The demand for high-speed, high-bandwidth fiber optic cable connectivity continues to grow across the nation – for commercial enterprises as well as for municipal and residential infrastructures. For fiber optic cable installers and project planners, the importance of selecting the right fiber optic conduit cannot be overstated.

Directional boring has revolutionized the way in which many of our clients install underground fiber optic cables – particularly for environmentally sensitive areas and many other applications that demand minimal invasion.

High-density polyethylene (HDPE) electrical conduit is a preferred material in many of today’s infrastructure projects. From underground cables for electrical distribution to telecommunication systems, we often choose HDPE conduit due to its unique combination of mechanical strength, flexibility, chemical resistance, and overall ease of installation.

Installation of complex electrical systems is an extremely challenging and often time-consuming job. The wiring process itself can involve pulling miles of cables through a complex arrangement of protective pipes. Installers are often left struggling manually wiring conduit through tight corners and bends. The task is made even more difficult when installation issues arise, as it’s not uncommon for wires to snag internally, get stuck and/or damaged during the process.

High-density polyethylene (HDPE) conduits offer an outstanding combination of flexibility and durability for underground cable installations. With common applications ranging from power distribution and electrical utilities to coaxial and fiber optic cables, HDPE has become perhaps the most versatile cable-in-conduit (CIC) solution.