Microporous sound absorbing board vertical baffle
Microporous sound-absorbing board baffle series, Microporous sound absorbing board vertical baffle, Ultra-micro sound-absorbing series, All Products
The vertical baffle system divides the space into several small spaces with vertical panels, which can cut the sound source into segments. It is better than other series of products in reducing echo and resonance; it is especially suitable for large spaces with many people and noise. The array arrangement of the products makes the space have an infinite extension effect. It is visually beautiful and generous. Because it does not need to be covered with sound-absorbing cotton, its durability can reach more than 10 years, and there is no risk of sinking due to moisture. It is environmentally friendly, recyclable and highly sound-absorbing.
Microporous sound absorbing panel honeycomb baffle
Microporous sound-absorbing board baffle series, Microporous sound absorbing panel honeycomb baffle, Ultra-micro sound-absorbing series, All Products
The honeycomb baffle system is composed of several panels to form a 6-sided three-dimensional grid like a honeycomb. The continuous honeycomb subverts the visual impression of the traditional ceiling. Its special shape creates a unique visual experience that is different from the past. Multiple small spaces can cut the sound source into sections, which will have the effect of reducing echo resonance, which is better than other series of products. The visual appearance is beautiful and generous. Because there is no need to cover the back with sound-absorbing cotton, the durability can reach more than 10 years, and there is no risk of sinking due to moisture. It is environmentally friendly, recyclable and highly sound-absorbing.
Microporous sound-absorbing board groove baffle
Microporous sound-absorbing paper honeycomb type
Microporous sound-absorbing board baffle series, Microporous sound absorbing panel honeycomb baffle, Ultra-micro sound-absorbing series, All Products
Modern design mainly pursues a simple and elegant style, so it is necessary to reduce the seams of the panels, so large-sized panels have become the mainstream of design.
Large-sized panels need to use the hexagonal geometric structure of the honeycomb to achieve the best panel strength and flatness under the conditions of lightness and economy.