Preparation process of copper strip for framework material
A preparation process and frame material technology, which is applied in the field of preparation technology of copper strips for frame materials, can solve the problems of high temperature softening and hardness index failing to meet the use requirements, comprehensive performance failing to meet the use requirements, and difficulty meeting the use requirements, etc. Thermal processing performance, good follow-up processing performance, and the effect of reducing electrical conductivity
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[0043] Example 1
[0044] It is used for special-shaped frame material products that require high temperature softening and high electrical conductivity in the subsequent processing. Its comprehensive performance is that the copper strip needs to be soft before forging, and the copper strip is required to be harder, with high conductivity and high conductivity after forging. High temperature softening and high hardness, its technical requirements are:
[0045] Grade: LY80
[0046] Copper strip specification: 1.52×42mm
[0047] State: soft state (M)
[0048] Mechanical performance requirements: tensile strength Rm195-300MPa, elongation rate A11.3≥35%, hardness HV70-80, hardness after forging HV105-125, high temperature softening hardness HV≥100
[0049] Tolerance requirements: thickness tolerance ±0.02mm, width tolerance ±0.20mm
[0050] Conductivity: ≥88%IACS, conductivity after forging ≥85%IACS
[0051] The processing technology is as follows:
[0052] The first step, batching: use standa...
Example Embodiment
[0076] Example 2
[0077] It is used for special-shaped products that require high temperature softening and high electrical conductivity in the subsequent processing. Its comprehensive performance is that the copper strip needs to be soft before forging, and the copper strip is required to be hard, high in conductivity and high temperature after forging. High softening and hardness, its technical requirements are:
[0078] Grade: LY80
[0079] Copper strip specification: 2.0×48mm
[0080] State: soft state (M)
[0081] Mechanical performance requirements: tensile strength Rm195-300MPa, elongation rate A11.3≥35%, hardness HV70-80, hardness after forging HV105-125, high temperature softening hardness HV≥100
[0082] Tolerance requirements: thickness tolerance ±0.02mm, width tolerance ±0.20mm
[0083] Conductivity: ≥88%IACS, conductivity after forging ≥85%IACS
[0084] The processing technology is as follows:
[0085] The first step, batching: use standard cathode electrical copper and stand...
Example Embodiment
[0109] Example 3
[0110] It is used for special-shaped products that require high temperature softening and high electrical conductivity in the subsequent processing. Its comprehensive performance is that the copper strip needs to be soft before forging, and the copper strip is required to be hard, high in conductivity and high temperature after forging. High softening and hardness, its technical requirements are:
[0111] Grade: LY80
[0112] Copper strip specification: 2.4×59mm
[0113] State: soft state (M)
[0114] Mechanical performance requirements: tensile strength Rm195-300MPa, elongation rate A11.3≥35%, hardness HV70-80, hardness HV110-130 after forging, high temperature softening hardness HV≥100
[0115] Tolerance requirements: thickness tolerance ±0.02mm, width tolerance ±0.20mm
[0116] Conductivity: ≥88%IACS, conductivity after forging ≥85%IACS
[0117] The processing technology is as follows:
[0118] The first step, batching: use standard cathode electrical copper and stand...
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