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