Cu-ETP High-Conductivity Copper Strip product detail at Eata Ray
Cu-ETP High-Conductivity Copper Strip
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Cu-ETP High-Conductivity Copper Strip

Cat No:HPMHPC-0001

Description

This high-purity electrolytic tough pitch copper strip delivers exceptional electrical and thermal conductivity. The material offers excellent cold forming performance, outstanding electroplating and hot-dip tinning characteristics. Good brazing and soldering properties with very good corrosion resistance in atmospheric environments.

Basic Information

Alloy System Cu-ETP (C11000 / Cu-ETP / T2)
Chemical Composition Cu ≥99.9%, O 0.02-0.04%
Density (g/cm³) 8.94
Electrical Conductivity (%IACS or MS/m) 100% IACS at 20°C, 58 MS/m
Thermal Conductivity (W/(m·K)) 390
Elastic Modulus (GPa) 115
Coefficient of Thermal Expansion (×10⁻⁶/K) 17.7 (20-300°C)
Tensile Strength (MPa) R220: 220-260; R240: 240-300; R290: 290-360; R360: ≥360
Yield Strength (MPa) R220: ≤140; R240: ≥180; R290: ≥250; R360: ≥320
Hardness (HV) R220: 40-65; R240: 65-95; R290: 90-110; R360: ≥110
Elongation (%) R220: ≥33; R240: ≥8; R290: ≥4; R360: ≥2
Bendability Thickness ≤0.5mm, width 10mm; R220: 90° bend at 0R/T good way and bad way; R240: 0R/T; R290: 0R/T; R360: 0R/T good way, 0.5R/T bad way
Strip Thickness (mm) 0.08-4.0
Strip Width (mm) Minimum 8.5
Coil Outside Diameter (mm) Up to 1300
Coil Weight (kg) Traverse-wound up to 500; multiple-coil up to 3000
Fatigue Strength Typically one-third of tensile strength; for solid solution fine grain materials may increase to 0.5× tensile strength
Fabrication Properties Cold forming: excellent; machining: average; electroplating: excellent; hot-dip tinning: excellent; laser welding: not suitable; resistance welding: good; soft soldering: excellent

Applications

Applications Signal connectors, power connectors, busbars, transformer strips, electrical conductors, switching elements

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