Benefits:
1. Ultra-Thin Design: At just 2mm thick, with an area density of 3.9 kg/m², it offers exceptional vibration reduction, sound insulation, and noise reduction performance.
2. Highly Flexible: Its super-flexible design adapts to any substrate shape, providing seamless integration regardless of shape, structure, or spatial constraints.
3. Double-Sided Self-Adhesive: Featuring a strong, double-sided adhesive, it bonds securely to substrate surfaces for complete and lasting integration.
4. Easy to Install: Can be easily cut with a utility knife or other standard tools, making installation quick and straightforward.
5. Durable and Resilient: Boasts excellent fire resistance, thermal stability, elasticity, and tensile strength, ensuring long-lasting performance.
6. Environmentally Friendly: With no emissions during manufacturing, zero waste pollution, and the ability to be recycled multiple times, it is a sustainable and eco-friendly choice.
Specifications:
| Name: | High Polymer Sound Insulation Felt Hif-B |
| Size: | W610mm*L610mm*T1/2/3mm/W610mm*L2450mm*T1/2/3mm |
| Per PC Weight: | HIF-A10: 25kg/HIF-A20: 25kg/HIF-A30: 36.6kg |
| Area Density: | T 1mm: 1.95kg/m³/T 2mm: 3.9kg/m³/ T 2mm: 3.9kg/m³ |
| Eco Performance: | Environmentally friendly, Safe, nontoxic pollution-free |
| Fire Performance: | Class A |
| Origin: | Guangdong, China |
Applications:
1. Wall Applications: When combined with lightweight gypsum boards, inorganic panels, or wooden boards, the material significantly enhances the wall's sound insulation performance.
2. Ceiling Applications: Applied as a composite layer on ceilings, it effectively improves floor soundproofing and noise reduction between levels.
3. Door Applications: When used in door constructions, the material alters the vibration frequency of the door panel, substantially boosting its sound insulation properties.
Install Method:
1. Secure the Wooden Batten or Light Steel Keel
Begin by fixing the wooden battens or light steel keels to the wall or ceiling surface. Ensure they are properly aligned and securely fastened to provide a stable foundation for the sound insulation system.
2. Insert Acoustic Wool
Once the battens or keels are installed, fill the spaces between them with high-quality acoustic wool. This material provides an additional layer of sound absorption, particularly effective in reducing airborne noise.
3. Apply the High-Polymer Sound Insulation Felt
Next, lay the high-polymer sound insulation felt over the filled acoustic wool. Ensure the felt covers the entire surface area without gaps, as it acts as a key barrier to block sound transmission. This material can be easily folded, bent, and cut to fit any dimensions.
4. Secure with Nails or Fasteners
Use appropriate fasteners, such as nails or staples, to secure the sound insulation felt to the wooden batten or light steel keel. Ensure that the felt is firmly in place to maintain its soundproofing integrity.
Seal with Acoustic Damping Sealant (SG-1)
Finally, apply the acoustic damping sealant (SG-1) along the edges, seams, and joints of the installation. This specialized sealant is essential for preventing sound leaks and enhancing the overall performance of the sound insulation system. Be sure to apply the sealant evenly for maximum efficiency.
FAQs:
Q：Can it be used in both residential and commercial projects?
A：Yes, the product is versatile and suitable for both residential and commercial buildings, including offices, hotels, theaters, and other spaces where noise control is essential.
Q: What sound frequencies does it block?
A: The product is effective at blocking a wide range of sound frequencies, from 125HZ ti 25KHz, making it highly efficient at reducing both low-frequency and high-frequency noise.
Q: What are the key acoustic benefits of High-Polymer Sound Insulation Felt?
A: It offers excellent noise reduction, with the ability to cut sound transmission through walls, ceilings, and floors by 15 to 30 dB, depending on the application.
Q: How does this material perform in terms of wind resistance in aviation cockpits?
A: It is specifically designed to manage wind resistance, providing effective sound insulation and contributing to a quieter cockpit environment.
