Soundproofing and sound control are pivotal to creating favorable atmospheres, whether in an office setting or a grand concert hall. Integrating sound control elements into a design can boost productivity, increase patron experiences, and improve overall quality of life.
Recently, woven wire panels have emerged as a reliable material when fabricating efficient sound control elements. From its durability to its versatility, woven wire offers a lot of beneficial qualities that make for the ideal sound control medium.
But are woven wire sound control panels right for you?
W.S. Tyler has been a prominent woven wire supplier for over 150 years. We strive to use this expertise to help you develop solutions that alleviate some of the stresses associated with sound control.
With that, we wrote this article to help you better understand how woven wire benefits the functions of sound control panels. You will learn the following:
- What woven wire is
- Why sound control is important
- Why you should consider woven wire sound control panels
- The key elements to be mindful of when designing woven wire sound control panels
What Is Woven Wire?
Woven wire mesh, or simply woven wire, is a mesh material comprised of individual metal wires that become interlaced during a centuries-old weaving process. As a result, precise pore openings are formed, allowing for high-performing screening and filtration performance.
Widely known for its versatility, virtually every aspect of woven wire can be customized to your exact needs. This includes the diameter of the wires, size of the openings, alloy of the wires, pattern of the weave, and more.
For a more in-depth breakdown of what woven wire mesh is, refer to the article below:
Why Is Sound Control Important?
Sound control is critical to improving the experiences we have on a daily basis. Failure to implement a reliable means of sound control can cause unwanted noises to reduce productivity, provoke stress, and create an uncomfortable environment.
Fortunately, elements like sound control panels can be integrated throughout a structure to block these sounds rather effectively.
To that end, it is key to understand that if it's harder for sound to get in, it is harder for sound to get out. Knowing that sound control panels are keeping sound waves contained can help create a sense of security and privacy.
Sound control is even mandated in several industry regulations and building codes. These regulations and codes are put in place to, again, ensure a certain level of quality of life is maintained when visiting facilities like hospitals and concert halls.
Soundproofing With Woven Wire Sound Control Panels
As stated above, woven wire undergoes a stringent weaving process to create its mesh profile. This weaving process is often used to create weaves that are dense while remaining an open product.
So, how does this aid sound control?
Well, the open characteristics of woven wire allow sound waves to travel through the openings of the mesh. At the same time, the density of the mesh works to distribute the energy of the sound waves, distributing it within the wires of the mesh.
This is possible as the wires of the mesh vibrate when the sound waves come into contact with the wires' surface, absorbing the sound. The vibrating wires are a result of sound waves being converted into kinetic energy.
Designing Woven Wire Sound Control Panels
When designing woven wire sound control panels, the structural density and wire position is critical to their ability to absorb and diffuse sound waves. These factors are what enable woven wire to disrupt sound waves and reduce their energy as they pass through.
With that being said, what your mesh looks like will be dedicated to the desired level of sound control.
In terms of structural density, a good rule of thumb is the higher the wire density, the more sound control. The denser profile creates a more prominent barrier that blocks more sound.
At the same time, you should also be taken the various weave patterns into consideration. Each weave presents different wire placement, resulting in variating sound wave dispersion performance.
The irregular wire position offered by each weave pattern will allow you to fine-tune the sound control capacity of your panels.
Learn What Specifications Makeup Woven Wire
Sound control panels are elements designed to disperse and reduce sound wave energy, subsequently minimizing noise. Woven wire is often used to fabricate these panels as the material offers versatility, customization, structural density, and durability to deliver long-lasting sound control performance.
Now, as established in the article, the mesh speciations you use to fabricate your sound control panels will dictate how they perform. It's for this reason that you understand the fundamental woven wire specifications and how they interact with one another.
With over 150 years of experience in the woven wire business, W.S. Tyler is here to learn what your needs are and essentially become your own personal woven wire division.
To learn everything you need to know about the core woven wire specifications that dictate performance, read the following article: