Nickel-chromium high-resistance electrothermal alloy
An electrothermal alloy and high resistance technology, which is applied in the field of alloy materials, can solve the problems of material cracking, wave shape, tensile strength, yield strength and other physical and chemical properties that are not ideal, and achieve the effect of uniform heating and improved oxidation resistance
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 Example one
 A nickel-chromium high-resistance electric heating alloy, its chemical composition and mass percentage content are: C is 0.02, P is 0.01, S is 0.01, Mn is 0.20, Si is 1.0, Cr is 20.0, Al is 0.1, Fe is 0.8 , Ti is 0.1, Zr is 0.5, Ce is 0.05, and Ni is 77.21.
 Example two
 A nickel-chromium high-resistance electric heating alloy, its chemical composition and mass percentage content are: C is 0.04, P is 0.02, S is 0.011, Mn is 0.3, Si is 1.5, Cr is 23, Al is 0.15, Fe is 0.7, Ti is 0.18, Zr is 0.2, La is 0.03, and Ni is 73.869.
 Example three
 A nickel-chromium high resistance electric heating alloy. Its chemical composition and mass percentage content are: C is 0.045, P is 0.017, S is 0.013, Mn is 0.55, Si is 1.2, Cr is 22, Al is 0.18, Fe is 0.6 , Ti is 0.17, Zr is 0.28, Y is 0.03, and Ni is 74.915.
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