The key advantage of this sieve screen lies in its 316L marine-grade stainless steel construction, which offers 50% better corrosion resistance than 304 stainless steel, making it suitable for coastal mining operations and chemical waste processing facilities. Its welded wire structure provides superior structural integrity compared to woven alternatives, withstanding impact loads of up to 1000N without deformation or breakage. The 2.0mm wire diameter and ≥700MPa tensile strength ensure it can handle heavy, abrasive materials like ore, construction debris, and scrap metal. Passivation treatment creates a protective oxide layer on the surface, preventing rust and extending service life by 200% compared to untreated screens. Welded edge reinforcements with 5mm wide, 3mm thick welds eliminate fraying and enhance overall stability, even under continuous vibratory stress. The screen is certified to ISO9001 and CE standards, guaranteeing consistent quality and compliance with global safety regulations. It can be customized with different mesh opening sizes to accommodate specific material sorting needs, from large ore chunks to medium-sized construction debris.
Built from 316L marine-grade stainless steel with a density of 7.98g/cm³, this welded sieve screen features a 2.0mm wire diameter that delivers exceptional tensile strength of ≥700MPa and an elongation rate of ≥30%, ensuring resistance to tearing under heavy loads. Its 2-mesh configuration corresponds to a 50mm mesh opening size, optimized for sorting large, bulky materials like mine ore and construction debris. The standard dimensions are 2.0m wide and 10m long, with custom sizes available for specialized equipment. It offers a broad temperature resistance range of -50℃ to 800℃, suitable for cold outdoor mining sites and high-temperature chemical processing environments. Passivation treatment achieves a surface roughness Ra ≤1.6μm, enhancing corrosion resistance and preventing material buildup. Welded edge reinforcements use continuous MIG welding to create a rigid frame, with welds tested for structural integrity. The screen weighs approximately 18kg per square meter, providing a stable base for heavy vibratory equipment, and complies with NACE MR0175 standards for corrosion resistance in harsh industrial environments. It can withstand continuous vibratory frequencies up to 800 cycles per minute without fatigue failure.
This heavy-duty sieve screen is designed for high-wear industrial applications where durability and corrosion resistance are critical. In mining operations, it is used in vibratory sieves to separate ore from gangue, withstanding the impact of large, abrasive rock chunks. In construction waste management facilities, it sorts concrete debris, brick fragments, and metal scrap for recycling, reducing landfill waste and recovering reusable materials. At port terminals, it screens bulk cargo like sand, gravel, and ore during loading and unloading, preventing oversized materials from damaging shipping containers or processing equipment. In chemical processing plants, it filters solid waste from liquid chemicals, withstanding exposure to corrosive solvents and high temperatures. It is also used in metallurgical facilities to sort scrap metal by size and in coastal construction projects to screen sand and gravel contaminated with saltwater. The screen integrates seamlessly with large-scale linear vibratory sieves, circular vibratory sieves, and conveyor systems, and its CE certification ensures compliance with EU safety regulations for industrial equipment. It is a reliable solution for businesses looking to minimize downtime and reduce replacement costs in high-intensity operations.
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