TZM alloy rods have good electrical conductivity in electronic devices. Although TZM alloy is not an excellent conductive material, it still has certain conductive properties. The following are some characteristics about the electrical conductivity of TZM alloy rods:
Electrical conductivity: The electrical conductivity of TZM alloys is relatively low, worse than that of pure metals such as copper or aluminum. However, the electrical conductivity of TZM alloys is still high compared to other superalloys. It conducts electrical current and supports the normal function of electronic devices.
Resistivity: The resistivity of TZM alloy is relatively high, compared with excellent conductive materials. Therefore, when designing electronic devices, the resistivity of TZM alloys needs to be considered to ensure the stability and performance of circuits.
Thermoelectric properties: TZM alloys have low thermoelectric properties (Seebeck effect). Its thermoelectric coefficient is relatively small, which means that the thermoelectric potential difference generated under the temperature gradient is small. Therefore, TZM alloys may not be the material of choice in specific applications that need to exploit the thermoelectric effect.
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