Skip to main content
Tube Union Tee, 5/8 in, Flare, Brass - pack of 5

Roll over image to zoom in

Anderson Metals 754044-10-XCP5Click To Copy Tube Union Tee, 5/8 in, Flare, Brass - pack of 5

Item #: 754044-10-XCP5 by Anderson Metals

See reviewsSee reviews
In Stock

$59.31

/package
SAVE UP TO 5.93

Buying in bulk

QUICK SHIPPING*Usually ships in 1 business dayIn stock: 116 units available
QTY
+
+ Add to Wishlist
Buy in Bulk & Save - See How Watch Now

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

Features
  • 3. Flare End Of Tube
  • 4. Thread Nut to Body Until Snug, Then 1/6th Turn
  • Compliant Product Which Meets California AB-1953
  • Compliant Product Which Meets Vermont SB-152
  • To Assemble:
  • Two Piece Construction - Nut And Body
  • 2. Slide Nut onto Tube - Threads Facing End
  • Negavtive 65 Degreees to Plus 250 Degrees F. Temperature Range
  • Resists Mechanical Pullout
  • Standard Fittings Use Short Nuts. Long Nuts Are Available For Higher Vibrations Applications.
  • Use With Copper, Brass, Aluminum, Or Steel Tubing
  • 1. Cut Smooth, Square End On Tubbing
  • Primary Uses: Fuel Equipment, Plumbing, Gases, Refrigeration, and Vacumm Lines.
  • Easy To Disassemble And Can Be Reassembled Many Times, With No Effect On The Seal

Country Origin Code

US

ECCN

EAR99

Hazardous Material

No

Width

1.00

Length

1.00

Height

1.00

Nominal Size

5/8"

Connection Type

Flare

Pressure rating

650 psi

Nomenclature

754044-10 FLARE TEE 5/8

Flared Angle

45 deg

Material

Brass

Fitting Type

Tee

Pressure Rating (psi)

650

Maximum Working Temperature (F)

73

Connection Type 2

Male Flare

Connection Type 1

Male Flare

Fitting Size 3

5/8 In.

Connection Type 3

Male Flare

Fitting Size 1

5/8 In.

Fitting Size 2

5/8 In.

Product Overview
5 per bag and individually flag tagged. Manufactured to include no more than 0.25% weighted average lead content on wetted surfaces.