Aluminum BX Cable


This electric cable for homes has armor and conductors made of aluminum. It’s often used in house wiring and is good for recycling because it has aluminum in it, which is good for the environment.



Aluminum BX cable, within the realm of scrap qualities, is a type of electrical cable commonly utilized in residential and commercial wiring applications. The term “BX” denotes “armored cable,” signifying its distinctive feature—a metal sheath that safeguards the electrical conductors within.

Examining its scrap qualities, aluminum BX cable boasts several noteworthy characteristics. Firstly, the cable incorporates aluminum conductors known for their commendable electrical conductivity and lightweight nature. This inherent feature facilitates easier handling during installation, contributing to the cable’s overall efficiency.

The metal sheath enveloping the aluminum conductors in BX cable is typically crafted from galvanized steel, providing both mechanical protection and grounding. It’s crucial to recognize that the primary scrap value lies in the aluminum conductors rather than the steel sheath.

Recycling facilities and scrap metal yards actively collect and process scrap aluminum BX cable. The cable is typically stripped of its outer sheath to isolate the aluminum conductors from the steel armor. The recycled aluminum is then utilized in the production of new aluminum products or components.

The act of recycling aluminum BX cable carries various advantages, including resource conservation, energy savings, and a diminished environmental footprint. Through recycling the aluminum content, the necessity for extracting and refining new aluminum is minimized, leading to reduced energy consumption and greenhouse gas emissions associated with primary aluminum production.

To sum up, aluminum BX cable is an electrical cable featuring aluminum conductors and a metal sheath for protection. Its scrap qualities predominantly lie in the valuable aluminum conductors. Recycling aluminum BX cable not only aids in resource conservation but also supports sustainable manufacturing practices by lessening dependence on new aluminum extraction and production.