AN TEE -8AN FEMALE NUT BLUE SWIVEL NUT ON SIDE

Description

Optimize your fluid system with the Aeroflow AN Tee -8 AN Female Nut, designed to provide reliable, leak-resistant connections in demanding applications. This fitting’s precise -8 AN female nut threading ensures compatibility with standard -8 AN hoses, delivering a secure seal that prevents fluid loss and maintains system integrity under pressure.

The integrated blue swivel nut on the side offers enhanced flexibility during installation, allowing you to rotate the connection without twisting the hose. This feature reduces strain on hoses and fittings, minimizing wear and extending component life, which is critical in high-performance or tight-space environments.

Constructed with robust materials engineered for durability, this fitting weighs just 0.0800 kg, minimizing added weight while maintaining structural strength. Its compact dimensions—16.00 cm length, 9.00 cm width, and 3.00 cm height—allow it to fit seamlessly into tight assemblies without compromising accessibility or flow efficiency.

• Precise -8 AN female nut threading: Guarantees secure, leak-proof connections compatible with standard hose sizes.
• Blue swivel nut on side: Enables effortless rotation during installation, reducing hose stress and enhancing longevity.
• Lightweight design at 0.0800 kg: Adds minimal weight, preserving system performance and ease of handling.
• Compact dimensions (16 x 9 x 3 cm): Fits effectively in constrained spaces while maintaining optimal flow paths.
• Brand reliability: Manufactured by Aeroflow, a trusted name in high-performance fittings.

This AN Tee fitting supports efficient hose routing and connection stability, crucial for maintaining system performance and safety. Its thoughtful design minimizes installation complexity, reduces maintenance needs, and ensures consistent fluid delivery under various operating conditions.

Choose the Aeroflow AN Tee -8 AN Female Nut with blue swivel nut for a precision-engineered, durable solution that enhances your fluid system’s reliability and operational lifespan.