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Polyester sound absorbing perforated Panel

  • These panels are crafted using high-tech processes, where polyester fibers are hot-pressed into a
    dense, durable material that resembles cocoon cotton. These acoustic panels are made from
    recycled polyester fibers, making them an environmentally responsible choice. The material is not
    only recyclable but also formaldehyde-free, ensuring a safe, healthy indoor environment. The
    panels are odorless, non-toxic, and do not emit harmful gases. The polyester sound absorbing
    perforated panel operates on the principle of sound absorption. The customized holes and porous
    structure of the panel are engineered to trap and dissipate sound waves, reducing reverberation
    and echo within a room. This high level of sound absorption is achieved through the panel’s density
    and thickness, which allows it to capture a wide range of frequencies.
    Technical Specifications:
     Type: Customized Hole Design
     Density: 1900 g/sqm
     Fire Rating: Class B1 flame retardant
     Eco-Friendly: Recycled, recyclable, and free of formaldehyde
     Odorless and Non-Toxic: Safe for long-term indoor use with no harmful emissions.
     Corrosion Resistant & Anti-Aging: Designed for long-lasting durability with minimal
    maintenance over time.
     Base Material Thickness: 9mm
     Eco Rating: Class E1

Description

These panels are produced through advanced processes in which polyester fibers are hot-pressed into a dense, durable material with a texture similar to cocoon cotton. Made from recycled polyester fibers, these acoustic panels are an environmentally conscious choice. The material is fully recyclable, formaldehyde-free, and ensures a safe and healthy indoor environment. Additionally, the panels are odorless, non-toxic, and free from harmful emissions.

Engineered for optimal sound absorption, the perforated polyester panel features customized holes and a porous structure designed to trap and dissipate sound waves, effectively reducing reverberation and echo in a space. This high-performance sound absorption is achieved through the panel’s carefully balanced density and thickness, which enables it to capture a broad range of sound frequencies.