Graphene has to be adhered to something in the electrical element
Since it is a product of Carbon ribbon .
Electricity flows very quickly through the simple honeycomb sheet. Most conductors we encounter are metals, yet graphene is based on carbon, a nonmetal. This allows for the development of electricity to flow under conditions where we might not want a metal. What conditions would those be? We are only just beginning to answer that question!
GRAPHENE CAN BE USED TO MAKE VERY SMALL DEVICES.
Graphene conducts so much electricity in so small a space that it may be used to develop miniaturized super fast computers and transistors. These devices should require a minuscule amount of power to support them.
Graphene is flexible, strong and transparent, too.
It is not expensive to implement . But on these Audio pages it is totally magnified
It's uses are valued, but not the cost. If you want to give up $150 per fuse go for it it is your money . Myself will wait until next year .others will be following suit in several areas even in circuit boards semiconductors,capacitors . I just dislike a lot of the BS to make a buck. How about charging less and making more $$ in Volume ?
Thst would make 10x more sense and far more people would be willing to
Try it. That makes much more sense to most Audiophiles .