Material for locomotive wheels
A locomotive wheel and content technology, applied in the field of locomotives, can solve problems such as high cost and poor service performance, and achieve the effects of suppressing deformation recrystallization, polygon problems, improving rolling contact fatigue resistance, and improving crack initiation resistance.
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[0022] Preparation of materials for locomotive wheels:
[0023] Step 1, using steel scrap as raw material, smelting in a 50-ton ultra-high-power electric arc furnace, controlling the temperature of molten steel to 1600°C, and controlling the contents of C, P, Si, Mn and other elements within the range required in Table 1;
[0024] Step 2, use the LF furnace to carry out deep desulfurization, deep deoxidation, and removal of inclusions through the refining slag, so that the content of S element is controlled within the range required in Table 1, and the content of non-metallic inclusions is controlled within the range required in Table 2; deoxidation, desulfurization At the end, fine-tune the micro-alloy composition, adjust Cr by adding high-carbon ferrochromium, and adjust the content of alloy elements by adding alloy materials such as nickel plate, copper plate, ferromolybdenum, ferro-vanadium, ferro-niobium, ferro-titanium, and aluminum; after fine-tuning, you can pass The w...
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