90 DEG -12AN TO -12AN TEFLON FULL FLOW DOUBLE HOSE ENDS

Description

Achieve optimal fluid transfer without restriction using the Aeroflow 90 DEG -12 AN to -12 AN Teflon Full Flow Double Hose Ends. Designed to maintain full flow through a 90-degree angle, this fitting eliminates common bottlenecks and pressure losses that compromise system efficiency.

Constructed with a PTFE (Teflon) inner lining, the hose ends provide superior chemical resistance and smooth internal surfaces that reduce turbulence, ensuring consistent flow rates. This material choice also prevents contamination and withstands high temperatures, critical for demanding automotive and industrial fluid applications.

The double hose end design with -12 AN fittings on both ends offers secure, leak-free connections compatible with a wide range of braided hoses. This standard sizing simplifies integration into existing systems while providing robust mechanical strength for high-pressure environments.

Measuring 16.00 cm in length, 14.00 cm in width, and 12.00 cm in height, this component fits compact spaces without sacrificing performance. Weighing 0.1620 kg, it balances durability with ease of handling during installation and maintenance.

Part of Aeroflow’s 590 Series PTFE Full Flow line, this fitting is crafted to meet stringent quality standards, ensuring longevity and reliability in critical fluid transfer applications. Its precise 90-degree angle configuration optimizes routing options while maintaining full flow capacity.

Engineered for professionals who demand consistent performance and leak-free operation, this hose end fitting delivers exacting standards in fluid dynamics and material resilience. Its use of high-grade PTFE lining and standardized AN fittings distinguishes it from generic hose ends, providing a trusted solution for high-pressure, high-temperature systems.

Integrate the Aeroflow 90 DEG -12 AN to -12 AN Teflon Full Flow Double Hose Ends into your fluid system to enhance efficiency, reduce maintenance downtime, and secure leak-proof connections under challenging conditions.