-16AN 180 DEGREE KRYPTALON LIGHTWEIGHT BIG BORE TITANIUM

Description

Achieve superior fluid transfer efficiency with the -16 AN 180 Degree Kryptalon Lightweight Big Bore Titanium hose end by Aeroflow. Designed to reduce weight without compromising strength, it addresses the need for durable yet lightweight fittings in high-performance applications.

This hose end’s titanium construction delivers exceptional corrosion resistance and high strength-to-weight ratio, ensuring durability under demanding conditions while maintaining a minimal weight of 0.165 kg. This translates into reduced overall system weight, critical in performance and racing environments.

The 180-degree bend facilitates routing in confined spaces, allowing for more flexible hose placement without sacrificing flow. Its big bore design increases flow capacity, reducing pressure drop and improving system efficiency, which means better performance for your fluid handling setup.

Measuring 22.00 cm in length, 14.00 cm in width, and 5.00 cm in height, this hose end fits securely within established standards for -16 AN fittings, ensuring compatibility with a wide range of hoses and assemblies. The precise dimensions support reliable sealing and leak prevention, critical for maintaining system integrity.

Part of the Kryptalon® Series, this fitting benefits from Aeroflow’s specialized manufacturing process that combines lightweight materials with advanced design, delivering a high-performance hose end tailored for demanding environments where weight, durability, and flow are paramount.

Engineered for professionals who require reliable, high-flow connections in constrained spaces, this hose end enhances system performance with minimal added mass. Its titanium construction resists corrosion and mechanical wear, extending service life and reducing maintenance costs.

Choose the -16 AN 180 Degree Kryptalon Lightweight Big Bore Titanium hose end to optimize your fluid transfer system with a durable, lightweight, and high-capacity fitting that meets precise dimensional and performance standards.