The main difference between hollow tubing and solid wire in a loop coil is their structure. Hollow tubing has a hollow center, while solid wire is filled with material throughout its entire diameter. This means that hollow tubing has a larger internal space and thinner walls compared to solid wire.
Both hollow tubing and solid wire can effectively conduct electricity. However, solid wire is generally considered to have better conductivity due to its more compact structure and larger surface area for electrons to flow through.
In terms of durability, solid wire is typically considered to be more durable than hollow tubing. This is because solid wire has a more solid and compact structure, making it less prone to bending or breaking compared to hollow tubing.
Hollow tubing is generally easier to manipulate and shape compared to solid wire. This is because hollow tubing is more flexible and can be bent or molded into different shapes without breaking or deforming.
Both hollow tubing and solid wire have their own advantages and disadvantages in a loop coil. Hollow tubing has a larger internal space, making it lighter and easier to manipulate, but it may have lower conductivity and durability. On the other hand, solid wire may have better conductivity and durability, but it may be more difficult to manipulate due to its compact structure.