Stainless steel wire mesh is a safety net that can be used as a flood protection, construction, or water. Stainless steel wire mesh is made of metal mesh. It is characterized by corrosion resistance and high strength.
Stainless steel wire mesh can be divided into stainless steel square mesh, stainless steel dense mesh (seat mesh) ultra wide mesh (1.2-3.5 meters 5-8 meters) wide, large wire shaped mesh, some industries customers need to customize special specifications Stainless steel wire mesh.
Stainless steel wire mesh use: stainless steel mesh is mainly used for acid and sieving and filtration under environmental conditions. It is mainly used as a mud mesh for the petroleum industry, a sieve filter for the chemical fiber industry, and a pickling net for the electroplating industry. The stainless steel mesh produced by our factory is not easy to be cut by hard objects as a safety net for construction. It can adapt to the harsh outdoor working environment and can be reused. It can be used multiple times with one input, reducing the cost. When the stainless steel mesh is used in engineering water conservancy, it can effectively prevent the bank from being washed away by the water flow and ensure
the safety of the river full of reservoirs. If it is found that there are pores on the surface of the stainless steel welding wire, the reason for the surface pores is that the stainless steel contains C, S, and Si, and the pores are prone to occur. The solution is either to replace the stainless steel material or to use a low-hydrogen slag-based electrode. It is easy to produce pores when the welded parts are unclean. Therefore, the welding site is required to remove oil, rust and other dirt before welding. More stringent requirements are required when soldering with low hydrogen electrodes. The welding current is too large. The redness of the second half of the electrode is also likely to cause pores. Therefore, it is required to adopt appropriate welding specifications. The welding current is maximized so that the tail of the electrode is not red. Low-hydrogen electrodes are easy to absorb moisture, so they need to be baked at 350 ° C for about 1 hour before use. Otherwise, it is easy to have pores. Welded wave joint pores: It is easy to use surface and internal pores at the weld joints by using low-hydrogen welding rods. The solution: when welding the wave joints, the arc starting should be started 9 to 10 mm away from the arc in the forward direction of the weld. After combustion, the reverse stick is returned to the crater position for full melting and then advancement, or arcing at the weld can avoid this type of venting.
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