7200 pieces of 316L stainless steel sheets and 7200 stainless steel clad copper conductive beams have been fully prepared for shipment and will be dispatched to Mersin Port, Turkey, providing core substrate support for the localized production of finished stainless steel cathode plates. According to the project's logistics plan and special material transportation requirements, this shipment adopts a categorized transportation scheme: the 316L stainless steel sheets and stainless steel copper-clad conductive beams will be packaged separately and shipped in batches. A professional logistics chain ensures the structural integrity of these two key components during long-distance transportation, effectively avoiding potential risks such as collisions and corrosion, and ensuring they arrive at the site in optimal condition.
As the core production equipment for the project, the fully automated welding and testing integrated production line tailored by AATI has been shipped to the customer's site in advance, and a professional technical team has gone to the site to carry out the complete installation and commissioning work.This production line integrates cutting-edge automated welding technology and a high-precision non-destructive testing system. It is specifically designed for the precise joining of 316L stainless steel plates and stainless steel-clad copper conductive beams, strictly adhering to the high quality standards of the copper refining industry to ensure the stability of the welding process and the reliability of the testing results. During the installation and commissioning phase, the technical team will comprehensively verify equipment parameters and optimize the operating process until the production line reaches a stable full-load operation, laying a solid foundation for subsequent production stages.
Once the production line is installed and debugged, the project will officially enter the core welding process. Technicians will rely on the high efficiency of the fully automated production line to perform precise welding of 316L stainless steel plates and stainless steel-clad copper conductive beams, ensuring the sealing and conductivity of every weld through automated control. This crucial process directly determines the structural strength and conductivity of the finished stainless steel cathode plate, which is of great significance for improving the efficiency of the copper refining process and ensuring product quality. Ultimately, through an integrated process of "material shipment - equipment installation - precision welding," finished stainless steel cathode plates that meet customer requirements will be mass-produced, helping customers achieve efficient and stable large-scale production in their copper refining workshops.
