar sized pieces of foam, often in the shape of cones or triangles, on opposite walls.[citation needed]
Functionality
Acoustic foam is a lightweight material made from polyurethane foam either polyether or polyester, and also extruded melamine foam.[2] It is usually cut into tiles - often with pyramid or wedge shapes - which are suited to placing on the walls of a recording studio or a similar type of environment to act as a sound absorber, thus enhancing the sound quality within a room.[citation needed]
Acoustic foam reduces or eliminates echoes and background noises by controlling the reverberation that sound can make by bouncing off walls.[citation needed] This type of sound absorption is different from soundproofing, which is typically used to keep sound from escaping or entering a room.[citation needed] Therefore, acoustic foam is installed in large rooms like churches, synagogues, concert halls.[citation needed] These rooms have large, flat space and noise will certainly bounce around in the room.[citation needed] These sound absorbers are used to improve the acoustics of the room, which thereby reduces noise in the room.[citation needed]
Acoustic foam typically deals more with the mid and high frequencies.[citation needed] To deal with lower frequencies, much thicker pieces of acoustic foam are needed; large pieces of acoustic foam are often placed in the corners of a room and are called acoustic foam corner bass traps.[citation needed]
See also
- Sorbothane
- Bushing (isolator)
- Anechoic chamber
- Soundproofing
- Vibration isolation
- Polystyrene
- Styrofoam
- Polyurethane
References
- ^ Chen, Francine Robina (1980). "Acoustic characteristics and intelligibility of clear and conversational speech at the segmental level" – via Massachusetts Institute of Technology.
{{cite journal}}: Cite journal requires|journal=(help) - ^ "Acoustic Foam | Sound Control". soundcontroltech.com. Retrieved 2017-06-16.