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  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt
  • Aluminum brazing furnace mesh belt

Aluminum brazing furnace mesh belt

The aluminum brazing furnace mesh belt is a high-temperature resistant conveying component specifically developed for continuous brazing processes of aluminum radiators, condensers, heat exchangers, and other workpieces. Its performance within the high-temperature furnace directly affects the uniformity of the weld and the quality of the finished product. To better adapt to the conveying rhythm of aluminum brazing equipment, the mesh belt design emphasizes the synchronization of the spiral structure. The pitch and length of the left and right spirals must be consistent to reduce uneven lateral forces generated after heating. During manufacturing, the entire mesh belt is straightened on the frame, and the edges are adjusted to achieve a flat surface, improving trajectory stability during operation. The threading section adopts a wavy structure and is treated with crankshaft embossing, resulting in a tighter pitch match between the threading and spirals, ensuring smooth threading of each spiral without skipping teeth. This structure helps the mesh belt maintain a straight direction during long-term operation within the furnace, preventing deviation due to load changes.In continuous production, the aluminum brazing furnace mesh belt not only performs the conveying function but also participates in temperature equalization, workpiece positioning, and hot zone transition processes. Its stable pitch, good straightness, and high-temperature resistance can reduce the micro-displacement of the workpiece in the furnace, improve the wetting effect of the brazing material, and thus help improve the welding quality and consistency of the final product.
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