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

Description

Maximize hydraulic performance and reliability with the Aeroflow Alloy 60 Degree Hose End, designed to maintain full flow while reducing pressure drop. This hose end addresses common flow restrictions caused by sharp bends, ensuring your system operates at peak efficiency.

The 60-degree angle facilitates smoother directional changes in tight spaces, minimizing turbulence and fluid loss. This design supports consistent flow rates, critical for high-performance and industrial applications where precision fluid delivery is required.

• Full flow cutter style: The internal bore aligns with the hose diameter, eliminating flow restrictions and improving overall system responsiveness.
• Durable alloy construction: Crafted from high-strength alloy, this fitting resists corrosion and mechanical wear, extending service life even under demanding conditions.
• Precise dimensions: With a length of 16.00 cm, width of 14.00 cm, and height of 1.20 cm, this hose end fits securely and maintains system integrity without adding unnecessary bulk.
• Lightweight at 0.1510 kg: Its minimal weight reduces added stress on hoses and connections, contributing to longer hose life and easier installation.
• Compatibility with -16 AN fittings: Ensures seamless integration into existing Aeroflow 550 Series Full Flow Cutter systems and other compatible setups, allowing for straightforward upgrades or replacements.

Its blue anodized finish not only provides corrosion resistance but also allows for quick visual identification during maintenance. The cutter style design ensures a secure and leak-free connection, critical in high-pressure environments.

By choosing this hose end, you avoid common performance losses from restrictive fittings, ensuring your hydraulic or fluid transfer system operates with maximum efficiency and reliability. The precise engineering and durable materials make it a dependable component in any demanding application requiring full flow and long-lasting performance.