Alloy Steel Wire

Alloy steel wire generally has higher strength and hardness, and can withstand greater tension and stress. For example, the tensile strength of GH706 full-hard precision steel wire can reach 950MPa at room temperature, and the strength is further improved after special processing.

Alloy steel wire has good corrosion resistance and can maintain stable performance in a variety of corrosive environments. For example, GH4145 high-temperature alloy steel wire has good oxidation resistance and corrosion resistance under the action of high content of chromium and molybdenum.

Some alloy steel wires can still maintain excellent high temperature strength and creep resistance at high temperatures. For example, GH4145 alloy steel wire has excellent high temperature strength below 650℃, which can effectively resist mechanical stress at high temperatures.

Alloy steel wire has good processability and weldability. Although they usually have high hardness, they can be processed into steel wires of various shapes and sizes through forging, rolling, drawing and other processes. In addition, although the welding of alloys requires strict control of parameters and processes, they still have good weldability and can meet the welding needs of complex structures.