Achieve optimal sound quality and architectural elegance with our Perforated Composite Fiberglass Wool Panels. Engineered for high NRC performance, offering A-Grade fire safety, excellent thermal regulation, and customizable aesthetics for all commercial and public spaces.
Achieve optimal sound quality and architectural elegance with our Perforated Composite Fiberglass Wool Panels. Engineered for high NRC performance, offering A-Grade fire safety, excellent thermal regulation, and customizable aesthetics for all commercial and public spaces.
Our Perforated Composite Acoustic Panels are not just decorative finishes—they are precision-engineered sound solutions. They feature a durable, aesthetically flexible perforated facing (e.g., Perforated Gypsum or Calcium Silicate board) bonded to a high-density, porous core of premium Fiberglass Wool.
The panel operates on the Helmholtz Resonance Principle. Sound waves pass through the meticulously sized perforations and enter the cavity backed by the fibrous glass wool. This structure effectively traps and dissipates the acoustic energy, converting sound into negligible heat, thus dramatically reducing reverberation (echo) and background noise.
| Detail | Acoustic Benefit |
|---|---|
| Core Material | High-Density Fiberglass Wool. Exceptional Broadband Absorption (especially mid-to-high frequencies). |
| Surface Facing | Perforated Gypsum/Calcium Silicate Board. Durability & Customizable Aesthetics. |
| Standard Dimensions | 600 × 600 mm tiles / 600 × 1200 mm panels. Versatile Integration with standard ceiling T-grid systems. |
| Available Thickness | Standard 15mm; Customizable 20 mm to 50 mm. Low-Frequency Performance improves with increased panel thickness. |
| Acoustic Rating | High Noise Reduction Coefficient (NRC) value (Specific NRC available upon request). Quantifiable Performance in noise absorption. |
A-Grade Fire Resistance: The fiberglass wool core is inherently non-combustible (A-level fire rating), ensuring maximum safety for high-occupancy public spaces.
Thermal & Energy Efficiency: The dense fiberglass core provides measurable thermal insulation, contributing to a stable indoor climate and reducing HVAC energy costs.
Mold & Moisture Resistance: Fiberglass wool naturally resists moisture and inhibits the growth of mold and mildew, guaranteeing product longevity and a healthier indoor environment.
Sustainable Choice: Made from materials that often contain high percentages of recycled glass content, supporting green building practices and LEED certification goals.
Our panels offer both critical noise control and superior aesthetics, making them indispensable in various environments:
| Application Sector | Focus Area | Specific Acoustic Goal |
|---|---|---|
| Corporate & Education | Open Offices, Classrooms, Training Centers. | Enhance Speech Intelligibility (Clarity of voice) and minimize distraction. |
| Performance & Leisure | Recording Studios, Theaters, Auditoriums, Restaurants. | Optimize Acoustic Fidelity for music and performance; control ambient crowd noise. |
| Healthcare & Industrial | Hospital Wards, Diagnostic Rooms, Equipment Enclosures. | Create Calm, Healing Environments and protect personnel from excessive machine noise. |
| Infrastructure | Transport Hubs, Underground Parking, Corridors. | Manage Reverberant Field Noise in large, hard-surfaced spaces. |
Designed for ease of use, these panels can be installed efficiently on walls or suspended ceilings using standard T-grid or proprietary fixing systems. Their robust surface ensures they are low-maintenance and highly durable, making them a cost-effective solution for long-term acoustic control.
Ready to transform your space? Contact us today for a detailed technical sheet and customized acoustic design consultation tailored to your project's specific NRC requirements.
