October 05, 2021
HOW IS WIRE MESH MADE?
Wire mesh is a common type of metal screen consisting of parallel rows and intersecting columns of wire. Although similar in appearance and their applications, perforated metal sheet and expanded metal sheet are not types of wire mesh. Wire mesh comes in an almost limitless amount of shapes and sizes, and a large variety of materials and metal alloys.To get more news aboutCommercial Hail Netting Supplier, you can visit dtwiremesh.com official website.
The intersecting wires are typically joined together by welding or weaving – two of the more common forms of wire mesh. The solid wire used is usually made by progressively drawing down a metal in a series of round dies until the desired diameter has been achieved.
Welded wire mesh has intersecting rows and columns of parallel wires that are welded together at the intersection. Once the wire has been drawn down to the desired size, it is fed into a machine which welds the multiple rows of wire together at their intersection.
As the mesh is fed through the machine, a parallel line of welds is created simultaneously where the perpendicular lines meet. The next intersection of wires is then fed through the machine to be welded, and this process continues, joining each row of wires together. This machine typically welds the wires using electrical resistance as the source of heat. Although other welding methods could be employed, this is the usually most economical. Once the mesh has reached the desired length, it is cut by a shear, resulting in a sheet of flat and rigid welded wire mesh.
Woven wire mesh has an array of intersecting wires, similar to a woven cloth. Typically, the wires are woven over and under the perpendicular wires producing a stable sheet. This pattern is known as a "Plain Weave Meshâ€. For applications that require a more flexible sheet, a "Twill Weave†can be used.
This involves wire that is woven over 2 perpendicular wires, then under the next set of 2 perpendicular wires, and so on. Woven wire mesh has no welds on them. Instead, they are fed into a machine similar to a loom which feeds a straight wire through chosen weave pattern. The wires are then bent to the reverse position, and the next straight wire is fed through the pattern. The machine continues this process until the desired dimensions are reached and the completed wire mesh sheet is then cut to the desired size.
The intersecting wires are typically joined together by welding or weaving – two of the more common forms of wire mesh. The solid wire used is usually made by progressively drawing down a metal in a series of round dies until the desired diameter has been achieved.
Welded wire mesh has intersecting rows and columns of parallel wires that are welded together at the intersection. Once the wire has been drawn down to the desired size, it is fed into a machine which welds the multiple rows of wire together at their intersection.
As the mesh is fed through the machine, a parallel line of welds is created simultaneously where the perpendicular lines meet. The next intersection of wires is then fed through the machine to be welded, and this process continues, joining each row of wires together. This machine typically welds the wires using electrical resistance as the source of heat. Although other welding methods could be employed, this is the usually most economical. Once the mesh has reached the desired length, it is cut by a shear, resulting in a sheet of flat and rigid welded wire mesh.
Woven wire mesh has an array of intersecting wires, similar to a woven cloth. Typically, the wires are woven over and under the perpendicular wires producing a stable sheet. This pattern is known as a "Plain Weave Meshâ€. For applications that require a more flexible sheet, a "Twill Weave†can be used.
This involves wire that is woven over 2 perpendicular wires, then under the next set of 2 perpendicular wires, and so on. Woven wire mesh has no welds on them. Instead, they are fed into a machine similar to a loom which feeds a straight wire through chosen weave pattern. The wires are then bent to the reverse position, and the next straight wire is fed through the pattern. The machine continues this process until the desired dimensions are reached and the completed wire mesh sheet is then cut to the desired size.
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