Linear Polyester Ceiling System
Lightweight and eco-friendly, the Linear Polyester Ceiling System absorbs sound effectively, with an NRC of 0.8–1.1, reducing noise and echoes. Made from 100% recyclable polyester fiber (75% recycled content), it is non-toxic, fire-rated Class B1, and available in customizable colors. Perfect for creating quiet, sustainable spaces.
Crafted from 100% recyclable polyester fiber, this ceiling system not only provides excellent sound
absorption but also contributes to green building initiatives. Its lightweight structure and easy
installation. The system traps sound waves within its polyester fibers, transforming the sound
energy into minimal heat, resulting in quieter and more controlled environments. Its dense fiber
construction and surface texture work together to dissipate sound, helping create acoustically
balanced spaces with minimal echoes. The Linear Polyester Ceiling System works by absorbing
sound waves, reducing reverberation, and minimizing noise within the space. Its acoustic
performance, measured by the Noise Reduction Coefficient (NRC), ranges from 0.8 to 1.1,
indicating that it effectively absorbs 80-110% of the sound energy, depending on the room’s design
and layout.
Technical Specifications
Material: 100% polyester fiber, incorporating at least 75% recycled content.
Acoustic Performance (NRC): Ranges between 0.8 and 1.1, making it a highly efficient
acoustic absorber.
Density: Available in two densities:
o 1600g/sqm (211kg/m³) for 9mm thickness
o 2300g/sqm (190kg/m³) for 12mm thickness
Fire Rating: Class B1
Eco-Friendly Certification: Certified E0
Health Features: Non-toxic, non-irritant, and non-allergenic, making it a safe choice for
sensitive environments.
Color Options: Available in a wide range of colors to match aesthetic requirements
We offer complimentary express shipping.
Free returns are available worldwide. If your item is eligible for return, you have 30 days from the date you receive your order to follow this procedure.
See delivery and returns for more information.