ALLOY 60 DEG HOSE END -20AN SILVER CUTTER STYLE FULL FLOW

Description

Optimize your hydraulic or fuel system with a hose end engineered for unrestricted flow and precise installation. The Aeroflow Alloy 60 Degree Hose End delivers full-flow capability, reducing pressure drop and enhancing system efficiency where it matters most.

This hose end features a 60-degree angled design that facilitates superior hose routing in tight spaces, minimizing stress and potential kinks that can compromise performance. Its silver cutter style ensures a clean, secure cut on hoses, improving sealing integrity and reducing the risk of leaks.

• Full-flow design: Enables maximum fluid throughput, which translates to improved system responsiveness and reliability.
• 60-degree angle: Provides precise hose alignment, allowing installation in confined areas without sacrificing hose integrity.
• Silver cutter style: Ensures a precise, clean hose cut for enhanced sealing and longer hose life.
• Lightweight alloy construction: Weighing just 0.0830 kg, this fitting reduces overall system weight without sacrificing strength or durability.
• Compact dimensions: At 15.00 cm length, 0.80 cm width, and 11.50 cm height, it fits seamlessly into complex assemblies requiring space-efficient components.
• Compatibility: Designed for -20 AN hoses within the 550 Series Full Flow Cutter category, ensuring standardized connection and performance.

Crafted by Aeroflow, a trusted name in hose fittings, this hose end is engineered to exacting standards for consistent, leak-free performance. Its precise machining and robust alloy material provide durability in demanding environments. Install with confidence knowing the fitting is purpose-built to maintain system integrity under high pressure and flow conditions.

Upgrade your hose assemblies with this specialized 60-degree hose end to achieve superior flow characteristics and installation flexibility. Its combination of design features and specific measurements makes it an essential component for professionals seeking reliability and efficiency in fluid delivery systems.