Foam-nickel sintering conveyor belts are a type of continuous conveying component designed specifically for foam-nickel materials during high-temperature sintering, shaping, and atmosphere-controlled processes. Their key feature lies in maintaining structural stability under elevated temperatures while meeting the particular requirements of foam-nickel products regarding flatness, thermal uniformity, and flexible load support. These belts are typically made from high-temperature-resistant and corrosion-resistant soft metal wire materials, with AISI 314 stainless steel being commonly used. This material maintains stable performance under high-temperature oxidation and various furnace atmospheres, making it less prone to embrittlement, elongation, or surface degradation, which helps enhance the overall reliability of the sintering process.To accommodate the lightweight and easily deformable characteristics of foam-nickel materials, the conveyor belt generally adopts a balanced-weave structure combined with crimped connecting rods produced through a crankshaft embossing method. This ensures accurate positioning between each spiral wire and cross rod, reducing possible tracking deviation and surface fluctuation during conveying. Such a weave helps achieve a more uniform stress distribution during thermal expansion, providing a stable support interface for foam-nickel products throughout heating, soaking, and cooling stages. The edge structure can be selected as either a crimped-loop hooked edge or a welded edge, depending on equipment requirements. The crimped-hook design features flattened crankshaft joints that reinforce the edge while preventing damage to furnace support rollers, and also allow easier disassembly and replacement. The welded edge offers higher structural rigidity and is suitable for continuous sintering lines with greater tension demands.
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