AF104-08BLK Aeroflow 8 An Taper Series 120 Degree Hose End Black

Description

Optimize your fluid system layout with the -8 AN Taper Series 120 Degree Hose End, designed to deliver a precise 120-degree bend for superior hose routing in confined spaces. This fitting eliminates the need for complex hose arrangements, reducing stress and potential leaks while maintaining system integrity.

Crafted by Aeroflow, a trusted name in hose fittings, this hose end weighs only 0.062 kg, minimizing added weight that could affect system balance or performance. Its dimensions—15.00 cm length, 11.50 cm width, and 0.80 cm height—allow for compatibility with standard -8 AN hose configurations, ensuring a secure and leak-free connection.

The 100 Series Taper design guarantees a tight seal under high-pressure conditions, protecting your system from fluid loss and contamination. The 120-degree angle is specifically engineered to provide optimal flow direction changes without kinking or restricting fluid movement, enhancing overall operational efficiency.

Constructed from durable materials with a black finish, this hose end resists corrosion and wear, extending service life even in demanding environments. Its precision machining maintains exact tolerances critical for maintaining AN fitting standards and ensuring reliable assembly.

Installation is straightforward due to the standardized sizing and taper series compatibility, reducing downtime and the need for specialized tools. Its compact form factor allows integration into tight engine bays or equipment setups where space constraints are a concern.

Dimensions and weight are optimized for both performance and ease of handling, making this hose end ideal for automotive, marine, and industrial fluid systems requiring reliable, high-pressure hose connections with sharp routing angles.

Choose this -8 AN Taper Series 120 Degree Hose End to secure a robust, leak-resistant connection with precise hose alignment. Backed by Aeroflow’s engineering standards, it delivers long-term durability and system stability essential for demanding applications.