Characteristics and applications of QBe2 copper alloy. The following is a further explanation of its high strength, high electrical conductivity and stable working ability under high loads and high temperatures in high load and high temperature environments containing 2% beryllium copper alloy:
QBe2 Beryllium Bronze.
Details: Material name: QBe2 Beryllium Bronze.
Standard: (GB T 5231-2001).
Chemical composition: Aluminum al: 002
Iron Fe: 010
Beryllium be: 040-0.7
Silicon si: 020
Copper cu: Margin.
Cobalt co:24-2.7
Mechanical properties: tensile strength ( b mpa): 240
Elongation (δ10 %): 20
Hardness (HB) 50
Note: Mechanical properties of the bar.
Specimen size: diameter (5-40).
Heat treatment process: excellent process.
High strength: QBE2 contains 2% beryllium, which gives it high mechanical strength. This means that it is able to withstand high loads and pressures without being prone to deformation or breakage, making it suitable for applications that require high-strength materials.
High electrical conductivity: QBE2 copper alloy has excellent electrical conductivity and can play an important role in high-frequency and high-speed signal transmission. Its electrical conductivity is stable even under high temperatures and high loads, and is suitable for aerospace, electrical electronics and communication fields that require electrical conductivity.
High temperature stability: Due to the presence of 2% beryllium, QBe2 copper alloy has good high temperature stability. It can maintain the integrity of the structure and stable performance in the high-temperature environment, and is not easy to soften or fail, and is suitable for the special needs of high-temperature working conditions.
Based on the above characteristics, QBE2 copper alloy is widely used in aerospace, electrical and electronics, communications and other fields. As a high-performance alloy material, it can meet special working environments and requirements, and exert excellent performance.
Documenting my romantic life