Here's why:

* Bakelite is an insulator: Bakelite is a thermosetting plastic known for its excellent insulating properties. Its molecular structure is designed to resist the flow of electricity.

* Insulator properties: Insulators have a tight molecular structure where electrons are tightly bound to the atoms. This makes it difficult for electrons to move freely and carry an electrical current.

* Conductivity depends on material: The ability of a material to conduct electricity depends on its inherent properties. Bakelite, by its nature, is a non-conductor.

However, you can:

* Add conductive fillers: You could incorporate conductive materials like carbon black, graphite, or metallic particles into the Bakelite during its manufacturing process. This creates a composite material with some level of conductivity.

* Coat it with a conductive material: You can apply a conductive coating like silver paint, copper plating, or conductive epoxy to the surface of the Bakelite. This provides a path for electricity to flow, but only on the coated surface.

Important Note: The conductivity of these modified Bakelite materials will still be significantly lower than true conductors like copper or silver. They are not going to be suitable for applications requiring high conductivity.