2520 Material Stainless Steel Crimped Wire Mesh Panel 100x85 Cm 11x11x2 Mm

2520 Material Stainless Steel Crimped Wire Mesh Panel 100x85 Cm 11x11x2 Mm

Stainless steel crimped wire mesh is mainly used: 321, 316L, 2520, 304, 316, 316L, 302, 301, 320 and other stainless steel as raw materials. Top bending, two-way bending, one-way wave isolation bending, rectangular hole weaving, the mesh has the characteristics of strong weaving, durability and uniform mesh, the number of meshes is from 1 mesh to 24 meshes, and the width: 1 meter. 8 meters,

Uses: Stainless steel crimped mesh is widely used in mining, petroleum, chemical industry, construction, machinery accessories, protective mesh, packaging mesh, barbecue mesh, grill mesh, sintering furnace mesh, hardware mesh, handicraft mesh, Vibrating screen, net for basket, net for food machinery, net for cooking utensils, wall net, grain, road, railway, infrastructure net, can be used for grading and screening of solid materials as a screen, for liquid and mud filtration, breeding, civil use, etc.

Properties of Stainless Steel Crimped Mesh Material

A large amount of nickel is added to the stainless steel crimped mesh to obtain a single austenite structure. If the two elements of chromium and nickel are combined to form a chromium-nickel stainless steel crimped mesh. Thereby improving its corrosion resistance and manufacturability. It has strong plasticity and toughness at room temperature and low temperature, is not magnetic, and has good resistance to intergranular corrosion.

1. Chromium plays a major role in the corrosion resistance of stainless steel because the presence of chromium in steel can make stainless steel passivated in an oxidizing medium, and chromium is the main element that determines the corrosion resistance of stainless steel. That is, a very thin film is formed on the outside, and this film is enriched with chromium. The higher the chromium content in the steel, the stronger the corrosion resistance. In addition, chromium can play a very good role in strengthening the mechanical properties and process properties of steel.

2. The influence of nickel on stainless steel When nickel is used in combination with chromium, it can be fully manifested only when it is combined with chromium. Nickel is an alloying element that forms austenite. The metallographic structure can be changed from single-phase ferrite to austenite and ferrite dual-phase structure. After heat treatment, the strength can be improved, so that it has stronger stainless corrosion resistance and good deformation properties.

3. Influence of impurities on properties After annealing, when the carbon content is between 0.1% and 0.3%. Carbon will precipitate on the lattice boundary in the state of graphite, which destroys the bonding force between grains, strongly reduces the strength and plasticity of nickel, and makes processing deformation difficult. A series of carbides can be formed. The higher the carbon content in steel, the stronger the affinity between carbon and chromium. The more chromium carbides are formed, the lower the chromium content in the solid solution, and the lower the corrosion resistance of the steel.