Brass has extremely good plasticity (the best among brass) and high strength, good machinability, easy welding, very stable for general corrosion, but prone to corrosion cracking; Brass strip is an alloy of copper and zinc, named after its yellow color.

Brass has extremely good plasticity (the best among brass) and high strength, good machinability, easy welding, very stable for general corrosion, but prone to corrosion cracking; Brass strip is an alloy of copper and zinc, named after its yellow color.

Brass has extremely good plasticity (the best among brass) and high strength, good machinability, easy welding, very stable for general corrosion, but prone to corrosion cracking; Brass strip is an alloy of copper and zinc, named after its yellow color.

Brass has extremely good plasticity (the best among brass) and high strength, good machinability, easy welding, very stable for general corrosion, but prone to corrosion cracking; Brass strip is an alloy of copper and zinc, named after its yellow color.

Brass has extremely good plasticity (the best among brass) and high strength, good machinability, easy welding, very stable for general corrosion, but prone to corrosion cracking; Brass strip is an alloy of copper and zinc, named after its yellow color.

Brass has extremely good plasticity (the best among brass) and high strength, good machinability, easy welding, very stable for general corrosion, but prone to corrosion cracking; Brass strip is an alloy of copper and zinc, named after its yellow color.

Brass has extremely good plasticity (the best among brass) and high strength, good machinability, easy welding, very stable for general corrosion, but prone to corrosion cracking; Brass strip is an alloy of copper and zinc, named after its yellow color.

Widely used in aerospace, electronic communication, energy equipment and other fields. In aviation engines, aluminum bronze alloy is used to manufacture critical components that can withstand high temperatures and stresses; In electronic devices, connectors made of beryllium bronze alloy can ensure stable electrical connections and reliable mechanical properties, becoming an important basic material for promoting the development of modern technology.

Widely used in aerospace, electronic communication, energy equipment and other fields. In aviation engines, aluminum bronze alloy is used to manufacture critical components that can withstand high temperatures and stresses; In electronic devices, connectors made of beryllium bronze alloy can ensure stable electrical connections and reliable mechanical properties, becoming an important basic material for promoting the development of modern technology.

Widely used in aerospace, electronic communication, energy equipment and other fields. In aviation engines, aluminum bronze alloy is used to manufacture critical components that can withstand high temperatures and stresses; In electronic devices, connectors made of beryllium bronze alloy can ensure stable electrical connections and reliable mechanical properties, becoming an important basic material for promoting the development of modern technology.

Widely used in aerospace, electronic communication, energy equipment and other fields. In aviation engines, aluminum bronze alloy is used to manufacture critical components that can withstand high temperatures and stresses; In electronic devices, connectors made of beryllium bronze alloy can ensure stable electrical connections and reliable mechanical properties, becoming an important basic material for promoting the development of modern technology.

Widely used in aerospace, electronic communication, energy equipment and other fields. In aviation engines, aluminum bronze alloy is used to manufacture critical components that can withstand high temperatures and stresses; In electronic devices, connectors made of beryllium bronze alloy can ensure stable electrical connections and reliable mechanical properties, becoming an important basic material for promoting the development of modern technology.