-40%

NEW!! EVERBILT 3/8 in. Brass Compression Nut Fittings (3-Pack)

$ 3.16

Availability: 100 in stock
  • MPN: A-103
  • All returns accepted: Returns Accepted
  • Return shipping will be paid by: Buyer
  • Condition: New
  • Brand: Everbilt
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Restocking Fee: No
  • Model: 801159
  • Item must be returned within: 30 Days

    Description

    ITEM IS IN ORIGINAL BOX OR PACKAGING.  PACKAGING OR BOX MAY SHOW SIGNS OF DAMAGE AND OR WETNESS.  PLEASE REFER TO PICTURES IN LISTING.  ITEM IS IN NEW CONDITION AND NEVER BEEN USED.  THIS IS NOT A RETURN!!
    3/8 in. Brass Compression Nut Fittings (3-Pack)
    Ideal for low to medium pressure applications, these 3/8 in. Brass Compression Nuts are perfect for use with brass sleeves. The brass construction is naturally corrosion resistant. Use alongside copper, brass, aluminum or plastic tubing on gasoline, grease, oil, or water.
    3-pieces per package
    A-103
    Use with copper, brass, aluminum or plastic tubing on gasoline, grease, oil, water
    Do not overtighten
    Not recommended for use with steel tubing
    Not lead-free
    Durable, corrosion-resistant brass construction
    Dimensions
    Assembled Depth (in.)
    0.63 in
    Assembled Height (in.)
    0.39 in
    Assembled Width (in.)
    0.38 in
    Fitting 1 size
    3/8"
    Product Height (in.)
    0.65
    Single Fitting Size
    3/8"
    Details
    Application
    Air,Oil
    Color Family
    Brass
    Color/Finish
    Brass
    Compatible Pipe Material
    Multi-Purpose
    Connection 1
    Comp
    Connectivity
    Compression
    Features
    Corrosion Resistant,Threaded
    Fitting or Connector Type
    Nut
    Fitting/ Connector Collection
    Brass
    Material
    Brass
    Maximum working pressure (psi)
    400
    Maximum Working Temperature (F)
    250
    Nut Type
    Compression
    Pack Size
    3
    Pipe or Fitting Product Type
    Fittings & Connectors
    Product Weight (lb.)
    0.0507058
    Reducing Fitting
    No