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

Description

Achieve precise fluid system configurations with this AN Tee featuring an -8 AN female nut and a black swivel nut positioned on the side, designed to deliver secure connections and flexibility in tight spaces. Its specialized swivel nut allows for effortless alignment and tightening without twisting hoses, preventing damage and ensuring leak-free performance.

Constructed by Aeroflow, a brand recognized for engineering durable and high-performance fittings, this tee supports robust and reliable hose assemblies. Weighing only 0.09 kg, it adds minimal bulk while maintaining structural integrity, which is essential for maintaining system efficiency without unnecessary weight.

With dimensions of 16 cm in length, 9 cm in width, and 3 cm in height, the fitting is compact enough to fit in constrained environments yet large enough to handle substantial fluid flow. This size balance optimizes installation flexibility and fluid dynamics within your system.

The black swivel nut on the side allows for quick and secure hose connections, reducing installation time and enhancing maintenance accessibility. This feature is particularly beneficial when space constraints or hose routing complexity make standard fixed fittings impractical.

Designed specifically for hose and fitting systems requiring -8 AN female connections, this tee fitting integrates seamlessly with existing components that adhere to these specifications. Its robust design prevents leaks and maintains system integrity under pressure, which is critical in performance or industrial applications.

Incorporating this fitting into your fluid system enhances connection reliability and operational flexibility. The precision machining and ergonomic swivel nut improve both assembly and serviceability, reducing downtime and improving overall system performance.

Choose this Aeroflow AN Tee fitting to ensure your fluid routing is secure, adaptable, and engineered for demanding environments, backed by detailed specifications and a design focused on practical usability and durability.