Phonic_Systeme_2023

Murexin presents innovative solutions for impact sound insulation, crucial for modern building and renovation projects. Impact sound, defined as noise generated by human movement on floors or the operation of household appliances, travels through the building structure and is perceived in adjacent rooms. Understanding this phenomenon is key to creating quieter, more comfortable living and working spaces. The Murexin Phonic System offers comprehensive solutions designed to address these challenges effectively. Whether you are constructing a new building or undertaking a renovation, Murexin provides a complete range of products to ensure optimal acoustic performance. Their systems are engineered to reduce sound transmission, thereby enhancing the overall quality of life within the structure. The core components include specialized impact sound insulation materials and decoupling mats, which work in conjunction to absorb vibrations and prevent sound transfer. For instance, the Murexin Phonic System dB 15 utilizes Flex Klebemörtel (C2, S1) such as Maximo M 41 or Hybridkleber HX 1, while the Phonic System dB 17 employs Fixierdispersion WL 730. These systems are topped with Akustik-Top impact sound and decoupling plates, further enhancing sound attenuation. Perimeter insulation strips, like the self-adhesive RS 50, are also crucial for isolating the screed from adjacent building components, effectively minimizing flanking sound transmission. This meticulous layered approach ensures maximum noise reduction and delivers a peaceful environment. The Murexin Akustik-Top impact sound and decoupling plate, with a thickness of 4 mm, is particularly suitable for refurbishing and decoupling surfaces. This high-quality composite mat features a specially rubberized textile base, which ensures excellent impact sound improvement and reliable crack bridging. It is ideal for various floor coverings, including parquet, laminate, and ceramic tiles, and can be used in both new construction and renovation projects, effectively preventing the transfer of impact sound into the building structure.