Underground Armored Rubber Cable

Structural features:

Armor layer: The outer layer of a cable is usually wrapped with one or more layers of metal armor, such as steel tape or steel wire. This layer of armor not only enhances the mechanical strength of the cable, allowing it to withstand various pressures and impacts in the underground environment, but also effectively prevents animal bites and protects the safety of the internal core of the cable.

Rubber sleeve insulation layer: Rubber sleeves are used as insulation materials inside the cable, which has good insulation performance and weather resistance. Rubber sleeve material can effectively isolate the core inside the cable, prevent current leakage and short circuit, and ensure the normal operation of the cable.

Internal core: Depending on the specifications and purpose of the cable, the internal core can be a single core or multi-core structure. The wire core is usually made of materials with excellent conductivity such as copper or aluminum to ensure the stable and reliable conductivity of the cable.

Application field:

Underground mining: In underground mines, cables need to pass through various complex geological structures, and the working environment is usually harsh. Underground armored rubber sheathed cables can resist the impact and wear of minerals, rocks, etc., ensuring the stable operation of the mine power supply system.

Urban underground pipeline network: In urban construction, the underground pipeline network is becoming increasingly complex. Underground armored rubber sheathed cables can be laid underground together with other pipelines, saving space. At the same time, their good insulation performance and weather resistance ensure the long-term stable operation of the cable.

Tunnels and bridges: In engineering projects such as tunnels and bridges, cables need to pass through long-distance underground passages. Underground armored rubber sheathed cables can withstand environmental factors such as humidity and temperature changes inside tunnels and bridges, ensuring the safe and reliable operation of the cables.