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    Application of AI-Enabled Smart Meters in Metallurgical Performance Monitoring and Control Systems


    2025.06.26

    The electric furnace temperature is precisely controlled by an AI-based intelligent controller, which also monitors and measures parameters such as temperature, pressure, flow rate, displacement, and weight loss. Combined with an industrial PC, this forms a distributed control system that is applied to metallurgical performance measurement and control systems. The system boasts advantages including reliable operation, strong anti-interference capability, and high control accuracy.

    Application of AI Series Temperature Instruments in Aluminum Foil Production Processes


    2025.06.26

    In the early days, aluminum products in China were primarily used for military purposes, and demand for aluminum foil was very low. After the 1980s, aluminum foil began to develop as a consumer product. From the mid-to-late 1990s onward, markets for cable foil, air-conditioning foil, and foil for cigarette packaging entered a period of rapid growth, driving the rapid development of China’s aluminum foil industry.

    Temperature Control Solutions for Magnetic Material Sintering Equipment


    2025.06.26

    Industry Application Description: In the magnetic materials industry, the upstream segment of the industrial chain primarily comprises the chemical materials industry, the steel manufacturing industry, and various rare-earth mining and smelting industries. The midstream consists of manufacturers of soft magnetic materials and permanent magnet materials. Downstream products include electric motors, transformers, generators, and alternators. End-use applications span traditional sectors such as consumer electronics and basic industries, as well as emerging fields like new energy and energy conservation and environmental protection. Within the magnetic materials sector, in response to process technologies such as melt-spinning and sintering, customers have independently developed supporting automated equipment, including vacuum melt-spinning furnaces and vacuum sintering furnaces. These developments have provided a new technological pathway for magnetic materials production, while also enabling precise control over heavy rare-earth elements and reducing production costs.
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