Sanitary Fittings
489
DPL714
877.963.4966 •
dixonvalve.com
N
Tubing
3
URGXFW 6SHFLÀFDWLRQV
Features:
•
size range: ½" - 6" OD tube
•
materials:
• 304
stainless steel
• 316
L stainless steel
•
¿
QLVKHV
$670 $ $ VDQLWDU\ ¿QLVK ,' DQG 2'
•
ASTM-A269 unpolished ID and OD
%3( ¿QLVKHV DUH DYDLODEOH
•
tubing available in 20' lengths only
•
surcharges change MONTHLY
•
tubing only ships via truck
•
tubing is NOT returnable
•
if not ordered in full box quantity, broken box charge will be applied
•
other sizes may be available, call Dixon Sanitary for information
Tube
OD
Wall Thickness
Gage
Number
Box Qty
Weight
Pounds per feet
½"
.065"
16
100'
0.31
¾"
.065"
16
100'
0.49
1"
.065"
16
280'
0.67
1½"
.065"
16
340'
1.02
2"
.065"
16
340'
1.36
2½"
.065"
16
220'
1.71
3"
.065"
16
220'
2.06
4"
.083"
14
100'
3.45
6"
.109"
12
40'
6.92
Call Dixon Sanitary 800.789.1718 for pricing and freight allowance.
Tube OD Wall
Thickness
Pressure (
PSI
)
working yield
burst
½"
.065"
4,870
7,800 19,500
¾"
.065"
3,250
5,200 13,000
1"
.065"
2,440
3,900
9,800
1½"
.065"
1,630
2,600
6,500
2"
.065"
1,220
2,000
4,900
2½"
.065"
980
1,600
3,900
3"
.065"
810
1,300
3,300
4"
.083"
780
1,200
3,100
6"
.109"
680
1,090
2,720
304
Stainless Steel Tube
Operating Pressures
Tube OD Wall
Thickness
Pressure (
PSI
)
working yield
burst
½"
.065"
3,250
6,500 19,500
¾"
.065"
2,167
4,330 13,000
1"
.065"
2,280
3,300
9,100
1½"
.065"
1,520
2,200
6,100
2"
.065"
1,140
1,600
4,600
2½"
.065"
910
1,300
3,600
3"
.065"
760
1,100
3,000
4"
.083"
730
1,000
2,900
6"
.109"
635
900
2,540
316
L Stainless Steel Tube
The pressures shown in the table above are calculated using
Barlow's Formula and the following properties:
•
material: 304 stainless steel
•
yield strength (PSI): 30,000
•
tensile strength (PSI): 75,000
working pressure = ¼ of burst pressure, these calculate from
-20
°F
to
100
°F
The pressures shown in the table above are calculated using
Barlow's Formula and the following properties:
•
material: 316L stainless steel
•
yield strength (PSI): 25,000
•
tensile strength (PSI): 70,000
working pressure = ¼ of burst pressure, these calculate from
-20
°F
to
100
°F
3
LSH VL]H DQG 7XEH 2' VL]H PDWHULDOV DUH QRW LQWHUFKDQJDEOH