Copper C11000 Introduction:
UNS C11000 electrolytic tough pitch copper is ductile, has excellence resistance to corrosion, and has a conductivity of 101% IACS. The following datasheet will discuss in detail about UNS C11000 electrolytic tough pitch copper.Copper C11000 Application:
UNS C11000 copper, also commonly referred to as electrolytic tough pitch (ETP) copper, is an exceptionally versatile and widely utilized copper alloy that is best suited for plumbing fittings and a broad range of other electrical components which do not demand prolonged, high-intensity machining performance. Characterized by its excellent electrical and thermal conductivity, superior corrosion resistance in potable water and mild industrial environments, and good formability, this alloy delivers reliable performance in low-stress machining scenarios where short-cycle, basic shaping or finishing operations are required. Its high purity (typically 99.90%–99.99% copper content) also ensures consistent electrical conductivity, making it a top choice for connectors, bus bars, and grounding components in electrical systems, while its malleability allows for seamless fabrication of pipe elbows, couplings, and valves in plumbing infrastructure—all without the need for extended, heavy-duty machining processes that could compromise its inherent material properties.
Copper C11000 strips Introduction:
Copper strip is a strip-shaped material made from high-purity copper (common grades include T2, TU1, UNS C11000, etc.) through processes such as rolling and annealing. It is a fundamental conductive and thermally conductive material widely used in industrial applications.Copper strip boasts excellent electrical and thermal conductivity (with a conductivity rate exceeding 98% IACS), good ductility, and outstanding corrosion resistance. It also allows for precise customization of thickness and width (typical thickness ranges from 0.01 to 3.0 mm, and widths can span from 10 to 600 mm). In terms of applications, copper strip is suitable for connectors, terminals, and transformer windings in the electronics and electrical industries; pipe fittings and heat exchanger components in the plumbing and heating sector; and conductive grounding components for new-energy equipment and precision instruments. It is particularly well-suited for scenarios that demand high electrical performance and dimensional accuracy without requiring prolonged, high-intensity machining.