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  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board
  • Sintering furnace mesh belt for circuit board

Sintering furnace mesh belt for circuit board

The sintering furnace mesh belt for circuit boards is a type of heat-resistant metal conveyor belt used for the stable transportation of PCB substrates, ceramic substrates, and related circuit components during high-temperature sintering, curing, and thermal treatment processes. Since circuit boards require a high degree of uniform heating, flatness, and dimensional stability during sintering, this type of mesh belt places particular emphasis on high-temperature performance and conveying stability in its design and material selection. The main body of the belt typically adopts a balanced weave structure, enabling the metal wires to maintain uniform stress distribution in high-temperature zones, reducing the likelihood of localized elongation or surface waviness. This helps ensure a flat conveying surface, allowing circuit boards to receive a uniform thermal field during heating and holding stages, thereby minimizing risks such as warping, localized thermal imbalance, or micro-cracks.The edge structure can be configured with either welded edges or crimped hook-style edges, allowing users to adapt to the characteristics of their production lines. Welded edges offer high structural integrity and are well-suited for continuous sintering equipment that requires higher tension, maintaining straightness and fastening stability during long-term operation. In contrast, crimped hook-style edges are easier to assemble, disassemble, and replace, making them suitable for production environments with frequent process adjustments or diverse product models. Both edge designs provide long-term reliability under high-temperature conditions, reducing the risk of conveying deviation or abnormal friction caused by edge loosening.
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