AF572-08DBLK Aeroflow 45 Deg 8 An Full Flow Teflon Hose End Black 1 Piece Fullflo

Description

Maximize hydraulic system efficiency with a hose end designed to maintain full flow and reduce pressure loss. This 45-degree -8 AN Full Flow Teflon Hose End provides a seamless connection that prevents flow restrictions common in standard fittings, ensuring consistent fluid delivery.

Constructed from durable materials and featuring a full-flow design, this hose end eliminates bottlenecks in your fluid system. The 45-degree angle facilitates routing in confined or complex assemblies, reducing stress on hoses and preventing premature wear.

The use of PTFE (Teflon) lining ensures chemical resistance and smooth internal surfaces, minimizing turbulence and enhancing flow characteristics. This material choice extends the lifespan of the hose end, resisting degradation from aggressive fluids and high temperatures.

Measuring precisely 16.00 cm in length, 9.00 cm in width, and 3.00 cm in height, with a lightweight of 0.0520 kg, this fitting balances structural integrity with ease of installation. The size and weight make it suitable for performance and racing applications where every gram and millimeter counts.

Compatible with -8 AN sizing, this hose end integrates seamlessly into existing Aeroflow 570 Series Full Flow PTFE hose and fitting systems, ensuring a secure fit and straightforward assembly. The black finish provides corrosion resistance and a professional appearance, maintaining system reliability over time.

Key benefits include:

• Full flow design maintains optimal fluid dynamics and system pressure
• 45-degree angle simplifies hose routing, reducing wear and installation complexity
• PTFE lining offers superior chemical resistance and smooth flow paths
• Precisely engineered dimensions provide consistent fit and reliable sealing
• Lightweight construction minimizes added mass without compromising strength
• Durable black finish enhances corrosion resistance and longevity

This hose end is a critical component for applications demanding reliable fluid transfer with minimal flow restriction. Its specific engineering and material choice ensure performance, durability, and ease of integration, supporting high-pressure systems where efficiency and reliability are non-negotiable.