The spring tempering furnace can significantly improve heating efficiency by optimizing the furnace structure, heating element layout, and temperature control system. Its design usually uses high-power heating elements and forced convection circulation to evenly and quickly transfer heat to the spring material. For small and medium-sized springs, the tempering furnace can heat them to the target tempering temperature (such as 300-500 ℃) within a few minutes, significantly reducing the heating time compared to traditional box furnaces. However, the specific heating rate still needs to consider the material, size, furnace capacity, and temperature uniformity required by the process of the spring. For example, when a large number of furnaces are densely packed, heat infiltration takes longer; Some alloy steel springs may need to be heated in stages to avoid excessive temperature gradients. Therefore, when selecting equipment, it is necessary to make a comprehensive judgment based on spring specifications, production requirements, and process specifications.
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