At what temperature does solidification of copper typically begin?

The solidification of copper typically begins at approximately 1083 °C. This temperature represents the point at which liquid copper starts to crystallize into solid form as it cools.

The specific temperature for solidification is crucial in metallurgy and engineering practices because it impacts how copper can be processed, shaped, and used in various applications. Understanding the solidification point allows engineers to set proper parameters for casting, forging, and other manufacturing methods, ensuring optimal mechanical properties in the final product.

Other temperatures listed, such as 1000 °C, 1200 °C, and 987 °C, do not align with the known solidification point of copper, making them unsuitable for this specific context. The precise knowledge of the solidification temperature aids in achieving better control over the material properties and performance in practical applications.