Beryllium copper manufacturer
Beryllium copper production and manufacturing factory
Beryllium copper manufacturer
Beryllium copper production and manufacturing factory
In what fields are beryllium copper alloys used? Common models of beryllium copper |
| Source: 2023-09-27 15:33:51 |
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Beryllium copper alloy, as a copper alloy with high strength, high corrosion resistance, and high conductivity, is widely used in the following fields: Aerospace field: Beryllium copper alloy has excellent corrosion, thermal stability, high strength, and good conductivity and thermal conductivity. Therefore, it is widely used in fields such as aviation engines and aerospace vehicles, such as manufacturing launch devices, missiles, and gas turbine impellers. 2. In the field of defense industry, it plays a very important role in military equipment such as missiles, submarines, and ships. For example, missile guidance components, seawater cooling systems, high-speed ships, etc.  3. Electronic communication field: Beryllium copper alloys are also widely used in the field of electronic communication, such as electronic tube substrates, connectors, etc. 4. Automation field: Beryllium copper alloy can also be used to make sensors, connectors, etc. in automation equipment. In addition, beryllium copper alloys are often used in the manufacturing of precision instruments, medical equipment, chemical equipment, submarine cables, furniture decoration, and other fields. With the continuous development of science, technology, and industry, the application fields of beryllium copper alloys will continue to expand. The following are several common beryllium copper alloy material numbers: C17200: This alloy, also known as Berylium Copper 25, is composed of copper and 1.8-2.0% beryllium. It has excellent corrosion resistance and high strength, so it can be widely used in fields such as aerospace, manufacturing, and GUO anti-corrosion industry. C17000: This alloy, also known as Berylium Copper 174, is mainly composed of copper and approximately 1.7% beryllium, as well as small amounts of nickel and silicon. It has good conductivity and corrosion resistance, so it can be used in fields such as electronic devices and electrical batteries. C17510: This copper alloy, also known as Berylium Copper 3, consists of copper, 1.8-2.0% beryllium, and a small amount of nickel and silicon. It has good wear resistance and wear resistance, and is usually used for manufacturing molds and templates. C17500: This alloy, also known as Berylium Copper 10, is composed of copper, 1.9-2.2% beryllium, and a small amount of nickel. It has excellent thermal conductivity, mechanical properties, and corrosion resistance, and is commonly used in the manufacturing of equipment such as heat exchangers, construction machinery, and seawater disinfectors. In addition, some common copper alloys also contain a small amount of beryllium, and these alloys usually use "BeCu" as their material code. For example, alloys such as hard brass (Phosphor Bronze) and aluminum bronze (Aluminum Bronze) commonly used in electronic device manufacturing contain a small amount of beryllium element. In summary, different fields and applications require different materials and alloys, so it is necessary to choose the appropriate beryllium copper alloy material number based on specific needs and application scenarios. The material numbers listed above are only a part of them, and there are many other beryllium copper alloys with special properties and functions available on the market. |
