LightEFX Acoustic Panels: Sound Absorption Panels for Functional Spaces

LightEFX offers a premium range of sound absorption panels designed to optimize sound quality while adding a touch of sophistication to any space. Whether you’re outfitting a home, office, or commercial environment, our polyester and wooden slat panels provide exceptional noise reduction with a stylish aesthetic. These sound reducing panels enhance acoustics without the inclusion of starlight features.

Polyester Acoustic Panels

Our polyester acoustic panels are engineered to absorb sound, limit echoes, and control noise levels, making them a versatile solution for various settings. Whether in a large open area like a conference room, theatre, or shared office space, these DIY sound absorbing panels improve acoustic quality by preventing sound from bouncing off hard surfaces.

Advanced Sound Absorption: Designed to reduce ambient noise effectively, these panels are ideal for spaces requiring clear sound and minimal distractions.
Easy Installation: Polyester panels can be mounted or suspended on walls or ceilings, enhancing the acoustics without requiring major renovations.
Safety Certified: Compliant with the Australian Fire Rating Standard AS5637.1-2015, these panels offer high performance and safety, ensuring long-term use in various environments.

Wooden Slat Acoustic Panels

Our wooden acoustic timber wall panels offer acoustic functionality and a stylish design. These panels combine visual elegance with effective soundproofing, making them ideal for spaces where aesthetics and acoustics are equally important.

Stylish Design: Featuring a natural finish, our timber cladding adds warmth and sophistication to your interiors while functioning as an acoustic solution. Their striking appearance makes them an excellent choice for modern and contemporary spaces, doubling as a slat wall display.
Effective Noise Control: The unique slat configuration softens and diffuses sound, significantly decreasing echoes and creating a more controlled audio environment.