AISI C17200 is a high-strength beryllium copper alloy whose composition and properties make it widely used in several fields. The following is a detailed introduction to AISI C17200 and its applications in different fields.
Ingredient content and characteristics of AISI C17200.
The chemical composition of AISI C17200 includes:
Beryllium (BE): 190-2.15%
Cobalt (Co): 035-0.65%
Nickel (Ni): 020-0.25%
Copper (Cu): Allowance.
Silicon (Si): <015%
Iron (Fe): <015%
Aluminium (Al): <015%
AISI C17200 alloy has the following main performance indicators:
Tensile strength: 1105 MPa
Specific gravity: 83 g/cm³
Yield strength (0.)2%）：1035 mpa
Softening temperature: 930
Modulus of elasticity: 128 gpa
Hardness (HRC): 38-44
Thermal conductivity: 105 W m·k(20).
Conductivity (IACS%): 18%.
Fields of application. Injection molds and high-pressure blow molds:
AISI C17200 alloy is widely used in injection mold and high-pressure blow mold manufacturing. Due to its high strength, high hardness and good corrosion resistance, it is suitable for manufacturing key components such as mold inserts and rapid cooling systems, which helps to improve the durability and production efficiency of molds.
Electronics industry: In the electronics industry, AISI C17200 is often used to manufacture key components such as electrodes and punch materials. Its high conductivity and high hardness ensure the stability and long-term reliability of electronic devices.
Machinery manufacturing: AISI C17200 alloy also has important applications in the field of machinery manufacturing. Due to its high strength and wear resistance, it is often used in the manufacture of mechanical parts such as bearings and gears, and can withstand the requirements of high strength and high-speed operation.
Mold making: Due to its good processing properties and high strength, AISI C17200 alloy is widely used in mold making. It is especially suitable for manufacturing high-precision molds, such as plastic molds, die-casting molds, etc., which can meet the requirements of mold accuracy and wear resistance in industrial manufacturing.
The relationship between the ingredient content and the field of application.
The composition content of AISI C17200 alloy determines its excellent mechanical properties, electrical conductivity and corrosion resistance. The high content of beryllium and copper provides the high strength and hardness of the alloy, while the conductive properties of copper ensure the stability of the performance of electronic devices. The appropriate addition of cobalt, nickel and other elements further improves the mechanical properties and corrosion resistance of the alloy, making it able to play an important role in various fields.
In general, AISI C17200 alloy has important applications in injection molds, electronics, mechanical engineering and mold making due to its excellent performance and versatility. Its ingredient content and characteristics are closely related to different application fields, providing reliable material support for various industries and promoting the development and progress of related industries.