product details

size
Supplied on a roll, 5m x 0.6m or 5m x 1.2m

PRICES

key benefits

part-e:   Single Stud System using SoundBlocker Quilt SBQ2


Stud wall soundproofing using SoundBlocker Quilt Plus and Acoustic Plasterboard
Stud wall soundproofing using SoundBlocker Quilt Plus corner of SoundBlocker Quilt
Stud wall soundproofing using SoundBlocker Quilt Plus and Acoustic Plasterboard

overview

Soundproof a stud wall to Part E using acoustic plasterboard and sound absorbing/sound barrier SoundBlocker Quilt SBQ2.

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SoundBlocker Quilt SBQ2 Sound Reduction Performance
RwdB RwdB + Ctr
55 48
Part E Acoustic Requirement
New Build Refurbishment
DnT,w + Ctr dB DnT,w + Ctr dB
45 43

Components and Fixing Data:

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Technical Data
Application: Separating Wall
Mass per Unit:  55 kg / m2
Footprint Width: 130mm
Fire Protection: 60 Minutes
Certification: Sound Reduction index to BS EN ISO 140-3: 1995. Rating according to BS EN ISO 717-1: 1997

Stud wall soundproofing using SoundBlocker Quilt Plus and Acoustic Plasterboard

Acoustic performance graph

Information on our Soundblocker Quilt SBQ2

Acoustic Quilt SBQ2 consists of a laminate of 25mm innert acoustic mineral wool, 5Kg acoustic membrane and another 25mm acoustic mineral wool. Combined, these products give a superior level of sound absorption far more efficient than using normal mineral wool infill and acts as a very effective sound barrier and reducing the amount of noise that passes through the partition.

It performs up to 4 times better than normal acoustic mineral wool as has a sound stopping barrier layer sandwiched in the middle which helps blocks airborne sound as efficiently as lead of the same mass.

This Acoustic Quilt SBQ2 system exceeds Part E Resistance to the Passage of Sound making it an attractive product for both new build and conversion of existing buildings into flats.

Soundblocker Quilt SBQ2 can up rate a typical 12.5mm partition by up to 16dB!
Soundblocker Quilt SBG2 can up rate a typical floor section by up to 13dB!

Roll Size: 6m x 0.6m or 5m x 1.2m
Coverage: 3m² or 6m²
Thermal Resistance (R Value): 1.25 m2K/W. 


 


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