2025/07/21
How to use wood wool acoustic panels and precautions?
Wood fiber acoustic panels typically have a thickness of 10–25 mm, with flexible dimensions available (e.g., 600 × 1200 mm). During installation, ensure compatibility with the stud specifications and secure fixation.
2025/07/21
Features of wood wool acoustic panels?
Wood fiber acoustic panels are made from white poplar wood fibers combined with a unique inorganic hard cement adhesive, using a continuous production process under high-temperature and high-pressure conditions. This product possesses physical properties that can only be achieved by synthesizing several different building materials.
2025/07/21
Types of building materials for wood wool acoustic panels?
Energy-efficient insulation and long lifespan -- Made primarily from wood, these panels have a low thermal conductivity of 0.07, providing excellent insulation and heat retention. They are economical, durable, and can be customized to any size as needed.
2025/07/21
The art of sound, the power of silence?
In modern office environments, creating a quiet and comfortable workspace is crucial for enhancing employees' work efficiency and creativity. We deeply understand that details determine success or failure, and the environment shapes the future. Therefore, we are committed to applying fiberglass sound-absorbing panel technology to the design of office spaces, in the name of technology, to create an ideal working environment for you.
2025/07/21
Application scope of polyester fiber sound-absorbing panels?
Polyester fiber acoustic panels are highly efficient acoustic materials with a wide range of applications. Due to their excellent sound absorption properties, ease of processing, and decorative appeal, polyester fiber acoustic panels are widely used in various fields.
2025/07/21
Features of polyester fiber sound-absorbing panels?
Polyester fiber acoustic panels exhibit sound absorption characteristics similar to those of other porous materials. The sound absorption coefficient increases with rising frequency, with a particularly high coefficient at high frequencies. The presence of a rear cavity and the use of the material to form spatial acoustic bodies significantly enhance the material's sound absorption performance. The noise reduction coefficient typically ranges from 0.8 to 1.10, making it an efficient acoustic material across a wide frequency band.