Vibrant Performance 28808 180-Degree High-Flow Hose End Fitting for -8 AN PTFE Hose

The Vibrant Performance 28808 180-Degree High-Flow Hose End Fitting is designed to connect -8 AN PTFE hose to an -8 AN female connection in applications that require a clean, compact routing solution. Its 180-degree configuration helps redirect hose movement while maintaining a professional installation layout, making it well suited for fuel, oil, coolant, and other compatible performance plumbing systems.
Constructed from lightweight aluminum, this hose-end fitting combines durable performance with a black anodized finish that provides corrosion resistance and a clean appearance. The fitting is engineered for use with -8 AN PTFE hose and is suitable for custom automotive, racing, motorsports, and high-performance vehicle builds where reliable hose connections are essential.
Installation is straightforward when paired with compatible Vibrant Performance components and properly assembled PTFE hose. The high-flow design supports efficient fluid movement, while the angled outlet helps reduce sharp hose bends and simplifies routing around engine compartments and other confined areas. Always verify hose, fluid, pressure, and temperature compatibility before installation.
This Vibrant Performance fitting is sold individually and provides a dependable solution for fabricating or servicing -8 AN PTFE hose assemblies. Its functional 180-degree design, aluminum construction, and black anodized finish make it a practical choice for professional fabricators and performance enthusiasts seeking a secure, streamlined connection.

Features:

• Brand: Vibrant Performance

• Part Number: 28808

• Fitting Type: 180-degree high-flow hose-end fitting

• Compatibility: Designed for -8 AN PTFE hose and -8 AN female connections

• Material: Lightweight aluminum construction

• Finish: Black anodized for added corrosion resistance

• Application: Suitable for custom automotive, racing, motorsports, fuel, oil, and coolant plumbing systems

• Quantity: Sold individually