Verified by manufacturer 12 days ago
Acoustic insulation system for concrete separating floors.
Suitable for the separating floors in new build, conversion or refurbishment projects based on concrete structures of approximately 300 kg/m².
Where sound control and insulation is required between separating concrete floors, the Hush HD1010 Hush Batten System is particularly suitable.
It is a soundproof ceiling and floor system that has been fully tested and compliant with all UK Building Regulations - Approved Document E (England & Wales), Section 5 (Scotland) and Part G (Northern Ireland).
Representing an economical solution where the building's separating floors are formed from concrete, HD1010 is suitable for use in projects based on concrete structures less than 300 kg/m² down to as low as 235 kg/m² mass per unit area.
How HD1010 is constructed:
Acoustic performance:
Impact (L’nT,w) - 56 dB
Airborne (DnT,w) - 56 dB
Airborne (DnT,w + Ctr) - 47 dB
Features and benefits:
Components:
Color | Brown Grey White |
Finish | Unfinished |
Material | Particleboard Felt Foam Timber |
Shape | Rectangle |
Length | Bespoke |
Width | Bespoke |
Height | Bespoke |
Uniclass | |
CAWS | K11/275 Acoustic separating floor system |
Product range |
Linings | |
Inner layers | Hush Felt Underlay.Guidance for specification option:
|
Fasteners | Hush Bond.Guidance for specification option: Panel adhesive. |
Perimeter seals | Hush Seal 20. Guidance for specification option:
|
Acoustic performance | Impact (Lntw): 56 dB. Airborne (Dntw): 56 dB. Airborne (Dntw +Ctr): 47 dB. |
Battens | Hush Batten 55. Guidance for specification option:
|
Country of material origin | Manufacturer guidanceVaries according to the materials and components used to form the system. |
Country of product manufacture | United Kingdom |
Material | Particleboard Felt Foam Timber |
Recyclability | Manufacturer guidanceVaries according to the materials and components used to form the system. |
Recycled contentAs defined in clause 7.8 of BS EN ISO 14021 | Manufacturer guidanceVaries according to the materials and components used to form the system. |