new material
Copper-arsenic intermediate alloy (CuAs30) is a specialized metallurgical material valued for its enhanced corrosion resistance, mechanical strength, and oxidation protection. The addition of arsenic improves wear resistance, grain refinement, and stability in high-temperature environments, making it ideal for aerospace components, industrial coatings, precision manufacturing, and specialized engineering applications. Copper-arsenic alloy plays a crucial role in advanced metallurgy, sustainable engineering, and high-performance material solutions.
Product Overview
Copper-arsenic intermediate alloy (CuAs30) is an alloy used to add arsenic to copper alloys during smelting. The addition of arsenic enables the required chemical reactions within the alloy, enhancing its overall performance. Copper-arsenic alloy, as a special additive alloy, effectively addresses the problems of high melting point, burning, and difficulty in melting associated with pure copper, while also reducing segregation and optimizing the structure of the alloy. It is commonly used in the manufacturing process of other alloys, as a functional material such as deoxidizers, degassers, and desulfurizers.
Key Features
- Combines high-purity copper with arsenic to enhance the alloy's performance.
- Solves the problem of poor melting of pure copper due to its high melting point.
- Effectively reduces segregation, improving the uniformity of the alloy.
- As an additive, it improves the mechanical properties of other alloys.
- Can be used for functional applications in metallurgical processes such as deoxidation, degassing, and desulfurization.
Applications
- Copper Alloy Smelting:Used to add arsenic during the production of copper alloys to improve their performance.
- Non-Ferrous Metallurgy:Used as a deoxidizer, degasser, desulfurizer, and other functional materials to enhance the quality of alloys in the metallurgical process.
- Electronics Industry:Used in the production of electronic components to optimize the electrical and mechanical properties of copper alloys.
- Mechanical Manufacturing:Enhances the wear resistance and corrosion resistance of copper alloys, extending their service life.
- Metal Metallurgy:Improves the stability and uniformity of alloys under high-temperature conditions.
