AF206-08DBLK Aeroflow Alloy 180 Deg Hose End 8 An Black Full Swivel Suit Teflon

Description

Maximize fluid system reliability with a 180-degree hose end designed for seamless connection and optimal flow. This hose end eliminates sharp bends and kinks, preserving hose integrity and ensuring consistent performance in demanding environments.

Constructed from durable alloy, this hose end offers exceptional strength while maintaining a lightweight profile at just 0.0630 kg. The black anodized finish provides corrosion resistance and a sleek appearance, extending service life and reducing maintenance needs.

• 180-degree swivel design: Enables precise hose routing and reduces stress on fittings, improving system longevity and simplifying installation in tight spaces.
• Full swivel capability: Allows for effortless rotation after installation, which helps prevent hose twisting and facilitates adjustments without disconnecting the system.
• -8 AN size compatibility: Ensures a secure, leak-free connection with standard -8 AN braided hoses and fittings common in high-performance automotive and industrial applications.
• Black anodized finish: Enhances durability by resisting wear and corrosion, maintaining a professional look over extended use.
• Designed to suit PTFE-lined hoses: This hose end is optimized for use with 200 Series PTFE hoses, providing chemical resistance and high-temperature tolerance essential for aggressive fluids.

Measuring 15.00 cm in length, 8.00 cm in width, and 3.00 cm in height, this compact hose end fits neatly into complex assemblies without adding unnecessary bulk. Its precise dimensions ensure compatibility with existing routing configurations and system layouts.

This component from Aeroflow represents a calculated choice for engineers and technicians who demand precision, durability, and ease of maintenance. Its alloy construction combined with the black anodized finish and full swivel design addresses common issues such as hose fatigue and connection leaks.

Invest in this hose end to maintain optimal fluid flow while reducing downtime caused by hose damage or fitting failures. Its robust build and thoughtful engineering support high-pressure applications, making it indispensable for performance-driven fluid transfer systems.