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The core advantage of this product is its excellent chloride ion corrosion resistance, suitable for the harsh environment of sewage treatment plants. The addition of molybdenum elements in 316L stainless steel significantly improves the resistance to chloride ion corrosion, preventing rust and corrosion caused by sewage and organic pollutants. The pickling passivation surface treatment not only enhances corrosion resistance but also reduces the adhesion of sewage and sludge, making daily cleaning easier. The grid structure design ensures good ventilation and drainage, keeping the platform dry and clean, and reducing the growth of bacteria and algae. It complies with the HJ 2056 Chinese sewage treatment facility design standard, ensuring the safety and compliance of the product.

This product uses 316L stainless steel as the raw material, with a plate thickness of 6mm, grid aperture of 50x80mm, flat steel width of 50mm and cross bar spacing of 80mm. The load capacity meets the C200 grade standard of 200kN/m2, suitable for carrying maintenance personnel and small maintenance equipment. The standard specifications are 5000mm in length and 1500mm in width, and supports custom sizes according to the specific layout of the sewage treatment plant. The surface passive film thickness reaches no less than 5μm, with excellent resistance to chloride ion corrosion, meeting the long-term service requirements of sewage treatment environments.

This 316L stainless steel steel grating is mainly applicable to the walkways of sewage treatment tanks, aeration tank platforms, sludge treatment workshop platforms and other sewage treatment plant scenarios. It is suitable for scenarios with high chloride ion corrosion requirements, providing a safe, durable and easy-to-clean operating platform for the production and maintenance of sewage treatment plants. It can also be used as a maintenance platform for water quality testing and equipment maintenance in sewage treatment plants, meeting the diversified needs of sewage treatment projects.