Aluminum brazing furnaces mesh belt

The aluminum brazing furnace mesh belt plays a crucial role in the entire brazing process of water-cooled plates, serving multiple functions including stable transport, hot zone transition, and workpiece support. Due to the intricate internal flow channel structure of the water-cooled plates, high requirements are placed on the uniformity and stability of the brazing quality. Therefore, the material and structure of the mesh belt must possess sufficient reliability and thermal stability. Typically, 316L stainless steel, with its excellent temperature and corrosion resistance, is chosen as the main material to maintain strength and toughness in furnace temperatures exceeding 1000 degrees Celsius, preventing fatigue deformation caused by repeated thermal cycling and ensuring that the water-cooled plates do not experience angular shifts or posture changes during furnace heating.To meet the stability requirements of the water-cooled plates during transport, the mesh belt design emphasizes the coordination between the spirals. The pitch, length, and direction of the left and right spirals are strictly controlled to ensure uniform stress across the entire mesh surface, helping to maintain the straight movement of the workpiece within the furnace. During manufacturing, the mesh belt is first straightened on the frame, and edge trimming improves its overall linearity before welding, resulting in a compact and regular transport structure.

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