Copper bars for versatile industrial use Key benefits - High electrical and thermal conductivity supports efficient performance in electronics, power, and cooling applications. - Excellent formability: can be forged, rolled, drawn and processed into a wide range of shapes and sizes. - Durable in moist or atmospheric environments: resistant to water, air exposure and some chemicals, contributing to long service life. - Balance of strength, hardness, and ductility: suitable for both rigid components and parts that require toughness and reliability. - Easy to process and cast: melting point around 1083 C facilitates manufacturing and fabrication. Material and properties - Copper bars are a metal product composed of copper with small amounts of other alloying elements. - They combine good electrical and thermal conductivity with good workability. - Can be shaped and sized through standard metalworking processes such as forging, rolling, and drawing. Durability and compatibility - Resistant to water and air exposure as well as certain chemicals, helping ensure longevity in typical operating environments. - Suitable for applications where exposure to moisture or atmospheric conditions occurs. Physical properties and processing - Copper bars exhibit high strength and hardness, along with notable ductility and toughness. - Melting point is approximately 1083 C, enabling straightforward processing and casting. Applications and use scenarios - Electronics and electrical components: use in electrical devices, connectors, busbars, and other conductors requiring reliable conductivity. - Energy and refrigeration sectors: suitable for components in power transmission, heat exchangers, refrigeration equipment, and related systems. - Mechanical fabrication and plumbing: appropriate for mechanical parts, piping, valves, fittings, and even decorative elements where copper is desired. Material compatibility and sizing - Copper bars are suitable for a range of forms and sizes to fit specific design and manufacturing needs. - Compatible with common metalworking processes to achieve precise dimensions and shapes for end-use components.