What is the effect of solder joints on Welded Wire?
The hole spacing between different Welded Wires is different, so the hole spacing between each grid will directly determine his final performance, the hole spacing is different, and the curve performance between the entire grid is absolutely not In the same way, as the spacing between the meshes gradually increases, their products will gradually become longer, and the value of the test force in the middle will become larger and larger.
However, the tensile force between the entire Galvanized layer and the entire wire mesh is still guaranteed to be between one hundred, the change is not particularly large, and the spacing between the walls of the Welded Wire is also very small, this Galvanized layer is After the glass, the original performance is very obvious, especially easy to observe.
As the pitch of the entire Welded Wire mesh increases gradually, the tensile strength of the solder joint will gradually increase, while the spacing between the meshes is the same, and will generally increase gradually. Basically, it will increase by about 52N. Relatively speaking, it has a much larger stress value than the original spacing mesh. This shows that the longer the whole pattern, the higher the tensile force value of the solder joint for the entire Welded Wire. It is easy to cause errors, and the length of the style specified in the standard is used as much as possible, because this is a problem they should pay attention to.
Welded Wire's welding point tensile value is basically the maximum value in the curve. This quality also provides relevant standards for engineering acceptance testing. At the same time, the entire Galvanized layer is stripped, and the original curve is relatively It is very obvious, and such a resin is basically controlled between 90N-100N. Currently, Welded Wire is very popular in various industries.
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