Aeroquip FCM2021 4AN to 1/8 NPT Male 45 Degree Aluminum Adapter Fitting
The Aeroquip FCM2021 is an essential component for those looking to enhance their automotive fluid transfer systems. This adapter fitting is designed to provide reliable connections between AN and NPT threads, specifically converting a 4AN to a 1/8 NPT male fitting at a 45-degree angle. This unique design helps in optimizing space and angles in tight engine compartments or other areas where traditional fittings might not fit properly.
Utilizing high-quality aluminum in its construction, the Aeroquip FCM2021 not only ensures a lightweight solution but also guarantees durability and resistance against corrosion. This is crucial in automotive applications where exposure to fluids and harsh environments is common. The precision engineering behind this fitting allows for a leak-proof seal, promoting efficient fluid flow without the risk of leaks that could lead to potential damage or failure.
The adapter fitting is versatile and can be used in various applications, from fuel delivery systems to oil cooler setups. Its thoughtful design aids in the seamless integration of aftermarket components, ensuring compatibility with an extensive range of plumbing configurations and helping enthusiasts and professionals alike achieve their desired setups.
FITMENT:
The Aeroquip FCM2021 is particularly suited for use in automotive applications where a 4AN to 1/8 NPT connection is needed. It fits well with common oil systems, fuel lines, and coolant lines, allowing for easy customization of various performance setups.
Key Features & Benefits
- Converts 4AN to 1/8 NPT male fitting at a 45-degree angle for enhanced installation flexibility.
- Constructed from high-grade aluminum for lightweight durability and corrosion resistance.
- Precision-engineered for a leak-proof seal, ensuring efficient fluid transfer without risk of leaks.
- Ideal for aftermarket installations in fuel, oil, and coolant systems.
- Facilitates cleaner lines and improved flow by minimizing bends and obstructions in tight spaces.
