3D Felt Acoustics
Introducing DecraSound range of ‘3D Felt Panels’ offers a range of recycled polyester fiber consisting of a variety of innovative designs for walls and ceilings to be used in commercial and residential environments. The features of our 3D panels provide maximum decorative design flexibility while at the same time significantly improving the sound quality of internal spaces by minimizing reverberation. Decra Acoustics 3D Felt panels are commonly manufactured in 12mm thickness, which can be customized upon request. We provide over 50+ colors of your choice to match the aesthetics of your interior space, surround yourself with high-quality acoustic and unique textures to maximize your interior sound control.
3D Felt Panels Ideas
Interior Wall Features
3D Felt Panels are an environmentally friendly approach to controlling unwanted noises in a room. 3D felt panels are manufactured from 75% recycled polyester fibre which is non-toxic, odourless, and has low volatile content. At some frequencies, up to 100% of sound can be absorbed by utilising DecraSound Panels.
Enhance Furniture Decoration
3D Felt Panels versatility offers flexible application instalments for not only commercial but also for residential projects. By having the choice to select from over 50+ colors you can match the design of your furniture and the personality of your space, to reduce the reverberation within your interior space.
Innovative, cost effective solution
3D Felt panels are lightweight, modeled acoustic panels designed for interior wall and ceiling applications. These panels are a cost-effective solution that is easily installed in any setting to help restore premium sound quality.
3D Felt Panels Range
Let's Create Something!
As qualified acoustic experts, we understand how to best capture reverberation to reduce the sound that affects the environment. In doing so we provide exceptional color/fabric range for panels ranging from ceilings to walls so that every interior space we help you design is unique and effective in reducing sound levels.