Description

Polyurethane Cylindrical Acoustic Foam Panels available at Gitco-sa.com are specifically designed to address issues of echoes and excessive reverberation time that can significantly distort the sound quality within a space. Their cylindrical shape provides a unique and effective surface for absorbing sound waves, making them a high-performance solution for improving acoustics. Constructed from open-cell polyurethane acoustic foam, these panels are fiber-free and lightweight, ensuring easy handling and installation for optimal sound control.

By increasing air resistance, the acoustic foam attenuates airborne sound waves, reducing their amplitude and dissipating the energy as heat. These Cylindrical Acoustic Foam Panels can be strategically placed to effectively treat problematic areas and enhance the overall sound clarity and speech intelligibility of a room.

Applications Of Cylindrical Acoustic Foam Panels:

These acoustic panels are particularly effective in spaces such as:

• Auditoriums
• Recording Studios
• Conference Halls
• Broadcasting Studios
• Any area suffering from echoes and excessive reverberation

Product Details of Cylindrical Acoustic Foam Panels:

• Core: Open Cell Polyurethane Acoustical Foam
• Dimensions (mm): Diameter 200mm, custom diameters available
• Length (mm): 950mm, custom lengths also available
• Acoustic Properties: NRC 0.55-0.90 (varies with thickness and mounting)
• Density: 1 lbs/cub.ft and 2 lbs/cub.ft
• Colours: Charcoal Grey
• Flammability: Meets UL94 HF -1 Standard
• Mounting type: Type A
• Installation: Recommended with ASI S.T.O.P Noise Acoustical Adhesive or any suitable construction adhesive

Understanding Cylindrical Acoustic Foam Panels:

1. What are cylindrical acoustic foam panels?
   • They are sound-absorbing elements made from polyurethane or melamine foam, formed into cylindrical shapes, often designed to be hung from ceilings or used as freestanding elements.
2. How do cylindrical acoustic foam panels work?
   • Like other acoustic foam, their open-cell structure absorbs sound energy. Their cylindrical shape provides a three-dimensional surface area, allowing sound waves to interact with the material from multiple angles, potentially enhancing absorption and diffusion.
3. What are the primary benefits of using cylindrical acoustic foam panels?
   • Effective broadband sound absorption, particularly good for controlling reverberation and echo, a unique and often visually striking aesthetic, can be used in various orientations (hanging, freestanding), relatively lightweight, and can offer some degree of sound diffusion due to their curved surface.
4. Where are cylindrical acoustic foam panels commonly used?
   • Open-plan offices, restaurants, bars, nightclubs, music venues, studios, industrial spaces, and any area where significant sound absorption is needed and a distinctive visual element is desired.
5. What materials are cylindrical acoustic foam panels made from?
   • Primarily polyurethane foam (more common and affordable) or melamine foam (more fire-resistant and suitable for commercial spaces).
6. What are the typical sizes of cylindrical acoustic foam panels?
   • Sizes can vary greatly, ranging from smaller diameterss and shorter lengths to larger, more substantial cylinders. Common dimensions might be a few inches to a foot or more in diameter and lengths from a foot to several feet.
7. How do cylindrical acoustic foam panels compare to flat or shaped foam panels?
   • Their cylindrical shape offers a different aesthetic and potentially enhanced three-dimensional sound interaction. Flat panels are more traditional for wall and ceiling surfaces, while shaped panels like pyramids offer a balance of absorption and diffusion on a planar surface. Cylinders excel as suspended or freestanding elements.
8. What is the Noise Reduction Coefficient (NRC) range for cylindrical acoustic foam panels?
   • The NRC rating depends on the foam’s density, the cylinder’s diameter, and its length. Generally, they can offer moderate to good absorption, with NRC values ranging from 0.50 to 0.90 or higher, especially when used in multiples.

Selecting and Specifying Cylindrical Acoustic Foam Panels:

1. How do I choose the right size and number of cylindrical acoustic foam panels for my space?
   • This depends on the room’s volume, the severity of the acoustic issues, the desired level of absorption, and the visual design intent. Acoustic calculations or consultations are recommended.
2. How should cylindrical acoustic foam panels be arranged for optimal acoustic performance?
   • Spacing and distribution are key. Hanging them at varying heights and densities can help to treat a wider range of frequencies and create a more diffused sound field.
3. What are the common ways to install cylindrical acoustic foam panels?
   • Suspension from the ceiling using wires or cables is common. They can also be mounted horizontally or vertically on walls using specialized brackets or stands for freestanding applications.
4. Can cylindrical acoustic foam panels be used in conjunction with other acoustic treatments?
   • Yes, they are often used in combination with wall panels, ceiling tiles, or bass traps to achieve comprehensive acoustic control.
5. Are there any weight limitations for suspending cylindrical acoustic foam panels?
   • Yes, the weight will depend on the foam density and the cylinder’s dimensions. Ensure the ceiling structure and suspension system can safely support the load.
6. Can cylindrical acoustic foam panels be customized in terms of size and color?
   • Yes, many manufacturers offer customization options for the diameter, length, and color of cylindrical foam panels to meet specific design requirements.

Installation and Maintenance of Cylindrical Acoustic Foam Panels:

1. Is the installation of cylindrical acoustic foam panels complex?
   • Installation can vary depending on the mounting method. Suspension requires secure attachment points on the ceiling. Wall mounting needs appropriate brackets. Planning the layout for visual and acoustic effectiveness is important.
2. Can cylindrical acoustic foam panels be easily repositioned after installation?
   • Repositioning might involve adjusting suspension wires or moving brackets, so it’s generally not intended for frequent changes. Plan the initial layout carefully.
3. How do I clean cylindrical acoustic foam panels?
   • Gentle vacuuming with a soft brush attachment is usually sufficient to remove dust. For high or hard-to-reach baffles, specialized extension tools might be needed. Avoid excessive moisture.

Purchasing and Cost of Cylindrical Acoustic Foam Panels:

1. Where can I buy cylindrical acoustic foam panels?
   • Gitco is a specialized acoustic material supplier that offers these unique foam shapes.
2. How does the cost of cylindrical acoustic foam panels compare to other types of acoustic foam?
   • The cost can vary depending on the size, material (polyurethane vs. melamine), and any customization available in Gitco. They might be priced similarly to or slightly higher than comparable volumes of standard foam due to the specialized shaping process.
3. Are there any specific considerations for fire safety or building codes when using cylindrical acoustic foam panels?
   • Yes, ensure the foam material meets the fire safety regulations and building codes for your specific application. Melamine foam is a more fire-resistant option. Check Our product specifications and certifications.

Transform spaces plagued by echoes and reverberation into acoustically balanced environments with the high-performance Cylindrical Acoustic Foam Panels from Gitco-sa.com. Explore our standard and custom dimension options to find the perfect solution for your specific acoustic needs.