insider9 said:
They quote: "better electrical properties including less electrical resistance"
A remarkable advance.
So as I posted earlier, instead of using thicker copper cable, at virtually no cost, the answer is to cryogenically treat the cable and charge a huge markup. Engineering or marketing?
The only study I could find on cryo treatment of copper (which was a combination of tempering at a high temp then a cry soak) was for the electrodes on spot welders. The contact points of the electrodes have to be a limited size to allow for sufficient resistance heating of the metal being welded and therefore increasing the size of electrode was not an option. Even a marginal improvement in current flow was worth having in this case.
When I last checked, there was room down the back of my amp for the interconnects to use 0.2mm copper instead of 0.1mm copper.