A kind of gold-copper alloy with high corrosion resistance and discoloration resistance and preparation method thereof
An anti-discoloration and copper alloy technology, applied in the field of new materials, can solve the problems of high preparation cost, achieve the effect of improving corrosion resistance, reducing the risk of electrochemical corrosion, and improving machining performance
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Embodiment 1
[0030] The composition ratio of the golden copper alloy with the composition of Al: 7.0wt.%, Zn: 7.5wt.%, Si: 0.2wt%, Sr: 0.04wt%, Ce: 0.06wt%, and the balance of copper, take the pure Zinc, pure aluminum, copper-silicon, copper-strontium, copper-cerium master alloy and electrolytic copper; first, the electrolytic copper is dried, aluminum is added, heated and melted, and the melting process is covered with cryolite, calcium fluoride and pyrogenic borax The volume percentage is 1:1:1; then pure zinc is added, and the scum is filtered off after stirring evenly, and then copper-silicon, copper-strontium, and copper-cerium master alloys are added to obtain an alloy melt, and the melt is stirred evenly After slag removal again, the furnace temperature was controlled at 1300 °C, and the converter was used for semi-continuous casting at 1200 °C to obtain copper alloy ingots, with an average casting speed of 6.0m / h;
[0031] The copper alloy ingot was heated and kept at 780°C for 2 h...
Embodiment 2
[0035]The composition of the golden copper alloy composition is Al: 6wt%, Zn: 8wt%, Si: 0.15wt%, Sr: 0.03wt%, Ce: 0.05wt% and the balance is copper. Copper-silicon, copper-strontium, copper-cerium master alloy and electrolytic copper; first, the electrolytic copper is dried, aluminum is added, heated and melted, and the melting process uses cryolite, calcium fluoride and pyrogenic borax as covering agents, and the volume percentage is 1:1:1; then add pure zinc, stir evenly, filter out the scum, then add copper-silicon, copper-strontium, copper-cerium master alloys to obtain an alloy melt, stir the melt evenly, and then remove the slag again, Controlling the furnace temperature at 1300°C, semi-continuous casting in the converter at 1200°C to obtain copper alloy ingots, the average casting speed is 6.0m / h;
[0036] The copper alloy ingot was heated and kept at 780°C for 2 hours, and then heated to 850°C for 9 passes of hot rolling. The deformation of the first pass was 28%, and ...
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