Quote:
Copper and manganese are not normally magnetic. However, a ground-breaking new technique, developed by Oscar Cespedes of the University of Leeds, UK, has transformed copper and manganese into magnets, structures called Buckyballs.
Copper and manganese are not normally magnetic. However, a ground-breaking new technique, developed by Oscar Cespedes of the University of Leeds, UK, has transformed copper and manganese into magnets, structures called Buckyballs.
This alloy it is use also in wind turbine and many others applications. If this alloy was use, the weight will be more then that a normal cooper alloy use for coins and it is 10% magnetic.
Another possibility it is an cooper 90 nickel 10 which make the alloy been magnetic.
For the point of view of plating, is no questions to be thick. To be thick we go to others coating processes, like plasma or laser.
Edited by silviosi
01/28/2022 4:54 pm
01/28/2022 4:54 pm





















