SLIMCOLOR
Eco-friendly absorbent compact felt
Compact felt combines effective sound absorption with a refined aesthetic. Made from recycled fibers, mass-dyed, and calendered, it offers a smooth, shock-resistant surface with a warm textile feel.
Read moreCompact felt acoustic panels: a high-performance and decorative wall and ceiling solution
Compact acoustic felt is an innovative material designed to meet the demands of acoustic treatment projects, combining performance, durability, and aesthetics. Made from non-woven recycled fibers, mass-dyed, and then calendered, it offers a smooth, dense, impact-resistant surface, while maintaining a warm and elegant textile appearance.
These acoustic panels are available in large formats (2400 x 1200 mm, 9 mm thick), ideal for wall or ceiling installations. They effectively treat noise disturbances while enhancing interior design.
Effective acoustic absorption for sound comfort
Thanks to its dense and porous structure, compact felt ensures optimal sound absorption, particularly in the mid and high frequencies. It significantly reduces sound reverberation, thereby improving comfort in offices, open spaces, restaurants, educational facilities, or public spaces. This wall or suspended acoustic treatment integrates easily into any type of space.
Custom acoustic treatment and design
Available in a wide range of trendy colors, compact felt adapts to a variety of styles. As a decorative wall solution or acoustic ceiling panels, it helps create customized atmospheres that align with the visual identity of the space. The SlimColor color chart offers an extensive palette for creative and personalized projects.
An ecological and responsible acoustic solution
Compact acoustic felt also stands out for its eco-responsible profile. Made from recycled fibers, without adhesives or chemical treatments, it provides a sustainable alternative to traditional acoustic panels. Lightweight, recyclable, and free from harmful impact, it addresses environmental concerns while ensuring excellent sound absorption.