Male 1/8 NPT 45 Deg to -6 HoseBLACK FULL FLOW BILLET 1 PIECE

Description

Optimize your fluid transfer systems with a fitting engineered for both performance and durability. This male 1/8 NPT 45-degree to -6 hose fitting addresses common flow restrictions by providing a full flow design, ensuring maximum fluid passage without bottlenecks.

The 45-degree angle facilitates easier routing in tight engine bay or machinery spaces, preventing kinks and reducing strain on connected hoses. This precise angle helps maintain consistent fluid pressure and flow, critical for high-performance applications.

• Billet construction: Manufactured from solid billet aluminum, this fitting offers superior strength and corrosion resistance compared to cast or stamped alternatives, ensuring long-term reliability in demanding environments.
• Full flow design: Engineered to maximize internal diameter and minimize flow restriction, it maintains system efficiency and reduces pressure drops, enhancing overall operational performance.
• Compact dimensions: With a length of 15 cm, width of 0.8 cm, and height of 11.5 cm, it fits precisely where space is limited without compromising flow capabilities.
• Compatibility: The male 1/8 NPT thread connects securely to standard NPT ports, while the -6 hose end accommodates common -6 AN hoses, making it versatile for various fluid system setups.
• Lightweight: Weighing only 0.0860 kg, it adds minimal weight to your assembly, beneficial in applications where weight savings matter.

Designed by Aeroflow, a recognized brand in fluid transfer solutions, this fitting meets the rigorous demands of automotive and industrial applications. Its robust billet construction combined with precision engineering ensures leak-free connections and sustained performance under pressure.

Integrate this fitting into your system to achieve reliable, high-efficiency fluid routing with reduced maintenance concerns. The full flow design and durable materials guarantee that your fluid dynamics remain uncompromised, supporting optimal operation across diverse environments.