FLEECE FPE-34554-A 5/8 INCH HOSE BARB TO 3/4 INCH-16 O-RING (-8 AN)

Male AN straight thread O-Ring Boss (ORB) fitting with O-ring to quick connect Short hex height to maximize install clearance Black anodized aluminum construction.

• 5/8 Inch Hose Barb to 3/4 Inch-16 O-ring (-8 AN)

The FLEECE FPE-34554-A 5/8 Inch Hose Barb to 3/4 Inch-16 O-Ring (-8 AN) fitting is a perfect solution for those seeking a robust and efficient connection in their fluid transfer systems. Crafted with precision, this male AN straight thread O-Ring Boss (ORB) fitting features an integrated O-ring, allowing for a quick and reliable connection that minimizes the risk of leaks during operation.

Constructed from high-quality black anodized aluminum, the fitting not only boasts excellent durability but also resists corrosion, ensuring long-lasting performance in various environments. The thoughtful design includes a short hex height, which maximizes installation clearance and allows for accessibility in tight spaces. This feature is particularly beneficial for users looking to optimize their setup without sacrificing quality or performance.

With a 5/8 inch hose barb on one end, this fitting seamlessly connects to flexible hoses, accommodating different fluid systems with ease. The other end, featuring a 3/4 inch-16 threading, ensures compatibility with various components that require an -8 AN connection. Whether you’re working on automotive applications, fuel systems, or other mechanical setups, the FLEECE FPE-34554-A fitting provides the versatility and reliability needed for successful installations.

Engineered for optimal performance and convenience, this fitting is an essential addition for both professionals and DIY enthusiasts alike. Upgrade your fluid management system effortlessly with the FLEECE FPE-34554-A fitting, ensuring a stable and secure connection every time. Choose this fitting for a perfect blend of practicality and superior engineering in your projects, and experience the difference of quality construction and thoughtful design.