Copper-Based Sintering Furnace Mesh Belt

The copper-based sintering furnace mesh belt is made of high-temperature and corrosion-resistant AISI314 copper, possessing excellent thermal stability and wear resistance, maintaining shape stability and high load-bearing capacity during prolonged high-temperature operation. The mesh belt employs a balanced weaving method with hooked edges, secured by welding. This process significantly enhances edge strength, preventing the mesh belt from easily detaching or breaking under high-temperature and heavy-load conditions, thus ensuring smooth material transport within the sintering furnace. During the design process, the length and thickness of the edge hooks are precisely calculated and strictly controlled to ensure stable operation of the mesh belt within the furnace, preventing edge deformation caused by uneven stress or thermal expansion. While welding hooks increases edge stability, it slightly reduces local ductility. Therefore, manufacturing must balance the overall flexibility and durability of the mesh belt to prevent localized cracking during high-temperature operation. The copper base material provides the mesh belt with excellent thermal conductivity, facilitating uniform heat transfer to the sintering material, improving sintering efficiency and finished product quality.

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