In the field of electrotechnical materials, the properties of beryllium copper alloy, such as thermal conductivity, electrical conductivity, creep performance, and strength, are widely utilized in electrical applications. The rods, strips, and plates of C17500, C17410, and C17510 are often used in electrode caps and conductive welding materials. Beryllium copper alloy, with its high thermal and electrical conductivity, low fatigue resistance, and low coefficient of thermal expansion, can be used as a conductor material for long-term operation.

In the field of electronic components, beryllium copper, with its high electrical conductivity and hardness, ensures the stable operation and long life of electronic equipment. The beryllium copper materials C17200, C17300, and C17510, in the form of strips and rods, are widely used in the manufacture of various contact plates, spring plates, connectors, and other electronic components. Beryllium copper alloy is characterized by low density, good thermal conductivity, a small coefficient of thermal expansion, and a small coefficient of linear expansion. These properties can effectively reduce the temperature rise of semiconductor devices, thereby improving the stability and prolonging the service life of the device.

Beryllium copper is widely used in aviation engines, space vehicles, and other fields. In particular, the C17200 alloy is often utilized to make wear-resistant parts for these vehicles. Beryllium copper alloy has excellent corrosion resistance, thermal stability, and high strength, along with good electrical and thermal conductivity. These characteristics make it an essential material in the aerospace field.

In the field of electric vehicles, beryllium copper has a wide range of application prospects. Due to its lightweight, high strength, corrosion resistance, anti-fatigue properties, and excellent electrical conductivity, the C17510 sheet is often used as a conductive material in automobiles. The exceptional performance of beryllium copper contributes to lightweight design, strength, corrosion resistance, fatigue resistance, high-temperature stability, electrical conductivity, braking systems, and environmental protection. These attributes align with the automotive industry's environmental requirements and sustainable development goals.