Palladium is a poor conductor but... in audio, conductivity is not THE most important thing. The hardness of the metal and the frequencies at which it resonates play a large role in the sonic characteristic of any given cable design.
When building cables, you can twist, pull, braid and weave all you like but the fundemental sonic signature will not change much unless the materials of the conductor change.
Soft metal makes a different sound than hard metal.
Palladium may have an interesting resonant frequency - I don't know.
BMI recently introduced "The Shark" power cord made from Platinum. People claim its great but we would all assume that conductivity is important in power cords wouldn't we??
Okay... the standard for conductivity is based on an annealed copper wire having a density of 8.89 g/cm3, 1 meter long, weighing 1 gram, with a resistance of 0.15328 ohms. This standard IACS is assigned the value 100% at 200 degrees C (680 degrees F).
Given that if copper is 100%, Silver rings in at about 105%, Gold at 70%, Aluminum at 61%, and Platinum at 16%
Now... how could a power cord with 16% conductivity (that's 84% less than copper) sound better? Palladium is a wee-bit better conductor than Platinum, it's IACS is 17%
Mysterious isn't it?
When building cables, you can twist, pull, braid and weave all you like but the fundemental sonic signature will not change much unless the materials of the conductor change.
Soft metal makes a different sound than hard metal.
Palladium may have an interesting resonant frequency - I don't know.
BMI recently introduced "The Shark" power cord made from Platinum. People claim its great but we would all assume that conductivity is important in power cords wouldn't we??
Okay... the standard for conductivity is based on an annealed copper wire having a density of 8.89 g/cm3, 1 meter long, weighing 1 gram, with a resistance of 0.15328 ohms. This standard IACS is assigned the value 100% at 200 degrees C (680 degrees F).
Given that if copper is 100%, Silver rings in at about 105%, Gold at 70%, Aluminum at 61%, and Platinum at 16%
Now... how could a power cord with 16% conductivity (that's 84% less than copper) sound better? Palladium is a wee-bit better conductor than Platinum, it's IACS is 17%
Mysterious isn't it?