QuietSound Rubber Underlayment 4mm, 5mm, 6mm, 7mm, 8mm, 9mm, 10mm, 11mm
QuietSound Acoustical Underlayment
Optimal Sound Reduction for Quality Living, recommended sound control underlayment when the project requires a high-performance acoustic solution. The Most Resilient Material for Noise Reduction.
How to order: (sold by full Roll)
1) Select Underlayment Thickness
2) Enter the number of Rolls (100 SF/Roll) you need
QuietSound, Sound Control Underlayment
QuietSound™ Rolled Underlayment is the premium solution for noise transmission in all kinds of multi-story buildings. QuietSound’s sustainable, recycled rubber underlayment provides optimal sound reduction while remaining impervious to the elements. Unlike natural cork, recycled rubber remains permanently resilient and will not become brittle with exposure to air. Not only does QuietSound II™ prevent the annoying sound transmission of foot traffic to the floors below, it also effectively deadens the transmission of interior noise, such as from stereos and voices.
Green and Healthy
Used in schools, hospitals, hotels and condominiums, QuietSound™ has very low VOCs and can be installed under most types of grouted, glued and floating floors (no adhesive required for floating floors), including ceramic tile, stone, and engineered woods. QuietSound™ not only contributes to energy conservation, it qualifies for LEED (Leadership in Energy and Environmental design) points under Green Building Council Certifications, and is California Department of Public Health (CDPH) and the Collaborative for High Performance Schools (CHPS) certified.
Concrete floors are prone to cracking. QuietSound™ acts as a crack suppression membrane, preventing cracks as large as 1/4” from damaging the flooring above. In addition, QuietSound™ cushions and insulates ceramic and laminate floors without that artificial “springy” feeling.
Custom Sizes for Every Project
Available in 3mm, 5mm, 6mm, 9mm, and 12mm thicknesses, and custom thicknesses to 17mm
Benefits of Quiet Sound
*Delivers years of reliable sound control
*Simple, fast and cost-efficient installation
*Resists compression while offering superior underfoot comfort.
*Acts as a crack suppression membrane
*Fully recyclable at end of life
*Very low Volatile Organic Compounds (VOCs)
*Insulates ceramic and laminate floors without that “springy” feeling of cork or foam.
Use with laminate, hardwood, and engineered wood floor systems and most ceramic and stone tile installations to reduce noise transmission in High Rises, Condominiums, Schools, Multi-family homes, Hospitals, Apartment Buildings and Theaters
What is IIC and STC?
IIC: Impact Insulation Class
STC: Sound Transmission Class
Sound insulation between living areas in multi-family or single-family dwellings, is an important issue for the floor covering industry. When evaluating flooring underlayment for sound deadening characteristics; acoustical consultants, architects/specifiers and others rely on sound testing to define the performance of a floor/ceiling assemblies and determine how well they insulate against noise created by impact and by airborne vibration. The testing methods utilized in North America for sound evaluations and comparisons, and the values they generate, can be somewhat confusing and even, perhaps, misleading. The following is an effort to explain those sound test methods and their results.
There are two types of laboratory sound tests performed in a controlled environment recognized by the International Building Code (IBC) for sound vibration that travels from one living area to another: Impact Insulation Class (IIC) and Sound Transmission Class (STC). IIC tests the ability to block impact sound by measuring the resistance to transmission of impact noise or structure-borne noise (simulating footfalls, objects dropped on the floor, etc.). STC evaluates the ability of a specific construction assembly to reduce airborne sounds, such as voices, stereo
systems, and TV. Both tests involve a standardized noise making apparatus in an upper chamber and a sound measuring system in a lower chamber. Decibel measurements are taken at various specified frequencies in the lower chamber. Those readings are then combined using a mathematical formula to create a whole number representation of the test, the higher the number, the higher the resistance. Ratings of 50 or above for both the IIC and STC sound tests will satisfy the minimum requirements of the International Building Code. Non-laboratory, “field” tests for impact sound (FIIC) and for airborne sound (FSTC) are also recognized by the International Building Code. These sound tests utilize the same testing methods as IIC and STC but are conducted in an actual building after the floor installation is completed.
