Alloy
|
Description
|
Typical
Applications
|
|
304L
304 |
19%
chromium, 9% nickel, general purpose stainless |
Aircraft
hydaulic lines, heat exchangers, surgical instruments |
|
| 310 |
25%
chromium-20% nickel with good strength to 1900°F |
Furnace
muffles, thermocouple sheaths, temperature controls,
electrical instruments |
|
316L
316 |
17%
chromium-12% nickel-2% molybdenum, with excellent
acid corrosion resistance |
Chemical
processing equipment, pressure gauges, Bourdon springs |
|
| 321 |
18%
chromium - 11% nickel stabilized with titanium |
Aircraft
hydraulic lines, chemical and electrical instrumentation |
|
| 347 |
18%
chromium - 11% nickel stabilized with niobium |
Applications
50 1500°F, fuel lines, pumps and valves for aerospace
industry |
|
403
410 |
12%
chromium heat- treatable martensitic alloy |
Bourdon
springs, medical instruments, guided missile rocket
components |
|
| 430 |
17%
chromium ferritic alloy with good corrosion resistance
to 1400°F |
Gas & oil
burners, dairy equipment |
|
| 446 |
27%
chromium ferritic alloy with good oxidation resistance
to 2000°F |
Gas & oil
burners, chemical equipment, fire detection equipment,
thermostatic controls |
|
| A-286 |
Heat
- treatable austenitic alloy with good oxidation
resistance to 2000°F |
Jet
engine combustion tubes, cryogenic applications |
|
Most
alloys are available as seamless or welded and drawn tubing.
All raw material is subjected to Tube Methods' rigid incoming
inspection procedure before being approved for redrawing.
For
further information, please contect Tube Methods' Sales Department |
P.O.
Box 460