Thermal and electrical conductivity B10 beryllium nickel copper rod

Diameter: 6 - 130mm

Length: 520 - 3300mm

Tolerance: +/- 0.04

Heat conductivity: Approximately 30 - 35 W/(m·K)

Shape: Rod

Electrical conductivity greater than 48% IACS

Nickel content: Approximately 10%

Electrical and thermal conductivity of nickel copper rod

As a copper-based alloy, the conductive B10 beryllium-nickel-copper rod possesses excellent electrical and thermal conductivity. In some devices requiring high thermal conductivity, such as seawater condensers and heat exchangers, the conductive B10 beryllium-nickel-copper rod is favored due to its efficient thermal conductivity and resistance to seawater corrosion. The relevant thermal conductivity experimental data indicate that the thermal conductivity of the B10 copper-nickel alloy is approximately 60% of that of pure copper, which makes its application in cooling systems particularly prominent.

Comprehensive characteristics of nickel copper rod

The conductive B10 beryllium-nickel-copper rod features high corrosion resistance, mechanical strength, and excellent thermal and electrical conductivity. It is suitable for applications such as ship condensers and seawater desalination systems where both corrosion resistance and heat transfer are required.