The IBC suggests ratings of 45 or higher for FIIC and FSTC testing. With the various types and combinations of building materials available to the industry, it is not surprising that the sound test results among different floor/ceiling assemblies may vary dramatically. One can imagine sound testing over a 6” concrete floor with a 12” suspended ceiling attached and filled with 8” of fiberglass insulation, as apposed to testing over just a 6” concrete slab. The more layers and thickness of materials usually means a higher sound test result. It is important to note that IIC/FIIC and STC/FSTC tests are not single component tests, but an evaluation of the whole floor/ceiling assembly, from the surface of the floor covering material in the upper unit, to the ceiling in the lower unit. An integral part of a report for any of these sound tests is a detailed description of the floor/ceiling assembly used in the test. IIC/FIIC and STC/FSTC tests are essential tools for evaluating sound in multi-level dwellings. However, without knowing and accounting for the whole floor/ceiling structure used in the test, the results are basically meaningless. Using IIC (FIIC) and STC (FSTC) results to represent the sound deadening ability of an underlayment without describing, in detail, the whole floor/ceiling assembly causes confusion at all levels of the marketplace and is ultimately misleading to the consumer.
The only way to accurately compare the sound deadening characteristics among underlayment materials using IIC/FIIC and STC/FSTC testing is to keep all other components in the test assembly constant, i.e., the same floor covering material, the same thickness and density of concrete (or composition of wood sub-floor), and the same suspended ceiling assembly. With everything else being equal, one can evaluate different underlayments as to their individual contributions to the sound insulating ability of that whole floor/ceiling structure. Another test that more directly evaluates impact sound of underlayment materials is ASTM E-2179, also known as the “Delta” test. This test basically consists of two IIC tests conducted over the same concrete sub-floor (150mm ± 50mm thick). One test is over the bare concrete subfloor (no flooring materials) and the other is over the concrete sub-floor with floor covering material and underlayment included. The measured IIC values are compared to the reference floor levels defined in the standard and adjusted to provide the IIC the covering would produce on the reference concrete floor. The Delta IIC or improvement of impact sound insulation is obtained by subtracting 28 (the value for the reference bare floor from the standard) from the adjusted IIC of the whole assembly. As long as the same floor covering material is used, one can conduct a series of Delta tests to evaluate among various underlayment materials.
For sound traveling from an upper living area to a lower living area, IIC/FIIC and STC/FSTC testing methods are important for evaluating whole floor/ceiling assemblies. For the accurate evaluation and comparison of the sound isolation characteristics of underlayment materials, the appropriate methods to use are either: 1) the ASTM E-2179 Delta test or 2) IIC/FIIC and/or STC/FSTC tests where the only variable in the floor/ceiling assembly is the underlayment material.
SurvivorGrip Adhesive is manufacture's recommended adhesive for QuietSound Underlayment products.
We are working closely with tier One Acoustic Engineer; do not hesitate to contact us with any question you may have in regards to Sound Contro and Acoustical Rating, we will help you to find the right product for your project.
|Collection||QuietSound Acoustical Underlayment|
|Style Name||QuietSound Rubber Underlayment 4mm, 5mm, 6mm, 7mm, 8mm, 9mm, 10mm, 11mm|
|Country of Origin||USA|
|Contents||100% Recycled Rubber|
|Available Shapes||Rolls only|
|Width||4 Feet (48")|
|Thickness||Available in 3mm, 4mm, 5mm, 6mm, 7mm, 8mm, 9mm, 10mm, 11mm, 12mm, 13mm, 15mm and 16mm Thickness, Custom Thickness from 3mm to 17mm|
|Material Weight||4mm=0.601 lb/ft², 5mm=0.751 lb/ft², 6mm=0.901 lb/ft², 7mm=1.052 lb/ft², 8mm=1.202 lb/ft², 9mm=1.352 lb/ft², 10mm=1.502 lb/ft², 11mm=1.653 lb/ft²|
|Price||Starting from $0.54 / SF. (for 4mm thick)|
|Installation Method||Direct Glue-down or Float|
|Where to Install||Below, On or Above Ground Level|
|Price / Sq. Ft.||$0.54|
|Sq. Ft. / Roll||100 Sq. Ft.|
|Price / Roll||$54.00|
|Freight to CFM||$150.00|
|Freight to Customer||Please call (310) 481-0611 for freight charge to your address|