A banded cable is a grouping of two or more individual cables held together using stainless steel strapping for organized, parallel routing in commercial or industrial systems.
Banded cable assemblies are used where multiple cable types or circuits must follow the same routing path while remaining mechanically independent. Instead of running cables loosely or enclosing them in conduit, stainless steel bands are applied at consistent intervals to hold the cables in a parallel formation. This method creates a unified group while preserving individual cable flexibility and integrity. Banded configurations may include coaxial and power cables, fiber runs, or a mix of AV and control cables. Stainless steel strapping ensures durability in environments subject to heat, vibration, or wear, making it well-suited for industrial and commercial facilities. Beyond organization, banded cables support easier identification, circuit separation, and improved airflow in structured cable layouts.
Banded cable assemblies may fall under NEC (National Electrical Code), UL (Underwriters Laboratories), or TIA (Telecommunications Industry Association) requirements, depending on the cable types used and the installation environment.
Banded cable techniques emerged as commercial and industrial infrastructure grew denser. Grouping cables with stainless steel strapping allowed technicians to manage complex pathways efficiently while maintaining circuit independence and physical resilience in confined or demanding spaces.