As a leading manufacturer of acoustic panels and wood slat panel, we are proud to announce that our latest range of polyester fiber acoustic panel incorporate advanced material technologies that further enhance noise control and acoustic performance. These high quality materials not only ensure excellent functional results, but also offer environmental and durability benefits.

The core materials of the new acoustic panels include:

1. High-density polyester fiber: We use high-density polyester fiber, a material with excellent acoustic absorption properties, which effectively reduces ambient noise and echoes, providing significant noise control effects.

2. Eco-friendly materials: The new series of felt acoustic panels are produced with environmentally friendly materials, which do not contain harmful substances and comply with international environmental standards. Through the production process of recycling and reuse, we are committed to reducing environmental impact and promoting sustainable development.

3. open pore structure: the material of the sound-absorbing felt adopts a special design of open pore structure, which makes the sound wave can be better absorbed by the internal material, thus improving the acoustic performance and sound-absorbing effect.

4. Fireproof performance: To ensure safety, our wood slat panel material has gone through rigorous fire testing, in line with relevant fire safety standards, to provide users with more peace of mind experience.

5. Durability: The materials we choose have excellent abrasion resistance and anti-aging properties, to ensure that the sound-absorbing felt can maintain stable performance and appearance in the long-term use process.

Customer feedback shows that these high quality materials not only improve the sound absorption effect, but also enhance the overall performance and service life of the product. The new series of polyester fiber acoustic panel have been widely recognized in several application scenarios as the ideal choice for sound quality optimization.