Copper Round Bars find usage in electrical applications and are developed so as to meet the demands of international standards which includes coming with copper content of 99.99%. The superior finish of copper also makes it perfect to be used for hot as well as cold forming applications as well as for applications needing extensive machining.
C101 (oxygen Free) Copper Round Rod
C101 Oxygen Free Copper Round Rod is commonly used in the manufacturing of semiconductors and super conductors as well as particle accelerators.
Through a unique process of electrolytically refining the copper to remove the oxygen content, oxygen-free C101 Copper is valued for its chemical purity.
C147 Sulfur Copper Rod
C147 Sulfur Copper Rods are commonly used for electrical, industrial and plumbing application because of its excellent machinability and high conductivity. It is heat treatable and has excellent solderability and brazeability.
C110 (etp) Copper Round Rod
C110 (ETP) Copper Round Rod is most commonly known for its sublime electrical conductivity and formability. Having a variety of purposes, Copper 110 can be used anywhere from plumbing hardware, wiring and electrical components to telecommunication materials.
C110 is commonly referred to as Electrolytic Tough Pitch (ETP) and is both solderable and brazed. It is not heat treatable.
C182 (class 2) Chromium-copper Round Rod
C182 Chromium Copper is commonly used in resistance spot and seam welding because of its electrical conductivity. Aside from its weldability, C182 is often used in electrical application.
C182 is resistant to deformation in high temperatures and softens at elevated altitudes. It is heat treatable and cold workable.
C145 Tellurium Copper Rod
C145 has similar mechanical properties to unalloyed, pure copper with a higher machinability. It is heat treatable and can be joined through brazing and soldering.
C145 is commonly used in high-speed automatic screw machines as well as electrical applications like circuit breaker terminals, hot forged, studs and transformers.