High-conductivity and high-hardness conductive tube
A high-conductivity, high-hardness technology, applied in the field of conductive tubes, can solve the problems of low electrical conductivity or mechanical properties of conductive tubes
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Embodiment 1
[0017] A conductive tube with high conductivity and high hardness, the mass percentage composition is as follows: Si: 0.38%, Fe: 0.20%, Cu: 0.06%, Mn: 0.03%, Mg: 0.50%, Cr: 0.05%, Zn: 0.05% , Ti: 0.05%, other individual elements ≤ 0.05%, other impurity elements in total ≤ 0.10%, the rest is Al, the total amount is 100%;
[0018] High-speed casting process is used to obtain cast rods, and the cast rods are homogenized, extruded, on-line quenched and aged in sequence. The water quenching method, the water penetration speed is 2.0mm / s, the aging process uses an aging temperature of 200°C and an aging time of 6h.
[0019] The hardness of the conductive tube made of the above ingredients and process is 78HB, the electrical conductivity is 51.6%IACS, the tensile strength is 245MPa, the yield strength is 180MPa, and the elongation is 10.5%, which meets the requirements of electrical conductivity and mechanical properties of the conductive tube. .
Embodiment 2
[0021] A conductive tube with high conductivity and high hardness, the composition of which is as follows in mass percentage: Si: 0.40%, Fe: 0.20%, Cu: 0.07%, Mn: 0.04%, Mg: 0.60%, Cr: 0.05%, Zn: 0.05% , Ti: 0.05%, other individual elements ≤ 0.05%, other impurity elements in total ≤ 0.10%, the rest is Al, the total amount is 100%;
[0022] The high-speed casting process is used to obtain cast rods, and the cast rods are homogenized, extruded, on-line quenched and aged in sequence. The water quenching method, the water penetration speed is 2.5mm / s, the aging process adopts an aging temperature of 200°C and an aging time of 6h.
[0023] The hardness of the conductive tube made of the above ingredients and process is 80HB, the electrical conductivity is 52.2%IACS, the tensile strength is 242MPa, the yield strength is 196MPa, and the elongation is 11%, which meets the requirements of the electrical conductivity and mechanical properties of the conductive tube. .
Embodiment 3
[0025] A conductive tube with high conductivity and high hardness, its mass percentage composition is as follows: Si: 0.45%, Fe: 0.20%, Cu: 0.09%, Mn: 0.06%, Mg: 0.65%, Cr: 0.05%, Zn: 0.05% , Ti: 0.05%, other individual elements ≤ 0.05%, other impurity elements in total ≤ 0.10%, the rest is Al, the total amount is 100%;
[0026] The high-speed casting process is used to obtain cast rods. The cast rods are homogenized, extruded, on-line quenched and aged in sequence. The water quenching method, the water penetration speed is 3.0mm / s, the aging process adopts an aging temperature of 200°C and an aging time of 6h.
[0027] The hardness of the conductive tube made by the above-mentioned composition and process is 82HB, the electrical conductivity is 52.9%IACS, the tensile strength is 235MPa, the yield strength is 194MPa, and the elongation is 9.5%, which meets the requirements of electrical conductivity and mechanical properties of the conductive tube. .
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Abstract
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