Acoustic Panels are the modern, eco-friendly solution for controlling noise and enhancing acoustic comfort in any interior space. Crafted from 100% high-density polyester fiber, these panels absorb unwanted sound, reduce reverberation, and add a touch of contemporary style to your ceilings.
| Product Name | Polyester Fiber Acoustic Panel |
| Application | Ceilings Panel |
| Material | 100% Polyester Fiber |
| Thickness | 9mm / 12mm / 24mm / Customized |
| Color | more than 48 colors options (customizable upon request) |
| Fire Rating | Class B |
| Eco-Certification | Meets E1 environmental standards, formaldehyde-free, odorless |
Superior Noise Reduction & Sound Absorption
How it works: The panels' porous structure effectively traps and dissipates sound energy, significantly reducing echo, background noise, and overall reverberation time.
Benefit: Creates a calmer, more focused, and intelligible environment. Perfect for offices, classrooms, restaurants, and homes where clear communication is key.
Eco-Friendly & Non-Irritating Material
How it works: Made from 100% recyclable polyester fiber, similar to PET plastic bottles. They are free from formaldehyde, fiberglass, and volatile organic compounds (VOCs).
Benefit: Ensures a safe and healthy indoor air quality. They are safe to handle and do not cause skin or respiratory irritation, making installation and occupancy worry-free.
Excellent Thermal Insulation
How it works: The dense fiber structure not only traps sound but also acts as a barrier to heat transfer.
Benefit: Contributes to energy efficiency by helping to maintain a stable indoor temperature, potentially lowering heating and cooling costs.
Easy & Flexible Installation
How it works: The panels are lightweight yet durable. They can be easily installed using high-strength adhesive (glue-up method) or with a concealed suspension grid system for a seamless ceiling look.
Benefit: Saves on installation time and labor costs. Allows for both direct-to-ceiling and suspended ceiling applications.







Installation Methods

