Polyester Fiber Sound-Absorbing Panels: Made from polyester fiber through hot-pressing and other technologies, these panels offer multiple properties including sound absorption, flame retardancy, moisture resistance, mildew resistance, and dust resistance. They are also highly decorative, available in a variety of colors to meet the needs of different venues. Polyester fiber sound-absorbing panels are commonly used in conference rooms, theaters, recording studios, and other places with high acoustic requirements.
Mineral Wool Sound-Absorbing Panels: Made primarily from mineral wool with the addition of appropriate amounts of binders, moisture-proofing agents, and preservatives, these panels are processed, shaped, dried, and cut. They offer excellent sound absorption performance, are fireproof, and heat-insulating, making them suitable for high-temperature and high-humidity environments. Mineral wool sound-absorbing panels are commonly used in industrial plants, machine rooms, gymnasiums, and other similar locations.
Wooden Sound-Absorbing Panels: Wooden sound-absorbing panels typically consist of a veneer, a core material, and a thin sound-absorbing felt. The veneer can be made of melamine-coated ordinary wood or natural wood veneer, while the core material is usually lightweight MDF (medium-density fiberboard). Wooden acoustic panels not only have sound-absorbing properties but also serve a decorative purpose, creating a warm and natural atmosphere. They are commonly used in concert halls, theaters, lecture halls, and other venues requiring a high-quality acoustic environment.
Metal acoustic panels: Metal acoustic panels use metal sheets as the base material, with the surface treated by perforation, embossing, and other processes to form a sound-absorbing structure. They are characterized by high strength, good weather resistance, and easy cleaning, while also possessing excellent sound absorption performance. Metal acoustic panels are commonly used for exterior or interior wall decoration in large public buildings such as subways, tunnels, and airports, as well as for noise reduction in industrial plants.
Glass wool acoustic panels: Glass wool acoustic panels use glass wool as the base material, with non-woven fabric, aluminum foil, and other materials that can be attached to the surface. They have good sound absorption and heat insulation properties, and are lightweight and easy to process. Glass wool acoustic panels are commonl