Precision and Performance: The Science Behind Murano Acoustic Panels

Murano Acoustic Panels combine craftsmanship with acoustic precision. Every groove, perforation, and slot is designed to achieve a specific acoustic outcome—balancing sound absorption, diffusion, and reflection. Understanding how design variables affect performance helps specifiers select the right Murano panel for each project.

The Physics of Sound Absorption

When sound waves strike a hard surface, they reflect back into the room, creating echo and reverberation. Murano Panels reduce these reflections through precisely engineered patterns that allow sound to pass through into the absorbing cavity behind the panel. This controlled interaction transforms energy into heat, reducing reverberation time and improving clarity.

Engineering for Measured Performance

Each Murano panel design is tested for its Noise Reduction Coefficient (NRC) and Sound Absorption Average (SAA). By varying parameters such as hole diameter, spacing, slot width, and backing material, our engineers can tune the panel to meet specific acoustic targets. This precision ensures consistent performance across boardrooms, classrooms, and auditoriums.

• Grooved Panels: Linear channels scatter sound evenly, achieving a balanced acoustic response.
• Perforated Panels: Micro and macro perforations maximise absorption over a wide frequency range.
• Slotted Panels: Long, narrow openings combine strong absorption with architectural rhythm.

Technical Specifications — Murano Acoustic Panel Performance

Specifications are indicative. For project-specific acoustic data, please contact Murano.

FAQs

Next Steps

Explore Murano Micro-Perforated Panels or Murano Grooved Panels to achieve precise acoustic performance with architectural appeal. For technical advice, contact Murano today.