To reduce the unwanted signals.
Actually, aluminum mylar tape shielded cables are better than copper braid shielded cables for instrumentation cables.
That depends on what kind of tape it is. Mylar tape will take centuries or millennia to disintegrate. Paper tape will disintegrate in a matter of weeks or even days if in a compost pile.
There are a few reasons that optical fibers are wrapped with aluminized Mylar. The Mylar acts to reduce signal loss by reflecting lost light back into the fiber, rather than absorbing or refracting it. It also serves to physically reinforce the fiber, even though optical fibers are relatively robust on their own; the wrapping of aluminized Mylar tape serves as a buffer to physical friction, shock, and pressure (as seen during handling and installation), adds some strain relief/protection (as the fibers typically are least resistant to strain), and also adds some measure of environmental protection, to slow degradation of the fiber from environmental contaminants near the ends, where the cable bundles "break out" for connection to endpoints or repeaters.
At poo
Duct tape or aluminum tape either can with stand the heat
Paul J. Weber has written: 'The tape recorder as an instrumentation device'
They affect it by completely wiping any memory of what is recorded on the tape
Get some tape and tape it down OR just tuck it under.
Duct tape!
Armored cable that has a inbedded tape that is used for grounding purposes. The steel tape is wrapped around the inner conductors which carry the load current. A heavy rubber coating is applied over the steel tape layer. The steel and heavy rubber helps protect the cable from physical damage, e.g. by someone digging in the ground where the cable is buried.
Duct tape is nonconductive, and is not CAT6. If you have a damaged CAT6 cable, you could put duct tape over the damaged area, but there is no guaruntee the damage won't cause the cable to underperform (your network may not work at 1Ghz).
aluminum tinfoil and scotch tape