Mirage Acoustic Panels
Advanced Echo Control
Open offices, conference rooms, and high-ceiling spaces often suffer from harsh reflections. Mirage felt acoustic panels absorb mid and high frequencies effectively, creating a balanced and comfortable sound environment.
Sculpted Groove Design
The precision-grooved surface increases effective sound interaction compared to flat panels. This enhances acoustic diffusion and absorption balance. The textured finish also adds architectural depth to walls.
Engineered PET Acoustic Panels
Manufactured from high-density PET felt, Mirage panels offer durability, stability, and consistent acoustic absorption. The structured fiber composition ensures long-term performance without sagging or surface deformation.
Wall Application
Designed primarily for vertical wall installations in offices, studios, meeting rooms, and commercial interiors. Strategic placement at reflection points improves performance. Coverage percentage directly influences acoustic results.
Designed for Upscale Interiors
The grooved aesthetic complements modern and contemporary interior themes. It combines visual rhythm with acoustic functionality. Performance and design are integrated into one solution.
Lightweight Build
Despite its panel size, the PET structure remains lightweight and manageable. This reduces load on wall systems and simplifies handling. Suitable for retrofit as well as new projects.
Easy Installation
Panels can be installed using recommended adhesives or mechanical fastening systems. No heavy framing structure is required. Proper alignment ensures both visual consistency and acoustic efficiency.
Function Meets Art
Recommended for offices, conference rooms, classrooms, hospitality spaces, and media rooms. It improves room comfort by controlling reflected sound. For low-frequency control, additional bass treatment may be required.
System Compatibility
Mirage Grooved performs best as part of a complete acoustic treatment plan. It integrates well with ceiling treatments and bass absorbers. Overall room dimensions and surface materials influence final performance.
