90 DEG -8AN FULL FLOW TEFLON HOSE END BLACK 1 PIECE FULLFLO

Description

Ensure uninterrupted fluid flow in your system with the Aeroflow 90 DEG -8 AN full flow Teflon hose end, designed to eliminate pressure drops and maintain peak efficiency. This hose end addresses the common issue of flow restriction caused by angled fittings, providing a full bore passage for optimal fluid dynamics.

Constructed with a single-piece full flow design, the hose end minimizes turbulence and pressure loss, delivering consistent performance under high-pressure conditions. Its Teflon lining offers superior chemical resistance and smooth internal surfaces, reducing wear and extending hose life. The black finish not only enhances corrosion resistance but also provides a professional appearance that resists environmental degradation.

• Precision 90-degree angle: Enables installation in confined spaces without compromising flow rate or system integrity.
• Full-flow design: Maintains unrestricted fluid passage to maximize system efficiency and reduce pressure drops.
• Teflon internal lining: Resists chemical corrosion and ensures smooth fluid transfer for enhanced durability.
• Durable black finish: Protects against corrosion and wear, extending the fitting’s service life.
• Compact dimensions: Measuring 15.00 cm length, 11.50 cm width, and 0.80 cm height, it fits precisely into tight configurations without bulk.
• Lightweight construction: At just 0.0590 kg, it minimizes added weight to your system—critical for performance-sensitive applications.

Manufactured by Aeroflow and categorized under the 570 Series Full Flow PTFE hose ends, this fitting meets rigorous standards for quality and reliability. Its -8 AN size ensures compatibility with a broad range of hoses and fluid systems, simplifying integration.

With this hose end, you gain a robust, efficient connection that enhances fluid system performance while resisting environmental and chemical wear. The precise engineering and high-grade materials ensure that your installation will maintain peak performance over time with minimal maintenance requirements.