#8 Female Flare Tee

The #8 Female Flare Tee is a three-port adapter fitting designed for high-pressure hydraulic and fluid transfer systems in tactical equipment, industrial machinery, and aerospace applications. This adapter tee serves as a critical junction point where a single incoming line splits into two outgoing lines, or vice versa, making it essential for technicians and operators who need reliable, leak-free connections in demanding environments. Built to military and industrial standards, it addresses the need for secure fluid distribution in systems where safety and precision cannot be compromised.

Manufactured by AEROQUIP, a trusted leader in hydraulic components, the #8 Female Flare Tee features all three ports as #8 AN female connections, allowing for standardized 8 AN line attachments across all branches of the fitting. The construction uses aluminum with blue anodize finishing, which provides excellent corrosion resistance while maintaining lightweight characteristics—critical for mobile or weight-sensitive applications. The female flare design accepts standard AN male connectors, ensuring compatibility with AN-spec hoses and adapters commonly found in military vehicles, aircraft systems, and heavy equipment. This compact fitting measures 3.5 x 1.85 x 5.35 inches and weighs only 0.17 lbs, making it portable without sacrificing durability.

Technicians, maintenance personnel, and equipment operators benefit most from stocking this adapter tee for emergency repairs, system modifications, or permanent installations in hydraulic circuits. Whether you're building custom fluid lines for tactical gear, maintaining military vehicles, or assembling industrial hydraulic systems, the all-female configuration eliminates the need for gender-specific adapters at this junction point. Installation is straightforward: simply attach AN male connectors to each of the three ports using a wrench, ensuring proper torque to prevent leaks while avoiding over-tightening that could damage the aluminum body. For critical applications, verify system pressure ratings and fluid compatibility before deployment.