#wirecloth

Selecting the correct stainless steel mesh for your exhaust silencer involves considering various factors such as the size of the mesh, the type of weave, and the grade of stainless steel. Here are some factors you should consider when selecting the best metal mesh screen for your exhaust silencer:

Mesh Size: The mesh size is the number of wires per inch or the number of openings per inch. The finer the mesh, the better the filtration, but the higher the pressure drop. So, it's important to choose a mesh size that provides the appropriate level of filtration without causing excessive pressure drop.

Weave Type: The weave type determines the strength and durability of the wire cloth. There are various types of weave, such as plain weave, twill weave, and Dutch weave. Plain weave is the most common type, but Dutch weave offers higher filtration efficiency and greater strength. Learn more on SS Mesh Weave.

Wire Diameter: The wire diameter influences the strength and rigidity of the wire cloth. A thicker wire diameter provides greater strength, but it also reduces the filtration efficiency. It's important to choose a wire diameter that provides the appropriate level of strength without sacrificing filtration efficiency.

Stainless Steel Grade: The grade of stainless steel determines the corrosion resistance and strength of the wire cloth. The most commonly used grades for wire cloth are 304 and 316 stainless steel. 316 stainless steel provides better corrosion resistance in harsh environments, but it's also more expensive than 304 stainless steel.

Overall, it's important to consider the specific requirements of your exhaust silencer when choosing the right SS wire cloth. You may also want to consult with a specialist or supplier to ensure you get the appropriate wire cloth for your application.

Which one is right for woven mesh vs welded mesh? Generally speaking, the application will determine whether you should use woven wire mesh or welded mesh. If the mesh is for filtration needs, the woven wire mesh is right for you. If the mesh is for shielding field, the woven mesh is best for you. As woven wire mesh is produced predominantly with stainless steel, which is too resistant to corrosive material, the fact that it often has smaller hole sizes than welded mesh should also be considered. If you are working with rugged material that requires a mesh that is sturdy and durable, welded wire mesh may be a good fit. Welded mesh is also a good fit for extremely corrosive conditions as it can be galvanized for extra protection.

How to choose the woven wire mesh for making filter discs Generally, the 20mesh to 500mesh (the number of wires per inch) woven wire mesh is the commonly used mesh for making filter discs The 20 mesh to 40mesh is much heavy mesh for filter discs; The 40mesh to 200 mesh is light mesh for filter discs; The 200mesh to 500 mesh is much finer mesh for filter discs.

common edges of woven wire mesh

Web Wire Mesh offers both raw edge and selvage edge for its woven wire mesh.

Raw edge refers to a mesh with exposed weft wires that is not continuously woven and is usually the result of manufacturing wire mesh on a rapier loom. Raw edge is the most common edge type in the wire mesh industry.  

Selvage edge refers to the edge or border of wire mesh finished off so as to prevent unraveling. The selvage edge provides a finished edge for the wire mesh by continuously weaving the weft wire so that there is no exposed wire ends along the length of the roll. When a selvage edge is required, it is important to specify, as raw edge is widely the norm in the industry.

Aluminum wire mesh for bird exclusion

Aluminum is lightweight, flexible, malleable, corrosion-resistant, and low priced. It is the most popular of the non-ferrous metals used to produce wire mesh. The majority of aluminum is alloyed with other metals such as copper, magnesium, zinc, or silicon in certain percentages to increase the strength of aluminum as well as improve some of its other properties.

Features

2 wires per inch

Made from heavy, thick wire to keep out birds, and bats

The wires are crimped for sturdiness

Material can be cut with tin snips or air craft shears