The name of the materialC7150 cupronickel.
Technical standardsjis h3300
productsFeatures:Copper C7150 is a chemical element, its chemical symbol is Cu (Latin Cuprum), its atomic number is 29, and it is a transition metal. Copper is a purplish-red luster metal with a density of 892 grams cubic centimeters. Melting point 10834±0.2, boiling point 2567. Common valencies +1 and +2. Ionization energy7726 electron volts. 【C7150】Copper is one of the earliest metals discovered by human beings, and it is also one of the pure metals, slightly hard, extremely tough, and wear-resistant. There is also good malleability. Good thermal and electrical conductivity. C7150 copper and some of its alloys have good corrosion resistance and are very stable in dry air.
Performance characteristics of copper and copper alloys.
1. Excellent physical and chemical properties. Pure copper has excellent electrical and thermal conductivity, and many copper alloys also have good electrical and thermal conductivity; C7150 copper and copper alloys also have high corrosion resistance to atmosphere and water; Copper is a diamagnetic substance.
2. Good processability. Copper and some copper alloys have good plasticity and are easy to form in cold and hot forming; Cast copper alloy has very good casting properties.
3. It has some special mechanical properties. Such as excellent friction reduction and wear resistance (such as bronze and some brass); High elastic limit and.
Fatigue limit (beryllium, bronze, etc.).
4. Beautiful color.
C7150 is a high-strength, highly corrosion-resistant copper alloy whose chemical composition mainly includes elements such as copper, zinc, aluminum, tin and iron. These elements are mixed in specific proportions and undergo smelting, rolling, heat treatment and other processes to form a C7150 copper alloy with excellent properties.
Chemical composition(wt%)：
The primary use of C7150 is as a structural material in a variety of harsh environments. Due to its high strength, high corrosion resistance, good welding performance and processing performance, C7150 is widely used in petroleum, chemical industry, marine engineering, shipbuilding and other fields. In the petroleum and chemical industry, C7150 is used in the manufacture of various pressure vessels, pipelines, valves and other equipment, which can withstand high temperatures, high pressures and corrosive media. In the field of marine engineering, C7150 is used in the manufacture of seawater pumps, seawater desalination equipment, offshore platform structures, etc., which can withstand the corrosion of seawater and other harsh conditions in the marine environment. In the field of shipbuilding, C7150 is used in the manufacture of ship structural parts, piping and outfitting parts, etc., which can ensure the safety and reliability of ships in various marine environments.
In addition to its industrial applications, the C7150 is also used in construction, power, transportation, and more. For example, in the construction field, C7150 can be used to manufacture water supply and drainage pipes, heating pipes, etc. for buildings, which has the characteristics of corrosion resistance and long service life. In the field of electric power, C7150 can be used to manufacture power poles, transmission lines, etc., which can ensure the stability and safety of power transmission. In the field of transportation, C7150 can be used to manufacture parts for high-speed rail, subway and other rail transit vehicles, which can ensure the safety and reliability of vehicles.
In conclusion, as a high-performance copper alloy material, the chemical composition and density properties of C7150 are of great significance for its application. With the continuous progress of science and technology and the continuous expansion of application fields, the application prospect of C7150 will be broader. Through further research and development, we can continuously optimize the chemical composition and preparation process of C7150, improve its performance and reduce costs, and further expand its application range in various fields. At the same time, we also need to strengthen the research on the maintenance and use of C7150, and formulate more scientific and reasonable technical specifications and use standards to ensure its safety and reliability in various application scenarios.