Red copper product description Key benefits electrical conductivity and heat transfer performance for reliable electrical and thermal operation Good processing performance and weldability, including welding and fiber welding, supporting versatile fabrication Distinctive appearance from oxide film: rose red to purple color, commonly referred to as red copper Material and specifications Industrial pure copper with relative density 8.9 Approximately 15 percent heavier than ordinary steel Relatively pure copper with conductivity and plasticity, but weaker strength and hardness Performance highlights Pure copper delivers conductivity and thermal conductivity Strong ductility and formability enable versatile shaping and fabrication Lower strength and hardness compared with some other metals, suitable for components that prioritize conductivity and flexibility Applications Electrical equipment: generators, busbars, cables, switchgear, transformers Heat transfer equipment: heat exchangers, piping Use scenarios Scenario 1: Electrical equipment manufacturing Use red copper for windings, busbars, cables, switchgear components, and transformer parts to achieve conductivity and reliable weldability. Scenario 2: Heating, ventilation, and air conditioning and industrial piping Use red copper for heat exchangers and piping systems where efficient thermal transfer and corrosion resistance are important. Scenario 3: Fabrication and assembly projects requiring good formability Use red copper in fabrication where easy forming, welding, and fiber welding are needed to create functional electrical and thermal components.