What is an Acoustic Felt Panel?
Acoustic felt panels are panel systems that enhance acoustic comfort by controlling reverberation and unwanted noise in spaces. They are typically made from sound-absorbing fiber or felt materials and shaped using special pressure or heat treatments. This process gives the panels durability and a porous structure, enabling effective sound absorption across a wide frequency range. They can be used in various applications such as walls, ceilings, partition panels, or suspended baffle systems and adapt to the design of the space.
Acoustic Felt Panels — Product Features and Benefits
- Advanced Sound Absorption: The porous felt structure balances unwanted sounds in spaces and provides acoustic control across a wide frequency range.
- Sustainable Production: Energy-efficient techniques are used in the production of acoustic felt panels, VOC emissions are low, and the panels are fully recyclable.
- Energy-Efficient and Zero-Waste Approach: Resource usage is optimized during production, and waste is minimized.
- Modular and Flexible Design: Panels can be configured modularly to suit different types of spaces. The mix & match approach allows for design freedom.
- Aesthetic and Functional Compatibility: Surface texture and color/texture options support the visual integrity of the space and enhance acoustic performance.
- High Performance and Long Life: Sustainable and meticulous processes are applied from production to the final product, offering long-lasting, high-quality solutions with high acoustic performance.
- Fire Safety and Durability: Acoustic panels comply with international fire class criteria. Antimicrobial surfaces and cleanable coatings create a safe and hygienic environment in high-traffic areas.
- Application Areas: Walls, ceilings, partition panels, or suspended baffle systems.
Acoustic Performance and Sound Control
Acoustic felt panels feature a porous structure that provides sound absorption across a wide frequency range. They balance noise in spaces, reduce echo, and enhance the user experience. They can be easily integrated into various applications such as walls, ceilings, partition panels, or suspended baffle systems.
Panel thickness, installation method, and rear cavity depth affect sound absorption capacity; NRC values can be optimized between 0.30 and 1.00 with the right combinations.
- Thin Panels: Provide controlled sound absorption at mid-frequencies
- Thick Panels and Baffle Systems: Deliver effective acoustic performance across a wide frequency range
- Wall Cavity: Reduces reverberation at low frequencies
