8AN/JIC Flare Tee Blue Male

The 8AN/JIC Flare Tee Blue Male fitting from REDHORSE PERFORMANCE is a precision hydraulic adapter designed for high-pressure fluid transfer systems common in tactical vehicles, military equipment, and law enforcement machinery. This tee-style connector allows simultaneous distribution of pressurized fluid to two outlet ports while accepting a single inlet, making it essential for applications requiring redundancy, load-sharing, or multi-stage hydraulic circuits. Whether you're servicing a tactical team's hydraulic-actuated barriers, military transport vehicles, or emergency response equipment, this fitting provides the reliable junction point that mission-critical systems demand.

Manufactured to JIC (Joint Industry Council) 37-degree flare standards, the 8AN designation indicates an eight-pound per square inch nominal port size rated for heavy-duty industrial and automotive hydraulic duty. The blue anodized aluminum construction resists corrosion while remaining lightweight—critical for field-portable tactical systems—and the male flare connection geometry ensures tight, leak-free seals under extreme pressure cycling. The compact 2.8 x 1 x 3.8 inch profile and minimal 0.12 lb weight allow integration into space-constrained equipment without compromising structural integrity or system balance, while the precision-machined flare seats prevent fluid weeping and catastrophic pressure loss during high-demand operations.

Field personnel, maintenance technicians, and equipment specialists benefit from this fitting's direct compatibility with standard 8AN female flare ports found across military-grade hydraulic systems and tactical vehicle platforms. Installation requires only a wrench to secure the flare connection hand-tight, followed by controlled torque verification—no special tools needed for rapid field repair or system reconfiguration. Technicians should verify pressure ratings and fluid compatibility before deployment; proper flare-nut wrench use prevents galling and ensures repeatable removal for maintenance cycles in austere environments.