LOUNDER, PLEASE! IS TIME FOR ACHIEVING DOUBLE-LAYER SOUND INSULATION PLASTIC HONEYCOMB COMPOSITE PANEL TO ABSORB THE NOISE.

17th, May 2023




Since the outbreak of COVID-19, the need for meetings, such as video conferences, live recordings, and broadcasts, has increased significantly. As a result, sound insulation in meeting spaces has become more crucial. Sound-absorbing wall panels play a vital role in absorbing sound and creating a good private meeting experience.

 

Innovative Concept

 

The Achieving Honeycomb board introduces a groundbreaking concept of double-effect sound insulation, surpassing traditional silencer boards. This concept involves combining a composite layer of traditional foam sound insulation material with the surface of the honeycomb silencer core material, resulting in a dual soundproofing effect.

Acoustic Interpretation

 

The middle layer consists of a polypropylene honeycomb core, with one surface being a composite of foam sound insulation material. These composite panels exhibit exceptional shock absorption capabilities. The bionic honeycomb structure effectively disperses pressure from all directions, isolating noise at each layer and within each small cell. The surface material tightly adheres to the honeycomb core, creating a unified structure that remains stable and resistant to movement, ensuring noise isolation while minimizing impact and pressure.

 

Application Benefits

 

By isolating sound within individual cells, the Achieving composite technology, combining honeycomb core and soundproof foam, significantly reduces noise levels by over 90%. This solution is ideal for conference rooms and live broadcasting venues, effectively achieving noise reduction and sound insulation. Consequently, honeycomb panels find wide application in commercial buildings, offices, government facilities, machinery, railway stations, and other noisy environments.

 

Customization Options

 

We offer various customization options to cater to specific requirements, including core material thickness, size, cellular aperture, and a selection of different surface materials to suit diverse scenes. For further information, please contact us via direct message.