ALLOY 90 DEG HOSE END -6AN BLACK CUTTER STYLE FULL SWIVEL

Description

Optimize your fluid system with a hose end designed to prevent hose twisting and maintain full fluid flow under demanding conditions. The Aeroflow Alloy 90 Degree Hose End’s full swivel capability allows for effortless hose orientation and installation flexibility, reducing stress on connections and extending hose life.

This fitting features a robust alloy construction that balances strength and weight, weighing just 0.035 kilograms while measuring 16 centimeters in length. Its compact dimensions (16.00 cm length, 9.00 cm width, and 2.00 cm height) allow it to fit seamlessly in tight engine bays or confined spaces without sacrificing performance.

The cutter style design ensures a clean, secure hose bite, minimizing the risk of leaks or blow-offs during high-pressure operation. This is critical for maintaining system integrity in automotive or industrial applications where reliability is non-negotiable.

Designed for -6 AN hose compatibility, this hose end meets the precise standards required for high-performance fluid transfer systems. The black finish not only adds corrosion resistance but also delivers a professional, low-profile look that aligns with modern engine bay aesthetics.

Weighing only 0.035 kg, the lightweight design reduces overall system weight, contributing to improved handling and efficiency in performance vehicles. The full swivel feature enhances serviceability by allowing quick adjustments and repositioning without disconnecting the hose, saving time during maintenance or modifications.

With Aeroflow’s 550 Series Full Flow Cutter Hose Ends, you gain a fitting engineered for durability, precision, and ease of use. The combination of alloy material, swivel design, and cutter style ensures your hose connections remain secure, leak-free, and adaptable to complex routing demands.

Choose this hose end to enhance your fluid system’s reliability, reduce installation challenges, and maintain optimal flow dynamics in demanding environments.