Precipitation-strengthened Cu alloys with high strength and conductivity (HSC) has become
widespread in the electronic and electrical industries. Although pure Cu exhibits high …

Copper alloys are widely used in the lead frame, high-speed railway and other applications
due to their high electrical conductivity and adequate mechanical properties. In this work, the …

Thermal-mechanical treatment is critical for the synthesis of Cu-Ni-Si alloys with high
strength and conductivity. In this work, a high-temperature/short-time pre-aging treatment …

Two types of alloys, Cu-Ni-Co-Si and Cu-Cr-Zr, are considered candidate materials for next-
generation integrated circuits due to their superior comprehensive performance. However …

In this paper, a series of Cu-3.2 Ni-0.6 Co-xSi-0.2 Cr-0.15 Mg (x= 0.62, 0.75, 0.92 and
1.09)(wt.%) alloys were fabricated and subjected to multi-step thermo-mechanical treatment …

Under the condition of controlling the total rolling deformation to 80.0%, the effects of multi-
pass rolling, the ratio of deformation between the first and second stages in two-stage …

Developing high-performance copper alloys while simultaneously improving ultimate tensile
strength (UTS) and electrical conductivity (EC) has been a key challenge and direction. Two …

Abstract Developing Cu–Ni–Si alloy with high strength and high electrical conductivity is a
key issue in the electrical conductor industries. The C70250 copper alloy was prepared by …

Recent studies have shown that synergistic precipitation of continuous precipitates (CPs)
and discontinuous precipitates (DPs) is a promising method to simultaneously improve the …

Overcoming the tradeoff between mechanical strength and electrical conductivity is a long-
standing challenge in developing advanced copper alloys for industrial applications. Herein …