Acoustiblok releases Acoustiblok Wallcover, advanced soundproofing material provides high quality noise reduction without the mess and expense of tearing out walls. Acoustiblok-Wallcover can be painted or wallpapered to match any room décor.
TAMPA, Florida, August 22, 2011 – NASA spinoff company Acoustiblok, Inc., a world leader in noise abatement solutions, has launched a new sound barrier product, Acoustiblok-Wallcover®, providing effective noise reduction for any room in which quiet and privacy are desired.
Acoustiblok Wallcover is the first scientifically designed noise reduction solution available that is applied directly on top of existing wall surfaces (including concrete). It installs easily with adhesive spray and requires just two or three people to align and hang it properly, making it a perfect weekend DIY project for silencing any room.
Years in the making, Acoustiblok Wallcover incorporates a unique aerospace nanotechnology laminate which provides the acoustical breakthrough needed for this type of application. Significant sound reduction must not only stop airborne sound, but also mechanical sound transmission (i.e., vibration through a wall). Acoustiblok Wallcover addresses both.
For apartment and condo residents, Acoustiblok Wallcover can provide a noise barrier between adjacent units, eliminating the noise problems associated with multi-family living.
Loud music, the neighbors’ conversations, and the everyday noises that seep from one living space into another can be permanently blocked. Since it can be painted or wallpapered, no one will notice the difference between an untreated wall and a wall treated with Acoustiblok-Wallcover once it is installed and finished.
Within any private residence, Acoustiblok-Wallcover can provide tranquility in the study or nursery when the television or home theater is at full volume in the adjacent room. Any room in the house can become a sanctuary with Acoustiblok Wallcover, so piano practice in the music room won’t interfere with reading or quiet conversation in the bedroom. For business and professional associations that must provide private conference and meeting rooms, Acoustiblok Wallcover is a perfect solution for preventing conversations from being heard in adjacent rooms. Attorneys, physicians, and law enforcement agencies must be able to provide private, soundproof rooms to assure client confidentiality and to protect sensitive information discussed during corporate meetings.
Acoustiblok Wallcover’s flexible material measures approximately ¼ of an inch thick, and is available in 4-foot by 8-foot sections. Weighing about one pound per square foot, Acoustiblok Wallcover is fairly heavy, which is why it takes two or three people to install. A simple box cutter is all that is needed to create cutouts for electric sockets and light switch panels.
Recent certified laboratory tests have proven that adding just one layer of Acoustiblok Wallcover to only one side of a stud wall resulted in a sound transmission classification (STC) of 53, providing more noise reduction than 12-inches of poured concrete (STC 51).
“While the ideal method for reducing noise levels in a stud wall is to attach noise abatement material to the studs within the wall during construction, the majority of time the wall is completed before the end user is aware of the noise,” says Lahnie Johnson, founder and president of Acoustiblok, Inc.
“Before the development of Acoustiblok Wallcover, no scientifically proven noise barrier solution existed that could be applied directly to an existing wall,” Johnson said.
“Obviously, the applications for this new product are endless, and now anyone can resolve noise issues without hiring contractors or tearing out walls.”
Acoustiblok-Wallcover material, made in the U.S.A. with all U.S. materials, also has extensive industrial and commercial applications. For more information on Acoustiblok-Wallcover, or to view a video demonstration of Acoustiblok’s sound-deadening capabilities, visit the website (www.acoustiblok.com), call 813.980.1400, or email firstname.lastname@example.org.