#6 45 Deg Push-On Hose End

The #6 45 Deg Push-On Hose End is an essential component for boaters and marine mechanics looking to streamline their fluid transfer systems with professional-grade hardware. Designed by XRP-XTREME RACING PROD., this fitting provides a secure connection for fuel, oil, or coolant lines where a precise 45-degree angle is required to clear obstructions in tight engine compartments. Whether you are upgrading a performance offshore rig or maintaining a reliable fishing vessel, this push-on hose end ensures a leak-free interface without the need for complex crimping tools. It is the ideal solution for those who prioritize reliability and ease of maintenance when they are miles away from the dock.

Constructed from high-strength aluminum, this fitting features a durable blue and red anodized finish that provides critical resistance against the harsh salt-air environments encountered in marine applications. The internal geometry includes a 6 AN female swivel nut that mates perfectly with standard -6 AN male flared fittings, while the hose barb side is optimized for push-on style hoses. This specific design utilizes a 45-degree bend to reduce hose stress and prevent kinking, which is vital for maintaining consistent fluid pressure and flow rates. The lightweight construction ensures that adding multiple fittings won't contribute unnecessary weight to your high-performance plumbing system.

Engineered for versatility, the #6 45 Deg Push-On Hose End is compatible with a wide range of synthetic rubber hoses designed for push-lock applications. Marine enthusiasts will find this fitting particularly useful for routing lines around bulkheads or through crowded bilge areas where space is at a premium. Installation is straightforward, requiring only basic tools to tighten the female swivel nut onto your existing AN adapters once the hose is firmly seated on the barb. When you buy this XRP-XTREME RACING PROD. fitting, you are investing in a component that meets the rigorous demands of high-vibration marine environments.