3/8 Female Tee Fitting

Boss recommends using a liquid thread sealant rather than thread tape. Small fragments of thread tape can break off, travel through the airlines and lodge in valves or valve blocks, causing them to stick open or closed. A quality thread sealant seals the threads without shedding debris.

Always cut the airline square with a sharp tube cutter, not side cutters. Push the tube firmly into the fitting until it bottoms out, then pull back gently to seat the collet. Most leaks are caused by angled cuts, scratched tube, or the line not being fully inserted.

You can often reuse fittings and lines if they are in good condition, but if the tube end is scratched, oval or has been repeatedly removed, it is safer to cut back to a fresh section or replace it. Damaged tube ends are a common source of slow leaks.

The 3/8 Female Tee is designed to connect multiple air lines in your air suspension system, allowing for efficient air distribution to the airbags. This fitting is essential for maintaining balanced pressure across the system, which is crucial for stability and performance.

Yes, the 3/8 Female Tee is compatible with all Boss air fittings that utilise a 3/8 inch connection. This ensures seamless integration into your existing air suspension setup, providing a reliable and secure connection.

The 3/8 Female Tee is primarily designed for use in load assist kits, where it helps distribute air to the airbags. While it can be used in full air suspension systems, ensure that the overall system design accommodates this fitting for optimal performance.

The 3/8 Female Tee is constructed from high-quality brass, which offers excellent durability and resistance to corrosion. This makes it suitable for demanding environments, ensuring a long-lasting and reliable connection in your air suspension system.

The 3/8 Female Tee is specifically designed to allow for multiple air line connections, unlike standard straight fittings. This unique design enables better air distribution and pressure management within the system, making it a vital component for maintaining stability and performance.