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DECKfon® 17T, 26T, 30T - Acoustic Chipboard Overlay Floorboard

Name: DECKfon® 17T, 26T, 30T - Acoustic Chipboard Overlay Floorboard
Brand: Cellecta Ltd
SKU: vUpAsgcR8JrHnKTiVTuNzR

Verified by manufacturer 6 months ago

DECKfon® 30T

Cellecta Ltd

High performance acoustic overlay insulation boards suitable for refurbishment of timber floors.

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+44 (0)1634 296 677 Website

Application

Suitable for conversion projects where the joists are covered with a timber decking. Can be used to reduce impact sound transmission through a concrete floor.

Description

Designed for conversion projects where the joists are covered with a timber decking and the ceiling is to be replaced.

Features and benefits:

Available in three thicknesses.
Excellent acoustic properties.
Incorporates moisture resistant floorboard.
Quick and easy to install.
Tongue and groove edge detail.

General information

Color	Yellow Beige
Finish	Smooth
Material	Chipboard Guidance for specification option: Resilient layer: 8 mm thick open-cell, low resonance, recycled flexible polyurethane (Grade A2) Foam
Shape	Rectangle
Length	2400 mm
Width	600 mm
Height	17 mm 26 mm 30 mm

Uniclass	Pr_25_71_97_60 ParticleboardsPrimary
CAWS	K11/115 Battened plywood floating floor K20/150 Battened timber board floating floor K20/20 Battened timber board floating floor

Product range	Acoustic Solutions / DECKfon

Specification data - Particleboards

Board type	To BS EN 312, type P5.
Grade	MR (moisture-resistant).
Format	- Manufacturer guidance Insert requirements.
Thickness	30 mm.

Product Reference	DECKfon® 30T
Weight	16.2 kg/m².
Resilient layer	8 mm-thick open-cell, low resonance, recycled flexible polyurethane (Grade A2).

Sustainability data

Contains Red List materials	No
Country of material origin	Latvia
Country of product manufacture	United Kingdom
Material	Chipboard Guidance for specification option: Resilient layer: 8 mm thick open-cell, low resonance, recycled flexible polyurethane (Grade A2) Foam
Recyclability	0
Recycled content As defined in clause 7.8 of BS EN ISO 14021	80 %