AF153-20BLK Aeroflow 90 Deg Hose End 20 An Black Full Flow Taper Style

Description

Achieve superior fluid dynamics with this 90-degree hose end designed specifically for -20 AN fittings, delivering full flow performance that minimizes pressure drop and turbulence. This component is engineered to maintain optimal flow rates, critical for high-performance hydraulic or fuel systems requiring uncompromised efficiency.

Its full flow taper style ensures a smooth, unrestricted passage, reducing flow resistance and enhancing system responsiveness. This design translates to improved performance and reliability, crucial for applications where every drop counts.

• Precise Dimensions: With a length of 15.00 cm, width of 0.80 cm, and height of 11.50 cm, the hose end fits seamlessly within 150 Series Full Flow Taper assemblies, providing compatibility and ease of integration.
• Lightweight Construction: Weighing just 0.2900 kg, it offers strength without adding unnecessary weight, supporting applications where weight considerations are paramount.
• Durable Finish: The black coating not only provides corrosion resistance but also enhances wear protection, extending the service life of the fitting in harsh environments.
• Brand Assurance: Manufactured by Aeroflow, a trusted name in fluid transfer components, this hose end meets rigorous quality standards for dependable operation.

Designed for use in high-pressure systems requiring secure 90-degree connections, this hose end supports efficient routing without kinking or flow restriction. Its full flow taper design facilitates straightforward assembly and maintenance while preserving system integrity.

Engineered with exacting tolerances, this component ensures leak-free connections and consistent performance over time. Its compatibility within the 150 Series Full Flow Taper lineup allows for versatile application across various hydraulic and fuel delivery systems.

By selecting this hose end, you invest in a component that enhances system reliability and operational efficiency through precise engineering and durable materials. The combination of its specific dimensions, lightweight design, and robust coating delivers a fitting optimized for demanding environments and critical fluid transfer needs.