1.Excellent physical properties

Copper is a good conductive material with high electrical and thermal conductivity. Compared with other metals, copper has a very small resistivity and still has good electrical conductivity at high temperatures, making it suitable for electrical equipment in high-temperature environments. In addition, copper has a moderate density, is not easily deformed, and is very wear-resistant, so copper products are not prone to problems under heavy load conditions.

2.Stable chemical properties

Copper and copper alloys have very good corrosion resistance and can resist various corrosive media such as air, water vapor, light salt water, low-concentration organic acids, ammonia, etc. In addition, copper can also inhibit the corrosion of other metals, so it is often used to make anti-corrosion layers for steel, aluminum and other metals.

3.High processability

Copper has very good machinability and can be processed by forging, extrusion, rolling, drawing, etc. In addition, due to its excellent plasticity and toughness, it can also be deformed by cold working to manufacture copper products of various shapes. In addition, the processability of copper also makes it easy to alloy with other metal materials to prepare various copper alloys to meet the needs of different fields.

In general, copper and copper alloys have the advantages of electrical conductivity, thermal conductivity, and chemical stability. These advantages make copper and copper alloys widely used in electronics, construction, heat exchangers and other fields, and there is still a lot of potential and room for development in the future.