ALLOY 60 DEG HOSE END -16AN SILVER CUTTER STYLE FULL FLOW

Description

Achieve superior fluid transfer with the Aeroflow Alloy 60 Degree Hose End, designed to eliminate flow restrictions in high-performance hydraulic and fuel systems. This hose end features a 60-degree angle that facilitates smoother routing and reduces pressure drop, improving overall system efficiency.

Constructed from durable alloy, it provides corrosion resistance and strength while maintaining a lightweight profile at just 0.151 kg. This balance ensures longevity without adding unnecessary weight to your assembly.

The full flow cutter style design optimizes internal bore size to maintain maximum fluid passage, preventing performance losses common with restrictive fittings. Its silver finish not only enhances corrosion resistance but also offers a professional aesthetic for visible installations.

• Precision 60-degree angle: Enables flexible hose routing and minimizes flow turbulence, crucial for maintaining pressure integrity.
• Full flow cutter style: Maintains full internal diameter for unrestricted fluid movement, reducing system heat and wear.
• Compact dimensions: At 16.00 cm length, 14.00 cm width, and 1.20 cm height, it fits tightly in confined spaces without compromising performance.
• Lightweight alloy construction: Combines strength and corrosion resistance at only 0.151 kg, extending service life in harsh environments.
• Compatibility: Designed for -16 AN hose sizes within the 550 Series Full Flow Cutter category, ensuring seamless integration with Aeroflow systems and industry-standard fittings.

With its engineered angle and full flow design, this hose end reduces pressure loss and enhances system responsiveness, critical in high-demand automotive and industrial applications. Its robust alloy material withstands rigorous conditions, delivering consistent performance over time.

Choose the Aeroflow Alloy 60 Degree Hose End to ensure your hydraulic or fuel system operates at peak efficiency, supported by precise engineering and durable materials.