PolyPhon™ Polyester Acoustic Ceiling Tile

(1 customer review)


Size: 23-3/4" x 47-3/4"

Estimated Shipping Lead Time: 5 business days

Our PolyPhon™ Polyester Acoustic Ceiling Tile is a quick and easy sound absorption solution for drop tile suspended grid systems. The manufacturing process utilizes 60% recycled polyester fiber to create a sustainable, Eco-friendly and recyclable product. These ceiling tiles are a great alternative to standard ceiling tiles.

Many generic ceiling tiles are manufactured using loose mineral fibers and tend to crumble, creating dust and loose particulates that can irritate skin or eyes. The PolyPhon™ Ceiling Tile provides you with a durable and clean material to use for T-bar ceiling grid applications.


  • No chemical irritants
  • Dust free
  • Durable and impact resistant
  • Eco-friendly
  • 60% recycled content / 100% recyclable

Technical Information for PolyPhon™ Polyester Acoustic Ceiling Tiles:

  • Sizes: 23-3/4″ x 47-3/4″
  • Thickness: 1″
  • Core: 100% Polyester Fiber (60% PET-Recycled Fiber, 40% PET Virgin Fiber)
  • Density: 
    • 1″ Thick: 7 pounds per cubic foot (PCF)
  • Color: White, Beige
  • Edge Detail: Natural
  • Fire Rating: Class 1 or A per ASTM E84
    • Flame Spread: 15
    • Smoke Developed: 250
  • Mounting options: Drop into existing T-bar Grid or direct mount to an existing ceiling surface use adhesive and/or mechanical fasteners.
  • NRC: 0.70, 0.90
Sound Absorption (Hz) (per ASTM C 423-09)
Thickness Test Mount 125 250 500 1000 2000 4000 NRC
1″ Type A 0.08 0.20 0.59 0.94 1.04 1.02 0.70
1″ Type E400 0.44 0.80 0.73 0.99 1.00 0.97 0.90

Type A: Sound absorption test for materials mounted direct to a flat surface like a wall or ceiling.
Type E400: Sound absorption test for materials installed into a T-Bard suspended ceiling grid.

For more information on our PolyPhon™ Polyester Acoustic Ceiling Tile,
call us at 800.782.5742 or contact our sales department.

Customer Reviews

1 review for PolyPhon™ Polyester Acoustic Ceiling Tile

  1. Verified Customer

    Exactly what we were looking for.