A pneumatic conduit of specified dimensions facilitates the transmission of pressurized gas. Constructed from a resilient, flexible polymer, this particular example measures one hundred feet in length with a three-eighths inch inner diameter. Such a configuration is commonly employed to power air tools and equipment across a significant range.
The adoption of flexible polymer construction offers significant advantages over traditional materials like rubber or reinforced composites. The increased flexibility enhances maneuverability in confined spaces, reducing strain on both the operator and the connected tools. This design contributes to a lighter overall weight, simplifying transportation and deployment across various work sites. Furthermore, the material exhibits notable resistance to abrasion, chemicals, and ultraviolet radiation, prolonging its service life and minimizing replacement costs.
