With a sound absorption coefficient (NRC) of 0.85~1.00, covering low to high frequency noise, it is particularly suitable for places with long reverberation times (such as stadiums and concert halls), reducing echo time and improving sound quality.
Fire rating A (non-combustible), suitable for places with high safety requirements; stable moisture resistance, with no dimensional change in environments with humidity below 98%, suitable for humid environments such as swimming pools and underground parking lots.
The panels are lightweight and can be installed using T-shaped keel exposed or concealed frames, making construction convenient and requiring no special protective measures. Maintenance and replacement are also convenient.
The surface can be sprayed or printed, offering white and all colors from the RAL color chart; it supports irregular designs such as curved and wavy shapes, enhancing the artistic feel of the space when combined with lighting and ventilation systems.
Thermal resistance R=1.14m²/W, effectively insulating and reducing air conditioning energy consumption; free of harmful substances such as lead and mercury, meeting environmental protection standards.
They are widely used in acoustic venues such as grand theaters, concert halls, cinemas, recording studios, conference rooms, gymnasiums, home theaters, factories, soundproof rooms, swimming pools, and public buildings.
The panels have a high Noise Reduction Coefficient (NRC) of 0.85 to 1.00, efficiently covering low to high-frequency noise and effectively reducing reverberation time.
They carry a Class A fire rating (non-combustible) and maintain stable dimensions in high humidity environments up to 98%, making them ideal for swimming pools and underground facilities.
Yes, surfaces can be sprayed or printed in any RAL color. They also support irregular designs including curved and wavy shapes to enhance room aesthetics.
The panels are lightweight and can be installed using T-shaped keel exposed or concealed frames, offering simple construction, maintenance, and replacement.
Yes, they provide thermal resistance (R=1.14m²/W) to reduce energy consumption and are completely free of harmful substances such as lead and mercury.