Magnesium-vanadium-strontium alloy
An alloy, magnesium vanadium technology, applied in the field of strontium alloy formula, can solve problems such as low strength, heat resistance, easy corrosion, etc., achieve super corrosion resistance, good processing performance, and expand the application range
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[0009] Example 1,
[0010] A magnesium-vanadium-strontium alloy composed of the following components in parts by mass: Mg22.5 parts, V5.9 parts, Sr5 parts, Ru0.02 parts, Mo0.25 parts, Ni0.5 parts, Zn1.6 parts , Cr0.20 parts, Fe0.15 parts, Cu0.40 parts, Ti1.5 parts, Rh0.015 parts, Be0.03 parts.
Example Embodiment
[0011] Example 2,
[0012] A magnesium-vanadium-strontium alloy consisting of the following components in parts by mass: 22 parts of Mg, 5.4 parts of V, 4.5 parts of Sr, 0.01 parts of Ru, 0.1 parts of Mo, 0.3 parts of Ni, 1 part of Zn, Cr0 .05 parts, Fe0.05 parts, Cu0.35 parts, Ti0.5 parts, Rh0.01 parts, Be0.02 parts.
Example Embodiment
[0013] Example 3.
[0014] A magnesium-vanadium-strontium alloy consisting of the following components in parts by mass: 23 parts of Mg, 6.4 parts of V, 5.5 parts of Sr, 0.03 parts of Ru, 0.4 parts of Mo, 0.7 parts of Ni, 2.2 parts of Zn , Cr0.35 parts, Fe0.25 parts, Cu0.55 parts, Ti2.5 parts, Rh0.02 parts, Be0.04 parts.
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