Description
Acoustic Foam 12mm with self-adhesive backing (1 metre wide) is a flexible, flame retardant, open-cell foam designed for excellent sound absorption. Made from impregnated polyether foam, it offers robust strength, controlled cell structure, and the ability to conform to curved or complex surfaces.
This high performance acoustic foam is compliant with building regulation standard BS476 Parts 6 & 7, achieving both Class O and Class 1 fire ratings. The self-adhesive backing ensures easy installation on walls, ceilings, doors, or other surfaces, making it a reliable choice for professional and domestic acoustic treatment.
Foam Specs
| Width | 1 metre |
| Thickness | 12mm |
| Material | Impregnated polyether open-cell foam |
| Backing | High-performance self-adhesive |
| Fire Rating | BS476 Parts 6 & 7, Class O & Class 1 |
| Properties | Flexible, sound-absorbing, robust, heat dissipating |
Common Applications
Acoustic Foam 12mm is ideal for:
- Recording studios and sound booths to improve clarity
- Home cinemas to reduce echoes and resonance
- Offices and meeting rooms to control noise levels
- Doors, walls, ceilings, and floors for acoustic treatment
- Workshops and industrial areas to reduce vibration and noise
- Any project requiring lightweight, flame-retardant acoustic insulation
By reducing airborne sound waves and dissipating energy as heat, this foam enhances acoustic performance while meeting safety standards.
FAQs
What is the width and thickness of this acoustic foam?
It measures 1 metre wide and 12mm thick.
Is the foam flame-retardant?
Yes, it is compliant with BS476 Parts 6 & 7 and holds Class O and Class 1 ratings.
How does it improve sound quality?
The open-cell structure increases air resistance, reducing sound wave amplitude and controlling echoes and resonance.
Where can I use it?
It can be applied to walls, ceilings, doors, and floors in recording studios, home cinemas, offices, and industrial environments.
Is it easy to install?
Yes, the self-adhesive backing allows quick and secure application to most surfaces.
