AN6 Flare Tee T Piece Adaptor Aluminum Car Fittings For Braided Fuel Lines (Hoses) Oil, Fuel, Water & Air Line

Male thread 3 way T shape equal hose tee coupling adapters
Manufactured of high performance lightweight 6061-T6 CNC machined billet aluminum
Surface treatment:  anodized finish for durability and strength
Allows you to connect three lines, or add a branch to a line. Precision machined to exacting tolerances for trouble-free performance

Name:Aluminum Tee Flare Adapter Fitting
Color: Blue/Black

Available Size:
TKHFJTTAN3    AN3      JIC -3-3-3 AN (3/8-24) male flare pipe union, to Connect Three -3AN Female Fittings Together  
TKHFJTTAN4    AN4      JIC -4-4-4 AN (7/16-20) male flare pipe union, to Connect Three -4 AN Female Fittings Together  
TKHFJTTAN6    AN6      JIC -6-6-6 AN (9/16-18) male flare pipe union, to Connect Three -6 AN Female Fittings Together
TKHFJTTAN8    AN8      JIC -8-8-8 AN (3/4 x 16) male flare pipe union, to Connect Three -8 AN Female Fittings Together
TKHFJTTAN10   AN10     JIC -10-10-10AN (7/8 x 14) male flare pipe union, to Connect Three - 10 AN Female Fittings Together
TKHFJTTAN12   AN12     JIC -12-12-12 AN (1-1/16 x 12) male flare pipe union, to Connect Three -12 AN Female Fittings Together

Also available in different size and color, pls contact us for more information.
* Sniper flare tees provide options for splitting or merging your plumbing. And, being hand polished and bright dip anodized means they look good while doing it.
* The AN thread is a particular type of fitting used to connect flexible hoses and rigid metal tubing that carry fluid, Fit all Oil / Turbo Fuel Line / Rail Pump Injector Fitting
* No longer do you need to worry about flaring and splitting aluminum tubing to make your connections
* Universal Using for Braided Fuel Lines (Hoses) Oil, Fuel, Water, Fluid and Air Line

* They assure positive sealing and come in a corrosion-resistant finish.
* They provide a secure way to connect lines through panels
* From there it's usage spread to the aftermarket automotive performance field for its ease in adaptability, upgradability and durability.