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Tungsten copper is a composite material combining high thermal conductivity of copper and excellent high‑temperature resistance of tungsten. It maintains stable physical performance under extrem...

Manganese bronze is a copper‑zinc alloy with manganese, iron and aluminum additions. It achieves very high tensile strength and good toughness under heavy shock and dynamic load. Common appl...

Tellurium copper is engineered for easy machining without sacrificing high electrical conductivity. Unlike lead‑added materials, it uses tellurium to break chips during high‑speed turning....

Aluminum bronze uses aluminum as main alloy additive. It reaches strength comparable to some steel grades while keeping copper’s corrosion resistance, and also has excellent anti‑abrasion perfor...

Silicon brass and lead brass are well‑known free‑machining copper alloys. Lead improves chip breaking while silicon enhances strength and wear resistance, making them perfect for high̴...