A kind of alloy material for manufacturing X-ray security inspection machine shell and its preparation method
A technology of alloy materials and security inspection machines, which is applied in the field of alloy materials, can solve problems such as injuries to surrounding personnel, and achieve high safety, improved strength and hardness, and high reliability.
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Embodiment 1
[0015] 1. Material preparation
[0016] Take 55 catties of lead, 10 catties of magnesium, 2 catties of aluminum, 1 catties of chromium, 0.5 catties of palladium, 0.3 catties of nickel, and 0.1 catties of tungsten; mix and melt magnesium, aluminum, and chromium, and stir for 3 minutes at a speed of 80 rpm. After standing for 1 minute, add palladium, nickel and tungsten and continue stirring for 2 minutes; add lead, stir at a speed of 130 rpm for 10 minutes, and let stand for 1 minute; use bottom pouring method for pouring; Pressure treatment; the alloy material is made into a test sample for later use.
[0017] 2. Performance test
[0018] Tensile strength test: The tensile strength of the alloy material is 347MPa, which is 12-15 times that of ordinary lead alloys.
[0019] Brinell hardness test: The Brinell hardness of the alloy material is 183HB, which is 11-13 times that of ordinary lead alloys.
Embodiment 2
[0021] 1. Material preparation
[0022] Take 65 catties of lead, 13 catties of magnesium, 4 kg of aluminum, 4 catties of chromium, 1 catties of palladium, 0.6 catties of nickel, and 0.5 catties of tungsten; mix and melt magnesium, aluminum, and chromium, and stir for 5 minutes at a speed of 100 rpm. After standing for 2 minutes, add palladium, nickel and tungsten and continue to stir for 3 minutes; add lead, stir at a speed of 150 rpm for 12 minutes, and let stand for 1.5 minutes; Pressure treatment; the alloy material is made into a test sample for later use.
[0023] 2. Performance test
[0024] Tensile strength test: The tensile strength of the alloy material is 339MPa, which is 12-15 times that of ordinary lead alloys.
[0025] Brinell hardness test: The Brinell hardness of the alloy material is 189HB, which is 11-13 times that of ordinary lead alloys.
Embodiment 3
[0027] 1. Material preparation
[0028] Take 60 jin of lead, 12 jin of magnesium, 3 jin of aluminum, 2 jin of chromium, 0.7 jin of palladium, 0.4 jin of nickel, and 0.3 jin of tungsten; mix and melt magnesium, aluminum, and chromium, and stir for 4 minutes at a speed of 90 rpm. After standing still for 1.5 minutes, add palladium, nickel and tungsten and continue stirring for 2.5 minutes; add lead, stir at a speed of 140 rpm for 11 minutes, and let stand for 1.3 minutes; Pressure treatment; the alloy material is made into a test sample for later use.
[0029] 2. Performance test
[0030] Tensile strength test: The tensile strength of the alloy material is 341MPa, which is 12-15 times that of ordinary lead alloys.
[0031] Brinell hardness test: The Brinell hardness of the alloy material is 179HB, which is 11-13 times that of ordinary lead alloys.
[0032] The design ideas of the present invention are described above with only three implementation modes. If the system allows,...
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Abstract
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