Gas blocking cable and method of manufacturing

A gas blocking cable comprising;

• a plurality of wires that are twisted, each wire including:
• a plurality of conductors having a first space there between;
• an insulation material circumferentially surrounding the plurality of conductors;
• and
• a conductor filling material positioned within the first space between the plurality of conductors;
• a high-temperature fiberglass filler member that is twisted along with the plurality of wires;
• a drain wire twisted with the plurality of wires, wherein a first shield circumferentially surrounds the plurality of wires and the high-temperature filler member and separates the drain wire from the plurality of wires and the high-temperature filler member, thereby forming a second space between the first shield and the plurality of wires;
• a second shield circumferentially surrounding the plurality of wires, the high-temperature filler member, and the drain wire so that a cable is formed with a third space between the first shield and the second shield;
• a wire filling material positioned within the second space between the first shield, the plurality of wires, and the high-temperature filler member, and further wherein the wire filling material is positioned within the third space between the first shield and the second shield;
• and
• a jacket extruded and circumferentially surrounding the second shield,
• wherein each of the conductor filling material and the wire filling material is inert, non-flammable and able to withstand a temperature of at least approximately 200° C., and further wherein the gas blocking cable blocks a passage of a high pressure gas or a high pressure fluid through the first space, the second space, and the third space to prevent the passage of the high pressure gas or the high pressure fluid.