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West Zone of Hejian Economic Development Zone, Hebei Province, China
In the field of electromechanical engineering, it is often used in scenarios such as distribution cabinets and the frame assembly of large-scale electromechanical equipment, serving to connect, secure, and enhance the overall structural rigidity—thereby ensuring the stable operation of electromechanical devices.
In the field of electromechanical engineering, it is often used in scenarios such as distribution cabinets and the frame assembly of large-scale electromechanical equipment, serving to connect, secure, and enhance the overall structural rigidity—thereby ensuring the stable operation of electromechanical devices.
It combines the linear characteristics of profiles with the structural forms of castings, aiming to meet specific functional and structural requirements.
Industrial Equipment: Modular supports for automated production lines, as well as conveyor rail systems and load-bearing seats.
Aluminum alloy profiles with consistent cross-sections are produced via the hot extrusion process.
First, aluminum alloy profiles with uniform cross-sections are produced via the hot extrusion process. These are then further processed using CNC equipment for cutting, milling, drilling, and other machining operations. Finally, they are assembled with specific aluminum alloy castings at designated locations—either through bolted connections or welding—to form a complete component.
First, aluminum alloy profiles with uniform cross-sections are produced via the hot extrusion process. These are then further processed using CNC equipment for cutting, milling, drilling, and other machining operations. Finally, they are joined to specific aluminum alloy castings at designated locations—either through bolted connections or welding—to create a complete component.
It combines the linear features of profiles with the structural forms of castings, aiming to meet specific functional and structural requirements.
The primary process route is "profile extrusion + machining + casting connection."
Material utilization is relatively high: The profile sections can be cut to size as needed, helping to minimize material waste.
A composite structural component primarily made from aluminum alloy profiles, achieved through subsequent mechanical processing combined with localized casting integration.
The primary process route is "profile extrusion + machining + casting connection."
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