The stainless steel-based sintering furnace mesh belt is a high-performance conveyor belt specifically designed for high-temperature sintering processes. Made of high-temperature and corrosion-resistant AISI 314 stainless steel, it can operate stably for extended periods in extreme high-temperature environments without easily oxidizing or deforming. The belt employs a balanced weaving method with hooked edges, secured by welding. This process enhances the edge strength, ensuring stable load-bearing capacity under heavy loads and high temperatures, and reducing the risk of edge detachment or breakage.
In actual operation, the length and thickness of the edge hooks are rigorously designed and precisely controlled to ensure smooth belt movement within the furnace, preventing bending or breakage due to high-temperature expansion or uneven stress. While the welded hooks increase edge stability, they may affect local ductility. Therefore, the design must comprehensively consider the overall flexibility and durability of the mesh belt, ensuring both robustness and appropriate ductility during high-temperature operations.
The stainless steel base material gives the conveyor belt excellent thermal stability and corrosion resistance, enabling it to maintain constant tension and shape during long-term continuous operation. This helps to ensure uniform heat transfer and stable transport of materials during the sintering process. The tension of the conveyor belt is also precisely adjusted to prevent deformation at high temperatures due to excessive looseness, and to avoid arching at bends due to excessive tightness, thus ensuring smooth operation of the conveyor belt under different working conditions.
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