Plasma generator and its anode and alloy material for anode
A technology of plasma and alloy materials, applied in the direction of plasma, can solve the problems of decreased electrical and thermal conductivity, accelerated anode burnout, arc breaking and arcing, etc., and achieves long service life and good resistance to high temperature plasma arc ablation. Ability, the effect of good work performance
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[0019] According to an embodiment of the present invention, a chromium-zirconium-copper alloy is used to manufacture an anode of a plasma generator, wherein the chromium-zirconium-copper alloy components (mass percentage) are: Cr (0.50%-1.50%), Zr (0.05%) -0.25%), Cu (balance). Preferably, the chromium-zirconium-copper alloy is made by adopting a vacuum smelting process; after ingot casting, it is formed into a bar by hot forging, and then the bar is subjected to solution aging treatment, and the bar is machined into an anode, or, made of chromium-zirconium The copper alloy is vacuum poured to make the anode directly.
[0020] According to another embodiment of the present invention, a copper-silver alloy is used to manufacture the anode of the plasma generator, wherein the copper-silver alloy composition (mass percentage) is: Ag (3%-8%), Cu (the balance). Preferably, less than 1% rare earth elements are added to the copper-silver alloy. Preferably, the copper-silver alloy i...
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