AF450-10-3M Aeroflow Black Braid Light Weight 10 An3 Meters 14.2mm Id 21.4mm Od

Description

Enhance your fluid system’s reliability and efficiency with this lightweight nylon braid hose engineered for precision and durability. Its 14.2 mm inner diameter provides consistent flow control, critical for maintaining system performance in demanding environments.

The hose’s nylon braid construction delivers exceptional abrasion resistance and flexibility, reducing the risk of damage during installation and operation. This material choice ensures longevity, minimizing maintenance intervals and downtime.

With an outer diameter of 21.4 mm, this hose balances strength and compactness, enabling it to fit within tight spaces without sacrificing durability. Weighing only 1.0000 kg and measuring 30.00 cm in length, 29.00 cm in width, and 5.00 cm in height, it offers an optimal size-to-weight ratio that simplifies handling and integration into complex assemblies.

Specifically designed for the 450 Series Nylon Braid Hose category, this hose is compatible with -10 AN3 fittings, ensuring secure and leak-free connections. The precise dimensions (14.2 mm ID, 21.4 mm OD) guarantee compatibility with standard industry components, streamlining system design and replacement.

Manufactured by Aeroflow, a trusted brand in hose and fittings, this product meets stringent quality standards, providing confidence in performance under pressure and temperature variations typical in automotive and industrial applications.

This hose’s lightweight design reduces overall system mass, which is crucial in performance-focused setups where every gram counts. Its robust construction and precise sizing translate into reliable operation, reduced wear, and enhanced system longevity.

Choose this nylon braid hose to maintain high flow rates, ensure durability, and simplify installation in your fluid transfer systems. Its specific dimensions and compatibility make it a dependable choice for professional applications demanding both performance and efficiency.