Acoustic silencing and absorbing materials

Acoustics is the science that studies the production, control, transmission, reception and effects of sound, and is used in a wide range of industries, including automobiles, speakers, microphones, concert halls and more.

We have the ability and experience to provide the following acoustic products for your project and production:

• Speaker/Bluetooth/audio mesh cover

• Silencing materials

• Muffler/sound-absorbing panel

• Sound barrier

Precision audio mesh cover

At present, there are two main types of audio mesh covers on the market: precision microporous steel mesh and punching mesh. Precision microporous steel mesh is cut and stretched, rather than punched, so no waste is generated during the production process. This can save users up to 50% in materials and costs, making precision microporous steel mesh an affordable alternative for sound attenuation and sound mesh cover applications.

• Safety flaps. Protect the horn and drive components from external impact.

• Durable, long service life. Galvanized and PVC coated surface treatments ensure excellent corrosion and rust resistance, leaving your sound as clean as new.

• Noise reduction. The sound screen cover will not only not affect the sound quality, but also reduce the surrounding noise, so that the sound is clearly transmitted and played.

• Noise reduction. Unique micropore design helps to silence sound.

• Perfect compatibility. We have the ability to customize a variety of shapes of grilles and sound-absorbing panels to match your audio equipment.

• Customization. In addition to customizing shapes, we can also customize your logo and other important information on mesh covers and sound-absorbing panels to promote your brand.

Product parameter

• Materials: DC01, SPCC, SPHC, etc

• Mesh: 0.1-1.5mm, special specifications can be customized.

• Pass: diamond, round and other custom pass.

Sound barrier/muffler/sound-absorbing board

Noise has long been a problem in city centres and high-traffic areas. There are some sound barrier products on the market, such as perforated panels or louvered sound barriers. However, these sound barriers require additional sound absorbing materials to achieve the desired function, and some sound absorbing materials are not environmentally friendly.

It is well known that the acoustic resistance of surface materials is inversely proportional to the porosity. The smaller the mesh, the better the acoustic resistance. Therefore, we recommend the use of microporous steel mesh as a sound barrier.