Corrosion-inhibiting steel for aluminum-clad substrate and manufacturing method thereof
A technology for corrosion inhibition and manufacturing methods, applied in the field of steel for aluminum-clad substrates and its manufacturing, can solve problems affecting the use of aluminum-clad strip steel, corrosion of steel-aluminum cross-sections, and lack of steel-aluminum bonding properties, etc., to achieve low cost and high efficiency. The effect of production efficiency and excellent comprehensive mechanical properties
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Embodiment 1-8
[0056] Table 1 lists the mass percentage (wt%) of each chemical element in the steel for corrosion-inhibiting aluminum-clad substrates of Examples 1-8.
[0057] Table 1. (wt%, the balance is Fe and other unavoidable impurity elements except S)
[0058]
[0059] It can be seen from Table 1 that compared with the prior art, the mass percentages of Si and Al in each embodiment of this case are below 0.005%, the mass percentage of O is between 0.02-0.05%, and the mass percentage of N is between 0.0040- 0.010%. In addition, in this case, P is added as a favorable element, therefore, the mass percentage of P is controlled at 0.018-0.03%.
[0060] The manufacturing method of the corrosion-inhibiting aluminum-clad substrate steel of embodiment 1-8 adopts the following steps to obtain:
[0061] (1) Smelting and casting: According to the chemical element composition shown in Table 1, smelt on a 500kg vacuum induction furnace, and cast to obtain a slab.
[0062] (2) Reheating: the ...
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