AF152-20 Aeroflow 45 Deg Hose End 20 An Blue Full Flow Taper Style

Description

Improve your fluid transfer system with a hose end engineered for maximum flow efficiency and reliability. The 45 DEG Hose End -20 AN Blue features a full flow taper style that minimizes turbulence, ensuring consistent fluid delivery and reducing pressure loss.

This hose end’s 45-degree angle facilitates easier routing in confined or complex installations, eliminating stress on hoses and connectors while maintaining optimal flow. Its precise dimensions—22.50 cm in length, 14.00 cm in width, and a slim 1.20 cm height—allow for seamless integration into tight assemblies without sacrificing performance.

Constructed by Aeroflow, a trusted name in high-performance fittings, this component weighs 0.2540 kg, reflecting a robust yet lightweight design that withstands high-pressure environments without adding unnecessary bulk. The -20 AN size ensures compatibility with large-diameter hoses, supporting high volume fluid transfer in demanding applications.

The full flow taper design eliminates restrictions commonly found in conventional fittings, reducing the risk of flow-induced wear and maximizing system longevity. The durable blue anodized finish provides corrosion resistance and clear visual identification, enhancing both durability and maintenance efficiency.

With its precise engineering and reliable materials, this hose end improves system integrity, reduces leak potential, and simplifies routing. Its compact profile and specific angle make it ideal for performance automotive, industrial, or hydraulic systems where space and flow efficiency are critical.

Install with confidence knowing this fitting is crafted to meet rigorous standards for performance and durability. Its size and weight specifications ensure it integrates smoothly without compromising system balance or adding excessive load.

Choose the 45 DEG Hose End -20 AN Blue for a solution that delivers superior flow management, space-saving installation, and long-term reliability under demanding conditions.