Molybdenum-copper alloy

Molybdenum-copper alloys are made of two metal elements, molybdenum and copper, through a fine process. In the manufacturing process, the two metal elements of molybdenum and copper are first melted at high temperature to form an alloy liquid. Then, by precisely controlling the cooling rate and temperature, a molybdenum-copper alloy having excellent properties is obtained. The entire manufacturing process needs to go through multiple processes, and each process is strictly controlled to ensure product quality and reliability.

Category: Molybdenum alloy

key word : Molybdenum-copper alloy

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Product Details

　　Product Introduction

　　Properties and advantages of molybdenum-copper alloys

The molybdenum-copper alloy combines the advantages of copper and molybdenum, high strength, high specific gravity, high temperature resistance, arc ablation resistance, good electrical and thermal conductivity, and good processing performance. Molybdenum-copper alloys have many excellent properties. First of all, it has high strength and high hardness, and can withstand various high-load and high-stress working environments. Secondly, its conductivity is very good, making it an ideal material in the electronics industry. In addition, molybdenum-copper alloy also has excellent corrosion resistance and can operate stably for a long time in harsh environments. These properties make molybdenum-copper alloys widely used in many fields.

　　Application of molybdenum-copper alloy

Molybdenum-copper alloys are widely used in various fields. In the electronics industry, due to its high conductivity and stability, it is used to manufacture semiconductor materials, electronic packaging materials, etc. to ensure the normal operation of electronic equipment. In the field of aerospace, it is used to manufacture high-end equipment such as aero engines and rocket engines to withstand high temperature and high stress. In the chemical industry, due to its excellent corrosion resistance, it is used to manufacture chemical equipment, reactors, etc., to resist the attack of chemical corrosion. In addition, it is also widely used in automobile, electric power, nuclear industry and other fields, providing important support for the progress and development of various industries.