CUZN40SNSIMN brass solid welding wire is a high-performance welding material with excellent welding performance and corrosion resistance. It is an alloy composed of elements such as copper, zinc, tin, silicon, and manganese, of which copper and zinc are the main components and have higher contents. This brass solid wire is suitable for welding various metal materials, such as copper and copper alloys, nickel and nickel alloys, aluminum alloys, etc.
The manufacturing process of CUZN40SNSIMN brass solid wire adopts advanced melting technology and continuous casting and rolling process, which ensures the accuracy of alloy composition and the stability of wire quality. In addition, the surface of this welding wire is smooth, the diameter is uniform, the spur and oxide layer are **, and it has good wire feeding and welding stability.
When using CUZN40SNSIMN brass solid wire for welding, the welder can choose the appropriate welding current and welding speed according to different welding objects and process requirements to achieve the best welding effect. The welding wire has high welding efficiency, high weld strength, good comprehensive performance and economic benefits.
In conclusion, CUZN40SNSimn brass solid welding wire is a high-performance, high-quality welding material, which is suitable for the welding of various metal materials. Its excellent performance and stability can meet the needs of various industrial fields, such as petrochemical, marine engineering, aerospace, etc. In the future development, CUZN40SNSIMN brass solid welding wire will continue to play an important role and contribute to the development of all walks of life.
CUZN40SNSimn Brass Solid Wire
en cuzn40snsimn en iso 24373 introduction
Application: Welding consumables. Solid wires and copper and copper alloy electrodes. Classify.
Heat treatment: 1113°C-1711°C.
en cuzn40snsimn en iso 24373 chemical
for en cuzn40snsimn en iso 24373 datasheet and en cuzn40snsimn en iso 24373 chemical composition, please see the table below.
element min max similar
zn - total others - 0.2 -
sn 0.2 0.5 -
si 0.15 0.4 -
pb - 0.02 -
mn 0.05 0.25 -
fe - 0.25 -
cu 58.5 61.5 -
al - 0.01 -
en cuzn40snsimn en iso 24373 mechanical
yield tensile impact elongation reduction in cross section on fracture as-heat-treated condition brinell hardness (hbw)
rp0.2 (mpa) rm (mpa) kv/ku (j) a (%z (%
991 (≥138 (≥33 12 24 solution and aging, annealing, ausaging, q+t,etc 432
Mandarin** is the least standard