Fleet Maintenance Supply Experts 1-800-558-2808

Inverted Flare Long Nut 1/4

Item Number 90009
Scanner Description Inverted Flr Long Nut 1/4
Weight 0.18 lb
Brand APPROVED SUPPLIER
Catalog F22
California Proposition 65 Icon
Pkg Qty: 10

Add to List

Technical Specifications

Brand APPROVED SUPPLIER   Pack Quantity 10
DOT Approved No   System of Measurement Fractional
Fitting Type Flared Fitting   Temperature Range (Deg F) -65 to +250 deg. F
For Use With Brass, Steel, Copper Tube Assy   Thread Size 7/16"-24
Grade CA360   Tube Flare - Flared Fittings Inverted
Hex Size 7/16 in.   Tube Outside Dia. 1/4 in.
Item Inverted Flare Fittings   Type Nut
Material Steel   Vibration Resistance Excellent
Meets Standards ASA, ASME, SAE   Working Pressure (PSI) Up to 2,000 psi depending on tube size.

Product Description

  • Inverted Flare Tube Fittings conform to ASA, ASME, SAE, and Mil. specifications.
  • This short-bodied fitting fits in tighter places than other styles of fittings.
  • Particularly well-suited for hydraulic brake systems, fuel equipment, and refrigeration applications.
  • Seats and threads are recessed and protected. Short nuts affords very close tube bends.
  • Used with copper, brass, aluminum, and steel hydraulic tubing or steel lines that can be flared.
  • Working pressures up to 2,000 psi, depending upon tubing being used.
  • Excellent vibration resistance.
  • Temperature Range: -65° F. to 250° F. at maximum operating pressures.
  • Typical Applications: pneumatic instrumentation circuits, lubrication, and cooling lines.
  • Tube Outside Diameter: 1/4
  • Thread Size: 7/16-24
  • Cross Reference: 7896 x 4
Inverted Flare Tube Fitting Illustration
Compliance & Restrictions
Prop 65 WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov.
Item Barcode
0900090
  Name Item Description
WEATHERHEAD WEATHERHEAD 7896X4 INVR FLR NUT 7896X4
UNSPSC CODES UNSPSC CODES 40173301 INVR FLR NUT 7896X4
VMRS (ATA) CODES VMRS (ATA) CODES 053-007-004 INVR FLR NUT 7896X4

For more product information by email, click here