Constructed with 80% wire and 20% empty space, 80 20 wire mesh provides considerable ventilation, making it ideal for sieving and straining operations. It is also an effective choice when it comes to defending against dust, debris, and other intrusions in industrial settings.
Wires of two diameters, 0.8 mm and 1.6 mm, are artfully woven to form a 80 20 wire mesh. This creative weaving technique allows for 20% of the total area to be open, granting the mesh an openness that still remains structurally intact against force.
Outfitted with a plentiful amount of space between its threads, 80 20 wire mesh is a fitting choice for sieving and straining tasks. Establishing the right size particles or taking out undesired contaminants from liquids are just a couple of the potential duties for the mesh to attend to. Beyond that, this material can also form an effective guard around physical objects or zones.
When choosing between 80 20 wire mesh, there are a range of materials to consider, such as stainless steel, galvanized steel, and aluminum. Stainless steel mesh is the ideal selection for food and beverage purposes, as it is hygienic and free from reactions. For industrial usage, galvanized steel is the superior choice, since it is highly resistant to corrosion. If weight needs to be taken into account, aluminum mesh may be the right option – especially for use in aerospace applications.
When it comes to affixing mesh to a structure, there are several possible techniques to consider. These include welding, bolting, and tying. Which method is utilized ultimately depends on the type of job and the materials being used. Welding is usually the go-to course of action when a permanent attachment is necessary, as is often the case in industrial purposes. In less demanding scenarios such as sifting, though, bolting or tying can usually get the job done without issue.
80 20 wire mesh is an indispensable multi-purpose material that serves a plethora of purposes. Primarily used for sieving and straining, the mesh may likewise be utilized to construct a secure barrier. Featuring stainless steel, galvanized steel, and aluminum variants, this versatile material can be fastened to a frame through a combination of welding, bolting, and tying processes.