When using any product, it will be affected by some environment. For example, when using metal, we are susceptible to thermal expansion and contraction. Therefore, when we use stainless steel wire mesh, we are very susceptible to thermal expansion and contraction. Sometimes it is unavoidable. So today we will focus on explaining the phenomenon of stainless steel wire mesh being thermally expanded and contracted. Stainless Steel Woven Wire Mesh Manufacturer hopes to help you understand some skills when using stainless steel wire mesh.
Stainless Steel Wire Mesh
Generally speaking, ordinary stainless steel wire mesh has thermal brittleness when operating at high temperatures, and stainless steel wire mesh is the same. Stainless steel wire mesh in the operation due to the heat generated by the conflict. Because the different manufacturing processes lead to different thermal expansion coefficients of stainless steel wire mesh, when different materials are welded together, there is a possibility of thermal fatigue. When the ambient temperature exceeds 400℃, the intermittent reduction caused by the expansion of the stainless steel wire mesh conveyor between the whole machine should also be fully considered. Of course, another point is that when the stainless steel wire mesh is exposed to inert materials, it will cause undesirable results. The main stainless steel wire mesh parts will become thinner and thinner, leading to accelerated wear. The rust on the general stainless steel wire mesh parts will also affect The sensitive rolling of the roller. I hope the above introduction can be helpful for everyone to use stainless steel wire mesh.
In order for the application of our work to be carried out smoothly, there are generally many issues that need to be paid attention to before the application of the product, and the same is true for the application of the stainless steel wire mesh. In order to better assist us, the things that need to be paid attention to stainless steel wire mesh are summarized as follows:
(1) The tension on the stainless steel wire mesh in use should not be too large. It should be operated under the minimum initial tension under the premise that it does not slip with the transmission gear and the material receiving point does not sag.
(2) Different types and specifications of stainless steel wire mesh must not be connected together in the same machine.
(3) Generally, the conveyor is required to start empty to avoid motor overload and stainless steel wire mesh slip; before stopping, all materials on the metal mesh belt should be unloaded except in special conditions.
(4) The starting sequence is to open the last conveyor (discharge stainless steel wire mesh) first, then open forward in order, and finally open the receiving conveyor. The shutdown sequence is opposite to the startup sequence.
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