Soundproof Hexagon 3D Polyester Fiber Acoustic Panel Echo Reduction

Product Introduction

Deviating from the traditional square and rectangular acoustic foam panels often seen, these hexagonal acoustic tiles can either be installed with complete surface coverage, or in small clusters in a random orientation, giving complex texture and depth to any flat wall or ceiling to excite the space. Fracturing and tussling out from the wall it makes any space look rugged and industrial whilst increasing the rooms acoustic clarity and removing unwanted distortion.

There is no limit as to where the hexagonal tile can be installed. From high-end professional music studios to public spaces and offices, these are a great solution for walls and ceilings to both absorb and diffuse sound.

Product Information

Soundproof 3D Polyester Fiber Panel Benefits

1. Acoustics
The compressed fibres of acoustic PET felt gives the ceiling panels a great level of sound absorption. The panels absorb sound energy to reduce the continuance of noise. This reduces echoing and creates an environment with better speech intelligibility.
2. Durability
Polyester Fiber is a flexible material. The acoustic panels are therefore more durable than alternatives and are less likely to break or damage during transport, installation or the general wear and tear of the workplace.
3. Sustainability
We already know that PET felt is made from recycled plastic bottles, but did you know these acoustic panels can also be recycled if you decide to remove them? Not only this, but the material uses low energy when manufactured.
4. Creativity
Acoustic PET panels combine creativity and practicality. Alongside their sound absorbing properties, they are available in a number of different panel shapes and colours for some unique ceiling designs.
5. Hygiene
Acoustic felt is easy to clean. The wall panels make hygiene maintenance in your workplace simple, so you can keep your office a happy, healthy work environment.

HOW DOES SOUND ABSORPTION AFFECT A ROOM?

A room's sound is primarily determined by the absorptive qualities of its surfaces and objects within the room. When sound hits an absorptive surface, it is not reflected back into the room but instead may be converted to heat or physical vibration, or it may escape the room entirely.

A common misconception is that materials that absorb sound can also prevent sound from traveling between spaces, which is not true. In fact, materials that are effective at absorbing sound are typically soft and porous while materials that block sound are often dense and thick.