The core advantage of this mesh lies in its 316L stainless steel material, which has superior corrosion resistance to chloride ions compared to 304 stainless steel, making it ideal for seawater treatment and chemical acid-base filtration. The high-temperature setting treatment eliminates internal stress in the wire mesh, preventing deformation under high-pressure filtration conditions. Its abrasion resistance is 40% higher than ordinary stainless steel mesh, thanks to the optimized wire density and weaving structure. It also has a low aperture deviation rate of ≤±2%, maintaining consistent particle classification accuracy. Additionally, the mesh supports customized edge reinforcement to adapt to harsh working environments with strong mechanical impact.
Constructed from 0.35mm diameter 316L stainless steel wires, the mesh uses a plain weaving method with high-temperature setting at 600℃ to enhance structural stability. It has a mesh count of 20, with an aperture size of 4.5×4.5mm and a deviation of ≤±2%. The tensile strength reaches ≥800MPa, and it can withstand a maximum filtration pressure of 1.2MPa without deformation. The temperature resistance range is -20℃~900℃, suitable for most industrial high-temperature filtration scenarios. The standard width is 1.5m, with a maximum customizable width of 2.0m, and standard length of 50m. The surface is untreated for better wear resistance, and the mesh weighs 2.8kg per square meter, with certification of ASTM A240.
This industrial mesh is widely used in the mining industry for tailings solid-liquid separation, effectively filtering ore residues and recycling water resources. In the chemical industry, it is applied to filter acid-base solutions and chemical raw materials, preventing pipeline blockage caused by solid particles. It is also suitable for petroleum refining for crude oil pre-filtration, and in wastewater treatment plants for industrial wastewater purification. Additionally, it can be used in the metallurgical industry for screening metal powders and in the construction industry for concrete aggregate classification. Its high wear resistance and corrosion resistance make it an ideal choice for heavy-duty industrial production lines that require long-term continuous operation.
Post RFQ
Chat
ALL CATEGORIES