How Acoustic Foam Panels Work

The principle behind acoustic foam panels is simple yet effective. As sound waves encounter the porous surface of the foam, their energy is absorbed. This causes the foam’s material to vibrate, converting the sound energy into a minimal amount of kinetic energy, which dissipates as low-grade heat. This process effectively eliminates sound wave reflections, the primary cause of echoes and poor acoustics within a room.

Cost-Effective Sound Control

Applying thick acoustic foam panels around the perimeter of a room is a highly cost-effective method for controlling unwanted sound reflections. Their ease of installation and significant impact on sound quality make them a popular choice for various settings.

Fire Safety Standards

Our acoustic foam panels are available in different fire safety ratings, including Class B and the more stringent Class A. For public spaces like hospitals, schools, and religious institutions, we recommend panels made from melamine foam, which meets Class A fire safety standards. Class B rated foams, made from open-cell polyurethane, are generally suitable for industrial, recording studio, and residential applications.

Versatility in Design and Application

Akinco’s acoustic foam panels come in a diverse range of colors, surface patterns, and thicknesses to suit your aesthetic preferences and specific acoustic needs. These panels are also available with varying Noise Reduction Coefficient (NRC) ratings, indicating their sound absorption capabilities.

We offer acoustic foam panels in various forms, including:

• Acoustic Wall Panels: Ideal for direct application to walls.
• Ceiling Panels and Clouds: Designed for overhead sound absorption.
• Ceiling Tiles: Suitable for glue-on applications or integration into T-grid ceiling systems.

Specialized Solutions with Melamine Foam

Melamine foam acoustic foam panels meet all Class A fire ratings, making them perfect for locations with strict safety regulations. These panels are commonly used in factories, recording and broadcast studios, auditoriums, churches, and classrooms to address diverse sound and noise challenges.