When you're working with hydraulic systems, the right connections make all the difference. This heavy-duty hydraulic run tee adapter is engineered to provide secure, leak-free connections between three 3/4" hydraulic lines, making it an essential component for any serious hydraulic application.
Manufactured from high-quality carbon steel, this adapter features precision-machined JIC 37° flare connections that ensure a tight, reliable seal under high pressure. The run tee configuration allows you to connect three hydraulic lines in a compact, space-efficient arrangement, making it perfect for tight installations where traditional fittings might not fit.
This adapter's thoughtful design includes one 3/4" female JIC port with swivel functionality and two 3/4" male JIC ports. The swivel feature makes installation significantly easier, as it allows for rotation without twisting connected hoses or lines. This means you can position your hydraulic lines exactly where they need to go without fighting against fitting restrictions.
Whether you're maintaining existing hydraulic equipment, building custom hydraulic circuits, or replacing worn components, this adapter delivers the durability and performance you expect. The carbon steel construction provides excellent strength and resistance to the high pressures and harsh conditions common in hydraulic systems.
This adapter excels in applications including industrial machinery, mobile equipment, agricultural machinery, construction equipment, and hydraulic power units. It's ideal for situations where you need to split or combine hydraulic flow while maintaining secure connections. The standardized JIC 37° flare design ensures compatibility with a wide range of hydraulic hoses and components.
Installation is straightforward - simply connect your hydraulic lines using the appropriate wrenches, and the precision-machined threads will create a reliable seal that will perform consistently under pressure. This adapter represents the kind of quality components that keep hydraulic systems running smoothly and efficiently for years to come.
