High conductivity tellurium bronze rod C14500 for electronic and electrical applications

Diameter: 6 - 100mm

Length: 340 - 3400mm

Tolerance: + - 0.01

Cu: 99.50%

Conductivity reaches 90% IACS

Copper rod specification (Φ3 - Φ150 x 2500)

The electrical conductivity of high-conductivity tellurium bronze rods depends on the specific material. Taking C14500 tellurium bronze as an example, its electrical conductivity is approximately 93% IACS (International Annealed Copper Standard), which belongs to a material with high electrical conductivity.

The electrical conductivity of different tellurium bronze alloys

C14500 tellurium bronze: Electrical conductivity 93% IACS, with high conductivity, suitable for the manufacturing of precision components such as electrical components and welding nozzles.

Tin-phosphor bronze: Electrical conductivity is approximately 15-20% IACS. It has lower conductivity but better corrosion resistance.

Influencing factors

The electrical conductivity of high-conductivity tellurium bronze rods is mainly determined by their composition:

The content of tellurium (0.4% - 0.7%) can enhance the conductivity, but excessive addition will reduce the material's strength.

The processing techniques (such as annealing treatment) can also affect the actual electrical conductivity.