AF201-03D Aeroflow Alloy Straight Hose End 3 An Blue Swivel Nut Suit Teflon

Description

Optimize your fluid system with a hose end designed for secure, leak-resistant connections that maintain system integrity under pressure. The Aeroflow Alloy Straight Hose End addresses the common issue of hose fitting failures by providing a robust and precise interface for PTFE hoses.

This hose end features a -3 AN size with a blue swivel nut specifically engineered to suit Teflon (PTFE) hoses, ensuring compatibility with both the 200 Series PTFE and 570 Series Full Flow PTFE lines. The swivel nut allows for easy installation and adjustment without compromising the seal, reducing downtime during assembly or maintenance.

Constructed from lightweight alloy, this fitting weighs only 0.0160 kg, minimizing added weight while providing the strength necessary to withstand high-pressure applications. Its 16.00 cm length and slim 9.00 cm width facilitate integration into tight spaces without sacrificing performance.

• Material Compatibility: Engineered to fit 200 Series PTFE and 570 Series Full Flow PTFE hoses, ensuring seamless integration with Aeroflow’s high-performance hose systems.
• Precision Machining: The blue anodized swivel nut provides a secure, leak-proof seal with smooth threading to prevent cross-threading and ensure longevity.
• Compact Design: With dimensions of 16.00 cm x 9.00 cm x 1.00 cm, it fits efficiently into constrained spaces while maintaining flow integrity.
• Durability and Weight: Alloy construction balances corrosion resistance and strength at only 0.0160 kg, reducing unnecessary weight in fluid lines.

This hose end is ideal for applications requiring reliable, high-flow connections with PTFE hoses, such as automotive, industrial, and performance fluid systems. Its precise fit and durable design deliver consistent performance and extended service life, minimizing maintenance and system failures.

Choose the Aeroflow Alloy Straight Hose End -3 AN with blue swivel nut for a proven solution that enhances fluid connection reliability and system efficiency.