Jewelry material anti-sweat discoloring brown 14K gold alloy and technology thereof
A technology of alloys and jewelry, applied in the field of gold alloys, can solve problems such as limiting market share, affecting product market sales and user experience, and has not yet made progress, and achieves the effect of refining the structure
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Embodiment 1
[0017] Disclosed is a brown 14K gold alloy resistant to sweat and discoloration as a jewelry material and its technology. In terms of weight percentage, the composition of the alloy is Ca:0.3wt.%, Te:0.2wt.%, Ru:1.0wt.%, Hf:1.5wt.%, Cu:16.0wt.%, Ni:10.0wt.% , Au: 58.0wt.%, the balance is silver. The above-mentioned sweat-resistant discoloration brown 14K gold alloy of a jewelry material and its process include the following steps: adding the above-mentioned raw materials into an argon-protected induction furnace, and using a graphite crucible; after the metal is melted, use low-flow argon Protection, to avoid severe burning of alloy elements due to large air flow; heat preservation at 1200 degrees for 10 minutes during smelting, and electromagnetic stirring in a high-frequency induction furnace; after stirring evenly, heat preservation at 1200 degrees for 1 minute and cast out of the furnace; gold alloy casting adopts a diameter of 50 -100mm steel mold, and cooling by water c...
Embodiment 2
[0020] Disclosed is a brown 14K gold alloy resistant to sweat and discoloration as a jewelry material and its technology. In terms of weight percentage, the composition of the alloy is Ca:0.5wt.%, Te:0.4wt.%, Ru:1.2wt.%, Hf:2.0wt.%, Cu:20.0wt.%, Ni:12.0wt.%. , Au: 59.0wt.%, the balance is silver. The above-mentioned sweat-resistant discoloration brown 14K gold alloy of a jewelry material and its process include the following steps: adding the above-mentioned raw materials into an argon-protected induction furnace, and using a graphite crucible; after the metal is melted, use low-flow argon Protection, to avoid severe burning of alloy elements due to large air flow; heat preservation at 1200 degrees for 10 minutes during smelting, and electromagnetic stirring in a high-frequency induction furnace; after stirring evenly, heat preservation at 1200 degrees for 1 minute and cast out of the furnace; gold alloy casting adopts a diameter of 50 -100mm steel mold, and cooling by water ...
Embodiment 3
[0023] Disclosed is a brown 14K gold alloy resistant to sweat and discoloration as a jewelry material and its technology. In terms of weight percentage, the composition of the alloy is Ca:0.4wt.%, Te:0.3wt.%, Ru:1.1wt.%, Hf:1.8wt.%, Cu:18.0wt.%, Ni:11.0wt.% , Au: 58.0wt.%, the balance is silver. The above-mentioned sweat-resistant discoloration brown 14K gold alloy of a jewelry material and its process include the following steps: adding the above-mentioned raw materials into an argon-protected induction furnace, and using a graphite crucible; after the metal is melted, use low-flow argon Protection, to avoid severe burning of alloy elements due to large air flow; heat preservation at 1200 degrees for 10 minutes during smelting, and electromagnetic stirring in a high-frequency induction furnace; after stirring evenly, heat preservation at 1200 degrees for 1 minute and cast out of the furnace; gold alloy casting adopts a diameter of 50 -100mm steel mold, and cooling by water c...
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