Diffusers

If the noise or distortion you are hearing is caused by slap echo and comb filtering in musical detail, vocal clarity and response cancellations, then you should choose a sound diffuser product. Sound Diffuser products give your room a sense of spaciousness by spreading the sound energy into different planes or fields addressing distortion issues without any energy conversion and sound absorption in home theater, cinemas and music studio.

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Reflection Phase Gratings
Reflection Phase Gratings consist of a panel divided into wells, or grates, of equal width and variable depth. These grates can be one-dimensional or two-dimensional, meaning they diffuse sound across one plane (left-right) or two planes (left-right, up-down).
BANQUET 7
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Geometric Diffusors

Geometric Diffusors are simple reflective surfaces bent to a convex curved surface. This shape provides a different angle of reflection depending on the angle of incidence, providing an acoustic scattering effect and measurable diffusion.

Geometric Diffusors

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Contact us for all your noise complaints. We always welcome any questions and comments.

FAQ

What materials absorb sound waves?

In general, soft, pliable, or porous materials (like cloths) serve as good acoustic insulators - absorbing most sound, whereas dense, hard, impenetrable materials (such as metals) reflect most. How well a room absorbs sound is quantified by the effective absorption area of the walls, also named total absorption area.

Does frequency affect sound absorption?

The amount of absorption, reflection, and transmission of the sound is different for every frequency. For example, a high frequency sound with a short wavelength can be absorbed by a thinner piece of material, while lower frequency sounds are not absorbed, due to their longer wavelength.

Why is absorption of sound important?

Adding sound absorption to your space can make all the difference. Absorption will lessen the echo and reverberation within the room and improve speech intelligibility and overall clarity.

Why some materials are better at absorbing sound rather than reflecting it?

Materials which have higher densities tend to reflect more sound than they absorb (such as concrete or solid plywood). Materials with lower densities tend to absorb more sound (such as melamine foam or cork). Also, thicker materials tend to absorb a wider range of sound frequencies than thinner materials.

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