OFHC Copper Tube

OFHC Copper Tube delivers extraordinary thermal and electrical conductivity, ultra-purity with oxygen levels below 0.001 %, and high ductility - minimizing hydrogen embrittlement risks. It achieves conductivity above 101% IACS, enabling highly efficient heat transfer and loss-free current flow. Its form and purity make it ideal for cryogenic cooling loops, vacuum feedthroughs, and precision fluid conduits in scientific and industrial applications. Industries including superconducting research, high-power electronics, and aerospace thermal systems rely on these tubes for vacuum-compatible heat exchangers, superconducting buswork, and RF waveguide components. Technologies such as cryomodules, thermal strap assemblies, and vacuum-sealed coolant paths benefit from their conductive performance and structural integrity under extreme conditions. In research, OFHC copper tubes are used in prototype cryostat plumbing, ultra-high vacuum thermal testing, and superconducting device cooling. Their combination of form adaptability, ultra-high conductivity, and environmental resilience ensures OFHC Copper Tubes are indispensable in advanced scientific and industrial contexts.