Acoustic, perforated and pre-finished gypsum suspended ceiling planks with integral sound absorbent backing tissue....

Product overview

Perforated Ceiling Tiles are squared edged, 12.5mm thick and available as 300mm x 1200mm tiles to suit common
exposed grid systems. 
6/15Round 12/25Square  3/9Miro  4/14Ovel Four perforation modes, full depth holes to approximately 10%-19.6%
of the panel area. This, combined with suitable insulation, provides a medium level of sound absorption to reduce
echoes and reverberation.

Typical application

Perforated Ceiling Tiles are designed to suit standard suspended grid systems, typically in commercial construction.
Suitable for a range of commercial environments where sound absorption is requires, Perforated Ceiling Tiles are
often used in shopping centres, offices, restaurants, libraries and galleries.

 T600 4/14U Tangent

Acoustic, perforated and pre-finished gypsum suspended ceiling planks with integral sound absorbent backing tissue....

Detailed introduction

DEGOTONE Strip  Gypsum Acoustic Ceiling Tiles

Decorative, perforated and pre-finished gypsum suspended ceiling tiles with integral sound absorbent backing tissue.
DEGOTONE   ceiling tiles are manufactured with various surface finishes and differentperformance properties to suit
a variety of applications.Supatone provides an economical grid ceiling tile option with a basic, white pre-finished surface.

Freshtone Tiles are lightly textured, premium quality plasterboard ceiling tiles that provide acoustic separation in
commercial applications.The edges of the tiles are cut square to suit exposed grid ceiling systems. The white
vinyl facing is easy to clean.

Product description
·Material: high-strength plasterboard
· Hole shape: square hole
·Surface: white coating or PVC
·Back: Sound absorbing paper (white or black)
·Edge: Lay in

Product data

·Sizs :300X1200mm
·Thickness 12.5mm
· Weight: 8.8 kg/m2
·Hole type: square hole
·Center distance: 8.33-25mm
·Perforation rate: 9%-16%

Sound absorption performance
·NRC=0.73
· Dn, c, w = 16dB
· Dn, c, w = 33dB
*: With Sound absorbing wool