Alum Female Pipe Tee 1/4

The Alum Female Pipe Tee 1/4 from AEROQUIP is a precision-engineered aluminum fitting adapter designed for pneumatic, hydraulic, and fluid transfer applications where reliable three-way connections are essential. This tee connector is engineered for professionals and technicians who demand consistent performance in demanding industrial, automotive, and tactical equipment systems. The 1/4 inch NPT female ports on all three ends provide uniform flow distribution and make this fitting an ideal choice for manifold assembly, pressure regulation circuits, and modular fluid systems where space efficiency and weight reduction matter.

Constructed from lightweight aluminum alloy and finished with blue anodizing, the Alum Female Pipe Tee 1/4 offers superior corrosion resistance while maintaining minimal weight at just 0.11 lbs—a critical advantage in vehicle-mounted and portable systems. The blue anodized coating provides both aesthetic distinction and a protective barrier against oxidation and environmental exposure. All three female NPT ports are factory-machined to exacting tolerances, ensuring leak-free threaded connections with standard NPT male adapters, hoses, and components. The symmetrical tee design allows flow to enter through any port and distribute to the remaining two, or conversely, allows dual inputs to merge into a single output, making it exceptionally versatile in system configuration.

Technicians, system integrators, and equipment manufacturers rely on the Alum Female Pipe Tee 1/4 for applications including fuel distribution systems, air brake circuits, coolant routing, and auxiliary pressure lines where reliability and weight savings are non-negotiable. The compact 2.4 x 1.05 x 3.7 inch footprint allows seamless integration into confined spaces without compromising flow capacity or connection integrity. AEROQUIP's reputation for precision manufacturing ensures that each fitting meets stringent aerospace and industrial standards, making this adapter suitable for both OEM production environments and field repairs where aftermarket parts must perform identically to original equipment.