Method for preparing nickel/chromium/iron multi-component high-resistance electrothermal alloy strip
An electrothermal alloy, nickel-chromium-iron-based technology, applied in the field of preparation of nickel-chromium-iron-based multi-component high-resistance electrothermal alloy strips, can solve problems such as gaps and uneven product quality
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[0008] Further illustrate and understand the present invention through embodiment below.
[0009] Prepare the alloy strip of the embodiment according to the following method: (1) ingredients: according to C: 0.0001%, Si: 0.5%, Mn: 1.1%, Al: 1%, Cr: 13%, Ni: 32.6%, Co: 3.2 %, Hf: 1.5%, Zr: 2.8%, Nb: 1.4%, Ti: 4.3%, Mo: 0.7%, Tb: 0.08%, Dy: 0.05%, Ce: 0.05%, B: 0.01%, S≤0.0001 %, P≤0.0001%, the balance is iron and unavoidable impurities for batching; (2) melting: put the above raw materials into a magnetic levitation vacuum induction melting furnace, and vacuumize to 1×10 -3 Pa, filled with high-purity argon to 1×10 4 Pa, melted above 2800°C and then cooled with the furnace to form an alloy ingot; (3) Forging: put the above alloy ingot into a box-type resistance furnace at 300°C for heating, heat up to 1350°C within 2 hours, keep it warm for 25 minutes, and put it into the isothermal Forging in the forging machine, the total deformation is greater than 50%, the opening forging...
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