REBFOAM
REBFOAM – ADVANCED SOUND-ABSORBING MATERIAL FOR INDUSTRIAL & PROFESSIONAL APPLICATIONS
REBFOAM is a high-performance acoustic absorption material designed to reduce airborne noise and absorb unwanted sound waves. With its porous structure and exceptional acoustic properties, it is the perfect solution for applications requiring superior sound absorption, such as industrial facilities, recording studios, cinemas, and professional workspaces.
Key Benefits
- Excellent sound absorption, effectively reducing reverberation and sound reflections.
- Multi-functional material, combining noise absorption with thermal insulation properties.
- Lightweight and flexible construction, allowing for easy installation on various surfaces.
- Durable and resistant to wear and temperature changes, suitable for indoor and outdoor applications.
- Eco-friendly composition, made from recycled and non-toxic materials.
- Available in different formats and sizes, fully customizable to project requirements.
Technical Specifications
- Material: High-density foam with open-cell structure.
- Noise Reduction Coefficient (NRC): Up to 0.95, providing outstanding acoustic comfort.
- Thermal insulation properties, improving energy efficiency.
- Resistant to moisture and chemicals, making it suitable for demanding environments.
- Multiple thickness and finishing options, adapted to various installations.
Applications
- Industrial facilities & machine rooms, reducing noise from machinery and equipment.
- Recording studios & cinemas, enhancing acoustic clarity and sound quality.
- Office spaces & conference rooms, minimizing sound reflection and improving speech clarity.
- Commercial centers & hotels, creating quieter environments for better comfort.
- HVAC systems & piping insulation, reducing noise transmission from ducts and mechanical equipment.
REBFOAM is the ideal solution for projects requiring high-performance sound absorption, durability, and ease of installation. Contact us for more details or to find the best configuration for your project.