Acoustic Ceiling Pads

Ceiling pads suitable for either improving sound insulation between rooms using a T24 type grid or for absorbing reveberation behind a perforated ceiling tile.

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Description

Acoustic Ceiling Pads with Foil, Tissue or PVC wrap

BCO Foil wrapped and/or Black tissue faced acoustic ceiling pads

BCO foil wrapped acoustic ceiling padsBCO foil wrapped / black tissue-faced mineral fiber pads are especially suited for high tech or sensitive areas where any loose fibers would cause problems. They are also appropriate for applications requiring Class 0 fire rated products.

Helps to reduce room-to-room sound transmission over ceiling voids and reverberation within the room below.

The product consists of a 45kg/m³ density mineral fiber slab wrapped in bright Class 0 foil with, or without, a black tissue facing applied to one side. Black tissue is only required if the face would be visible for any reason.

No loose fibers in ceiling void

  • Helps reduce room-to-room noise transfer over ceiling voids
  • Class 0 fire rated
  • Shows black through ceiling perforations
  • Designed to fit all types of metal tray ceiling systems
Specifications
Pad thickness 25mm
Pad sizes 600x600mm or 1200x600mm
BCO foil 69 gm/m2
Black tissue 70 gm/m2
Mineral fiber 45kg/m3
Thermal conductivity 0.035W/mK

Black PVC encapsulated acoustic ceiling pads

 

Black Polyethylene Encapsulated Acoustic Ceiling Pads

Similar to the BCO foil wrapped / black tissue-faced acoustic pads, these pads also help to reduce room-to-room sound transmission over ceiling voids and reverberation within the room below.

The product consists of a 45kg/m³ to 60kg/m³ density mineral fiber slab totally enclosed in black polythene.

  • No loose fibers in ceiling void
  • Helps reduce room-to-room noise transfer over ceiling voids
  • Shows black through ceiling perforations
  • Designed to fit all types of metal tray ceiling systems
Specifications
Pad thickness 25mm, 50mm or 100mm
Pad size 600x600mm or 1200x600mm
Polythene thickness 250 gauge
Thermal conductivity 0.035W/mK for the 45kg/m3 material