Cast steel part for nuclear power unit and production technology thereof
A production process and technology for nuclear power units, which are applied in the field of zero-defect and high-quality cast steel parts for nuclear use and their production processes, can solve the problems of poor mechanical properties of cast steel parts, low product quality, and difficult production, etc. Achieve the effect of improving solid solubility, preventing grain coarsening, good working performance and service life
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Embodiment 1
[0033] A cast steel component used for nuclear power units, the steps of its production process are as follows:
[0034] (1) Steel shavings and low-carbon punched briquettes without rust are heated and melted in an electric furnace to form molten steel in a molten state.
[0035] (2) Send the molten steel into the oxygen top-blown converter, and oxidize and remove Si, Mn, P, S, C, Ni and Cr from the molten steel to obtain low-impurity molten steel.
[0036] (3) Refining and purifying low-impurity molten steel in an AOD refining furnace.
[0037] (4) Add ferrosilicon, electrolytic manganese, low-carbon ferrochrome and metal zirconium to the refined molten steel for smelting.
[0038] (5) Add the cleaned and returned material of the same grade for smelting. After the molten steel is melted, take a sample of the molten steel for chemical composition analysis, that is, use a portable spectrometer to quickly analyze the chemical composition of the molten steel sample in front of t...
Embodiment 2
[0062] A cast steel component used for nuclear power units, the steps of its production process are as follows:
[0063] (1) Steel shavings and low-carbon punched briquettes without rust are heated and melted in an electric furnace to form molten steel in a molten state.
[0064] (2) Send the molten steel into the oxygen top-blown converter, and oxidize and remove Si, Mn, P, S, C, Ni and Cr from the molten steel to obtain low-impurity molten steel.
[0065] (3) Refining and purifying low-impurity molten steel in an AOD refining furnace.
[0066] (4) Add ferrosilicon, electrolytic manganese, low-carbon ferrochrome and metal zirconium to the refined molten steel for smelting.
[0067] (5) Add the cleaned and returned material of the same grade for smelting. After the molten steel is melted, take a sample of the molten steel for chemical composition analysis, that is, use a portable spectrometer to quickly analyze the chemical composition of the molten steel sample in front of t...
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