Premium PET Felt Acoustic Panel for Superior Sound Absorption in Various Environments


Price:
Sale price£300.16
 |  (Inc. VAT)

In stock, ready to ship

In stock, ready to ship

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Description

These premium PET felt acoustic panels are designed to provide highly effective sound absorption in a wide range of commercial, educational and residential environments. Manufactured from polyester (PET) fibres and formed into a dense felt sheet, they help to reduce reverberation, echo and overall noise levels to create a more comfortable acoustic environment.

Supplied in a convenient board format, each panel is 9 mm thick and measures 2440 mm in length by 1220 mm in width, making them easy to handle, cut and install on walls or ceilings. Ideal for offices, meeting rooms, classrooms, studios and public spaces, these panels combine functional acoustic performance with a clean, modern aesthetic.

Product Features

  • Manufactured from durable PET felt for reliable sound absorption performance.
  • Standard 9 mm thickness for balanced acoustic effectiveness and ease of handling.
  • Generous sheet size of 2440 mm length to cover larger wall or ceiling areas with fewer joints.
  • 1220 mm sheet width suitable for standard interior layouts and modular design schemes.
  • Can be cut, shaped or routed to create custom patterns, panels or design features.
  • Lightweight construction for straightforward installation using suitable adhesives or mechanical fixings.
  • Suitable for use in a wide variety of interior spaces, from workplaces to leisure and hospitality venues.

Key Features and Benefits

  • Improves speech clarity and reduces echo in busy interiors, contributing to a more productive and comfortable space.
  • Helps to control background noise levels in open-plan areas, enhancing privacy and concentration.
  • Low-maintenance surface that can be wiped clean, offering long service life in high-traffic locations.
  • Large panel format minimises joints and seams, supporting a neat, professional finish.
  • Versatile PET felt construction allows panels to be integrated into both functional acoustic treatments and decorative wall features.
  • Lightweight nature of the panels reduces installation time and structural load compared with many traditional acoustic solutions.

Specifications

Specification Detail
Material Polyester (PET) felt acoustic panel
Thickness 9 mm (nominal)
Sheet Length 2440 mm
Sheet Width 1220 mm
Typical Installation Wall or ceiling mounting using suitable adhesive and/or mechanical fixings
Form Flat acoustic panel sheet, suitable for cutting and fabrication

Applications and Ideal Uses

These PET felt acoustic panels are suitable for a wide range of interior projects where improved sound quality and noise reduction are required.

  • Office meeting rooms, open-plan workspaces and call centres to reduce reverberation and improve speech clarity.
  • Classrooms, lecture theatres and training rooms to support better learning environments.
  • Studios, rehearsal spaces and edit suites where controlled acoustics are essential.
  • Reception areas, corridors and lobbies to manage echo in hard-surfaced spaces.
  • Hospitality, retail and leisure interiors requiring discreet acoustic treatment with a smart finish.

Frequently Asked Questions

How are these PET felt acoustic panels typically installed?

The panels are usually fixed directly to walls or ceilings using suitable construction adhesive, mechanical fixings, or a combination of both, depending on the substrate and project requirements. Panels can be trimmed on site to size using appropriate cutting tools to achieve a neat fit.

Can the panels be cut to custom sizes or shapes?

Yes. The 9 mm PET felt panels can be cut, shaped or profiled using common hand or power tools, allowing you to create custom-sized panels, decorative patterns or integrated acoustic features to suit your interior design.

Are these panels suitable for use in ceilings as well as on walls?

Yes, the lightweight nature of the PET felt panels makes them suitable for both wall and ceiling applications, provided they are securely fixed using appropriate methods and the supporting structure is capable of carrying the load.

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