Acoustiblok

Acoustiblok is a registered trademark product of Acoustiblok Inc. It is a sound attenuation material that was introduced in 1999 and is manufactured in the United States. It is typically used during new construction or remodeling projects and is designed for application beneath the drywall and other finishing materials.

Physical properties

Acoustiblok is a mass-loaded vinyl, sound isolation product. It is an extremely dense but very flexible material that comes in two sizes; 16oz. and 32oz.

  • Sixteen ounce Acoustiblok is 1/8" thick, and weighs 1 lb/ft2.
  • Thirty-two ounce Acoustiblok is 1/4" thick, and weighs 2 lb/ft2.
  • Barium Free
  • Color: Black
  • High UV Resistance
  • No Fungal or Algal Growth

Performance data

The ability of a partition to block transmission of airborne sound is typically described by a single number rating of the Sound Transmission Class (STC).

  • Sixteen ounce Acoustiblok material has an STC of 26.
  • Thirty-two ounce Acoustiblok material has an STC of 32.
  • Adding one layer of Acoustiblok to a standard metal stud gypsum board interior wall, increases its STC to 53.
  • Double steel stud partition walls, faced with single layers of drywall and containing fiberglass insulation and Acoustiblok, can achieve an STC of 66.

STC is calculated using a range of frequencies similar to the human voice; attenuation in higher and lower ranges should be estimated from the Sound Transmission Loss graphs provided with standard STC reports.[1]

Test procedures and the formula for calculation of STC values are defined in ASTM Standards E90-02 and E413-87.

Construction applications

New Construction, Remodel/Renovation

Acoustiblok material is typically installed in partition walls and floor/ceiling assemblies when they are stripped to the studs.

Classification

Acoustiblok is qualified for use in commercial and institutional construction by its UL Classification file,[2] found under[3] Fire Tests of Building Construction and Materials. This Classification includes use in wall designs of the U300, U400, and V400 series, and floor-ceiling constructions of the L500 series, as specified in ANSI/UL 263 Fire Resistance Ratings.[4] Ratings of 1 and 2 hours can be obtained, depending on specific partition design.

gollark: Like I said, though, it may be a good idea to build off an existing Linux distribution (a lightweight one like Alpine), so you can get nice things like a package manager.
gollark: Very cool. I had the vague idea of bodging Alpine Linux a bit to directly boot into a CC emulator and then PotatOS, with a few services on the host to provide the ability to execute commands and whatnot from CC, but you... actually implemented something like that, which is a lot better.
gollark: But CC has previously made a bunch of breaking changes and "deprecated" (whoever wrote that on the old wiki does not know what it means) outdated stuff.
gollark: It *does* break compatibility if `setfenv` isn't available.
gollark: You can also use `setfenv`, but I think that might go away eventually? Depends on the will of the squidly one.

References
  1. Architectural Acoustics, M. David Egan, McGraw Hill 1988, pg 179
  2. UL Classification file
  3. "Archived copy". Archived from the original on 2006-07-18. Retrieved 2006-07-10.CS1 maint: archived copy as title (link) UL Standard 263
  4. ANSI/UL 263 Fire Resistance Ratings
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