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Specializing in ON TIME delivery
of Super Duplex, Duplex, Titanium, 254SMO and Nickel Alloys
When you need an alloy now, call Alloys Now. 863-607-6119
sales@alloys-now.com
3607 Ventura Dr. East, Lakeland, FL 33811,
USA, Fax: 863-607-6602 |
Seamless
& Welded Alloy Tubing
Seamless Tubing in Titanium Grade 1/UNS R50250,
Grade 2/R50400, Grade 5/R56400, Grade 7/R52400, Grade 9/R56320
& Grade 12/R53400
Seamless Tubing in Duplex UNS S31803 & S32205
Seamless Tubing in Super Duplex UNS S32750 &
S32760
Seamless Tubing in 6 Moly UNS S31254, N08925
& N08926
Welded Tubing in Duplex UNS S31803 &
S32205
Welded Tubing in Super Duplex UNS S32750 &
S32760
Welded Tubing in 6 Moly UNS S31254, N08926 &
N08925
Materials |
Grades |
Seamless OD |
Welded OD |
Titanium |
TI Grade 2 UNS R50400
Ti Grade 7 UNS R52400 |
1/16" - 1-1/2" |
1/2" - 4" |
3mm - 40mm |
12mm - 100mm |
Duplex SS
Ferritic Austenitic |
UNS S31803
UNS S32205 |
1/16" - 3" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
Super Duplex SS
Ferritic Austenitic |
UNS S32750
UNS S32760
UNS S32550 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 15 |
6% Molydenum SS
Super Austenitic |
UNS S31254
UNS N08926
UNS N08867 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
SS 317L |
UNS S31703 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
Alloy 625 (Inconcel®) |
UNS N06625 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
Alloy C276 (Hastelloy®) |
UNS N10276 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
Alloy 400 (Monel®) |
UNS N04400 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
Alloy 20 |
UNS N08020 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
SS 304h |
UNS S30409 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
SS 321H |
UNS S32109 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
SS 347H |
UNS S34709 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
SS 3166 |
UNS S31306 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
SS 304L |
UNS S30403 |
1/16" - 2" |
1/2" - 6" |
3mm - 50mm |
12mm - 150mm |
Barlow's formula can be used to estimate burst pressure of
pipes or tubes:
P = 2 s t / [(do - 2 t)
SF] (1)
where
P = max. working pressure (psig)
s = material strength (psi)
t = wall thickness (in)
do = outside diameter (in)
SF = safety factor (in general 1.5 to 10) |
The Barlow's estimate is based on ideal conditions at room
temperature. |
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