-16AN 60 DEGREE KRYPTALON LIGHTWEIGHT BIG BORE TITANIUM

Description

Improve your fluid system efficiency with the Aeroflow -16 AN 60 Degree Kryptalon hose end, designed to deliver maximum flow capacity while minimizing weight. This hose end is ideal for applications requiring high-volume fluid transfer and robust durability under demanding conditions.

The 60-degree angle facilitates easier routing in confined spaces, reducing hose stress and improving installation flexibility. This design minimizes pressure drops and maintains consistent fluid delivery where sharp bends are necessary.

• Kryptalon® titanium construction: Provides exceptional strength-to-weight ratio, weighing only 0.165 kg. This reduces overall system weight while resisting corrosion and fatigue for long-term reliability.
• Big bore design: Enables increased fluid flow compared to standard fittings, enhancing performance in fuel, oil, or coolant systems where unrestricted flow is critical.
• Dimensions: Measures 22.00 cm in length, 14.00 cm in width, and 5.00 cm in height, ensuring compatibility with standard -16 AN hose assemblies while offering compact installation footprint.
• Aeroflow brand assurance: Known for precision engineering and quality control, ensuring consistent fitment and leak-free connections in high-pressure applications.

Constructed for demanding environments, the Kryptalon hose end withstands high temperatures and aggressive fluids without degradation. Its titanium alloy composition surpasses conventional aluminum fittings in durability, extending service life and reducing maintenance cycles.

With its precise 60-degree bend and large internal diameter, this fitting simplifies complex hose routing without sacrificing flow efficiency. The ergonomic design reduces installation time and potential hose damage, protecting your investment.

Choose the Aeroflow -16 AN 60 Degree Kryptalon hose end to enhance system performance with a lightweight, corrosion-resistant solution engineered for high-flow applications. Its detailed dimensions and material specifications ensure seamless integration into your fluid transfer setup, delivering reliability and efficiency where it matters most.