A kind of preparation method of graphene rare earth aluminum alloy high conductive material

Abstract

The present invention discloses a method of preparation of graphene rare earth aluminum alloy high -guide materials. The specific steps are as follows: adding waste aluminum, silicon calcium alloy, copper aluminum alloy, zinc and aluminum alloy, magnesium ingot, rare earth aluminum alloy, graphene to the melting furnaceMelving in the middle, analysis of pre -furnaces, obtained aluminum alloy liquid, and then casting and rolling aluminum alloy to obtain aluminum alloy, and then uniformly treated with aluminum alloy, and then timeliness processing to obtain high graphene rare earth aluminum alloy high -guide materials.The preparation method of a graphene rare earth aluminum alloy high -guide material proposed by the present invention. Through reasonable setting process parameters, optimizing the structure of graphene, effectively improving the overall performance of aluminum alloyGood conductivity, heat resistance, arc resistance and mechanical properties.

Description

technical field [0001] The invention relates to the technical field of metal materials, in particular to a preparation method of a graphene rare earth aluminum alloy high conductivity material. Background technique [0002] With the rapid growth of my country's power transmission volume, the requirements for materials in the transmission process are becoming increasingly stringent. High-quality transmission lines should have the characteristics of long transmission distance, large transmission capacity, and strong resistance to natural disasters. Thermal and sag resistance put forward higher performance requirements for transmission lines. At present, conductor materials made of ordinary aluminum have poor electrical conductivity and heat resistance, and disconnection often occurs during the production process, which increases the production cost and use cost of aluminum alloy conductor materials; aluminum alloy is used as the conductor material , the microstructure in its a...

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Problems solved by technology

At present, conductor materials made of ordinary aluminum have poor electrical conductivity and heat resistance, and disconnection often occurs during the production process, which increases the production cost and use cost of aluminum alloy conductor materials; aluminum alloy is used as the conductor material , the microstructure in its aluminum alloy needs to be improved, resulting in an increase in the strength of the aluminum alloy conductor material and a decrease in electrical conductivity and plasticity, while reducing the flex fatigue resistance of the aluminum alloy; graphene has excellent physical properties, electrical conductivity and thermal conductivity , as a reinforcement is widely used in metal matrix composites, but the wettability between graphene and matrix metal is poor, resulting in poor interface bonding strength between graphene and matrix metal, and the agglomeration and dispersion of graphene Uniformity is difficult to control, affecting the overall performance of composite materials