Powerflex Braided Hose #6 x 15'

The Powerflex Braided Hose #6 x 15' from RUSSELL is a high-performance hydraulic and fuel line solution engineered for demanding applications where reliability and durability are non-negotiable. This braided hose is designed for professionals and enthusiasts who require leak-free performance in high-pressure systems, including race vehicles, marine engines, industrial hydraulics, and custom automotive builds. The 15-foot length provides flexibility in routing while the #6 AN (male 37-degree JIC flare) fitting size accommodates standard connection points across most performance platforms.

This hose features a braided stainless steel outer cover with an inner PTFE (polytetrafluoroethylene) core, a construction method that maximizes burst resistance while minimizing fluid absorption and degradation over time. The stainless steel braid protects the inner hose from abrasion, UV exposure, and mechanical damage during installation and operation, while the PTFE liner prevents ethanol fuels and aggressive hydraulic fluids from compromising hose integrity. This combination delivers superior chemical compatibility compared to rubber-lined alternatives, making it ideal for modern fuel blends and synthetic hydraulic media. The natural finish allows for easy visual inspection of the hose condition and simplifies integration into systems where appearance matters.

Installers and system builders benefit from the 15-foot straight run, which reduces the need for additional couplings and fittings that can introduce failure points. The hose is compatible with any #6 AN threaded port, making it a drop-in upgrade for fuel systems, transmission cooling lines, hydraulic brake applications, and power steering circuits. Weighing just 1.7 pounds, it adds minimal mass to the overall system while maintaining professional-grade pressure ratings. Proper routing away from heat sources, sharp edges, and moving components ensures maximum service life in high-vibration environments typical of automotive and marine use.