Fragola -3AN Steel Bulkhead Tee - On Run - 580403

Fragola -3AN Steel Bulkhead Tee - On Run - 580403: Durable and Efficient Fluid Routing Solution

The Fragola -3AN Steel Bulkhead Tee - On Run - 580403 is a premium-quality fitting designed to provide a reliable and leak-free connection in fluid systems. Crafted from robust steel, this bulkhead tee is engineered to withstand high pressure and harsh environments, making it an ideal choice for automotive, industrial, and hydraulic applications. Whether you are setting up a fuel line, coolant system, or any fluid transfer setup, this fitting ensures seamless integration and optimal performance.

Built with precision and durability in mind, the Fragola -3AN Steel Bulkhead Tee offers a secure and efficient way to split or join fluid lines through a bulkhead or panel. Its -3AN size is perfect for medium-flow applications, providing a balance between compact design and sufficient flow capacity. The “On Run” configuration allows for a smooth, inline connection, simplifying installation and maintenance.

Features and Benefits

• High-Quality Steel Construction: Manufactured from corrosion-resistant steel, this bulkhead tee delivers exceptional strength and longevity, ensuring your fluid system remains secure and leak-free over time.
• Precision Machining: Each fitting is crafted with tight tolerances to guarantee a perfect fit, reducing the risk of leaks and improving overall system reliability.
• Bulkhead Design: The bulkhead feature allows the fitting to pass through panels or walls cleanly, providing a neat and professional installation without compromising system integrity.
• -3AN Size Compatibility: Designed to work with -3AN hoses and fittings, this tee supports a wide range of applications, from fuel delivery to hydraulic lines.
• On Run Configuration: The inline “On Run” design simplifies fluid routing by allowing a straight-through flow with a branch, making it easier to split or combine lines without complex plumbing.
• Leak-Resistant Sealing: Equipped with high-quality sealing surfaces, the fitting minimizes the chance of leaks, protecting your system and environment from fluid loss.
• Easy Installation: The bulkhead tee’s design allows for quick and straightforward installation, saving time and effort during assembly or repairs.

Advanced Features Explained

The Fragola -3AN Steel Bulkhead Tee is more than just a simple connector. Its bulkhead design means it can be securely mounted through a panel or firewall, creating a clean pass-through point for fluid lines. This is especially useful in automotive or industrial setups where hoses need to cross barriers without compromising safety or aesthetics.

The “On Run” configuration refers to the way the fitting routes fluid: it allows the main flow to continue straight through while providing a branch connection at a right angle. This setup is perfect for applications where you need to divert fluid to a secondary system without interrupting the main flow. The precision machining ensures that all connections are tight and leak-free, which is critical in high-pressure environments.

Practical Benefits for Everyday Use

Using the Fragola -3AN Steel Bulkhead Tee means you get a durable, reliable fitting that simplifies your fluid system setup. Its sturdy steel construction withstands wear and tear, reducing the need for frequent replacements. The bulkhead design keeps your installation neat and organized, preventing hoses from rubbing against sharp edges or moving parts.

For mechanics and engineers, this fitting saves valuable time during installation and maintenance. Its compatibility with standard -3AN hoses means you can easily integrate it into existing systems without custom modifications. Plus, the leak-resistant design helps avoid costly spills and downtime, keeping your operations running smoothly.

Whether you’re building a custom fuel system, upgrading hydraulic lines, or managing coolant flow, the Fragola -3AN Steel Bulkhead Tee - On Run - 580403 offers a dependable, professional-grade solution that meets the demands of modern fluid systems.