Well, okay....
To offer closure, in order to achieve the same EM shielding as a typical conductor, carbon must be 500 to 1000 times thicker than such conductors. From this factual statement, one may observe different designs and see how their claims reconcile with physical facts. For example, one may look at PAD products and notice that while they take an 'unconventional' approach to shielding, the design is consistent with their chosen material properties (i.e. it is a *significantly* thicker cable).
Again, this is not to trash or bad-mouth any particular manufacturer, but it is an honest attempt to reconcile product claims with basic physics.
Sincerely,
To offer closure, in order to achieve the same EM shielding as a typical conductor, carbon must be 500 to 1000 times thicker than such conductors. From this factual statement, one may observe different designs and see how their claims reconcile with physical facts. For example, one may look at PAD products and notice that while they take an 'unconventional' approach to shielding, the design is consistent with their chosen material properties (i.e. it is a *significantly* thicker cable).
Again, this is not to trash or bad-mouth any particular manufacturer, but it is an honest attempt to reconcile product claims with basic physics.
Sincerely,