Nickel alloy wire and production method thereof
A production method and nickel alloy technology, applied in the field of nickel-based alloy manufacturing, can solve problems that need to be further improved, and achieve the effects of excellent appearance quality, improved work efficiency, and reduced pollution
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Embodiment 1
[0022] A nickel alloy wire is designed, and the mass percentage content of each component of the alloy includes: Si7%, Cu2%, Mg1%, Ag0.1%, Mo0.4%, Ti0.01%, La0.02%, Co0.01%, Mn, 0.01%, Sn0.03%, the balance is nickel and unavoidable non-metallic inclusions.
[0023] The production method of above-mentioned nickel alloy wire rod of the present invention, its production technology comprises following operation:
[0024] (1) Dosing according to the content of each component of the nickel alloy wire rod; (2) Put the raw material in the feeder for melting, adopt a high-frequency vacuum induction furnace, vacuumize, and the vacuum degree in the furnace must reach 3.34×10 -2 kilopascals; melting temperature 1680°C, 2 hours; stir alloy liquid, keep warm to casting temperature 1470°C, cast nickel alloy billet; (3) forge nickel alloy billet into billet with air forging press; (4) use The hot rolling mill hot-rolls the billet into a rod with a diameter of 10mm; (5) draw the rod into a φ3...
Embodiment 2
[0026] A designed nickel alloy wire, the mass percent content of each component of the alloy includes: Si10%, Cu3%, Mg2%, Ag0.2%, Mo0.6%, Ti0.02%, La0.03% , Co0.03%, Mn, 0.02%, Sn0.04%, the balance is nickel and unavoidable non-metallic inclusions.
[0027] The production method of above-mentioned nickel alloy wire rod of the present invention, its production technology comprises following operation:
[0028] (1) Dosing according to the content of each component of the nickel alloy wire rod; (2) Put the raw material in the feeder for melting, adopt a high-frequency vacuum induction furnace, vacuumize, and the vacuum degree in the furnace must reach 3.34×10 -2 kilopascals; melting temperature 1680°C, 2 hours; stir alloy liquid, keep warm to casting temperature 1470°C, cast nickel alloy billet; (3) forge nickel alloy billet into billet with air forging press; (4) use The hot rolling mill hot-rolls the billet into a rod with a diameter of 10mm; (5) draw the rod into a φ3.0mm all...
Embodiment 3
[0030] A designed nickel alloy wire, the mass percentage of each component of the alloy includes: Si9%, Cu3%, Mg2%, Ag0.2%, Mo0.6%, Ti0.02%, La0.03% , Co0.03%, Mn, 0.02%, Sn0.04%, the balance is nickel and unavoidable non-metallic inclusions.
[0031] The production method of above-mentioned nickel alloy wire rod of the present invention, its production technology comprises following operation:
[0032] (1) Dosing according to the content of each component of the nickel alloy wire rod; (2) Put the raw material in the feeder for melting, adopt a high-frequency vacuum induction furnace, vacuumize, and the vacuum degree in the furnace must reach 3.34×10 -2 kilopascals; melting temperature 1680°C, 2 hours; stir alloy liquid, keep warm to casting temperature 1470°C, cast nickel alloy billet; (3) forge nickel alloy billet into billet with air forging press; (4) use The hot rolling mill hot-rolls the billet into a rod with a diameter of 10mm; (5) draw the rod into a φ3.0mm alloy wir...
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