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1/4 Npt Male Tee T 3 Way Equal Pipe Brass Fitting Fuel Vacuum Air Water Oil Gas
1/4 Npt Male Tee T 3 Way Equal Pipe Brass Fitting Fuel Vacuum Air Water Oil Gas
1/4 Npt Male Tee T 3 Way Equal Pipe Brass Fitting Fuel Vacuum Air Water Oil Gas
1/4 Npt Male Tee T 3 Way Equal Pipe Brass Fitting Fuel Vacuum Air Water Oil Gas

1/4 Npt Male Tee T 3 Way Equal Pipe Brass Fitting Fuel Vacuum Air Water Oil Gas

$ 4.02

Availability: 634 in stock
  • Return shipping will be paid by: Buyer
  • Max Working Pressure: 1200 PSI
  • Fitting Type: Tee
  • Type: Tee
  • All returns accepted: Returns Accepted
  • Connection: Threaded
  • End C Diameter (for Tees): 1/4 in
  • End A-to-End B Gender: Male-to-Male
  • Suitable for: Fuel, Water (non potable), oil, coolant, air, gas
  • End A-to-End B: NPT-to-NPT
  • End A Diameter: 1/4 in
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Condition: New
  • Brand: Unbranded/Generic
  • Compatible with: Brass, Iron, Steel
  • Item must be returned within: 30 Days
  • End C (for Tees): Male NPT (MIP/MNPT)
  • Restocking Fee: No
  • Material: Brass
  • Burst Pressure: 5000 PSI
  • Thread: Male
  • Pipe Size: 1/4"
  • End B Diameter: 1/4 in
  • MPN: FP101M-B

    Description

    1/4 Npt Male Tee T 3 Way Equal Pipe Brass Fitting Fuel Vacuum Air Water Oil Gas
    Specifications
    Product Family
    Brass Fittings
    Product Category
    Male NPT Three Sided Tee
    FasParts Website SKU Part #
    FP101M-B
    Body Material
    Precision Machined Brass
    Thread NPT
    1/4" NPT Male
    Product Features
    Working Pressure for up to 1200 PSI @ -65F to +265F Suitable for use in Automotive, Nautical, Industrial, and Commercial applications
    Quality brass fitting, solid construction. Will never rust, excellent durability.
    Suitable for pressure washers, irrigation, fluid transfer, engine repair, crack case repairs, plumbing, heaters, boilers.
    3 Sided Male Tee fittings can be used as a splitter manifold, outlet and gauge out point for all types of water, oil and gas based systems.