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Materials

 
On the charts below you can see the Range, Characteristics and Properties of the materials produced by our Foundry.
If necessary the respective files in PDF format, can be stored and printed with the same information.
 
 
 

Range of produced materials | Download PDF file

MaterialStandard DesignationsStructure
ENASTMUNSOthers
1.4034 1.4034 - - - Ferrite / Martensite
1.4027 SEW410-14027 -- -Ferrite / Martensite
130110283 - 1.4008 A743 - (CA15)J91150 (AISI 414) Ferrite / Martensite
1304
10283 - 1.4317
A743 - CA6NM J91540 (AISI 1.4313) Ferrite / Martensite
1604CuNB10283-1.4527 A747 - CB7Cu-1 J92180 (1.4540) Mart. – hardened through precipitation
181017445 - 1.4308 A743 - CF8 J92600(1.4301)(AISI 304) Austenite + Ferrite(0 - 15%)
1810LN10283 - 1.4306 A743 - CF8 D92500 (1.4306) (AISI 304L) Austenite + Ferrite(0 - 15%)
1810Nb10583 - 1.4552 A743 - CF8C D92M10 (1.4550) (AISI 347) Austenite + Ferrite(0 - 15%)
1711/2.510283 - 1.4408 A743 - CF8M J92900(1.4401)(AISI 316) Austenite + Ferrite(0 - 15%)
1711/2.5LN10283 - 1.4404 A743 - CF3M J92800 (1.4404)(AISI 316L) Austenite + Ferrite(0 - 15%)
1711/2.5Nb10283 - 1.4581 A351 - (CF10MC) J92971(AISI 318)(1.4580) Austenite + Ferrite(0 - 15%)
1711/2.5N10283 - 1.4446 A743 - CG3M (J92999) (AISI 317LN)(1.4439) Austenite + Ferrite(0 - 15%)
251210295 - 1.4837 A297 - HH J93503 (AISI 309) Austenite
252010295 - 1.4848 A297 - HK J94224 (AISI 310) Austenite
1.4529(1.4529) - J94651 - Super - Austenic
2025/4.5Cu(1.4539) 10283 - 1.4584J94650 (1.4539)(AISI 904L) Super - Austenic
1.45001.4500 -- - Super - Austenic
2606N10283 - 1.4347 -- -Duplex (Aust+Ferrite)
2205/3N10283 - 1.4470 A890 - CD3MN D92205 (1.4462) -Duplex (Aust+Ferrite)
2604.5/1.5N(1.4460) A890 - (CD6MN)J93371 (AISI 329) Duplex (Aust+Ferrite)
2408/2 1.4463A890 - (CE8MN) (J93345) - Duplex (Aust+Ferrite)
2705/2SEW410 - 1.4464 -- -Duplex (Aust+Ferrite) + Carb.
2606/2.5CuN10283 - 1.4517 A890 - (CD4MCuN) J93372 -Duplex (Aust+Ferrite)
1.446910283 - - -Super Duplex
2.4660(2.4660) - N08020 (ALLOY 20) Austenite + Fase phase.
2.4602 (2.4602)A494 - CX2MW N26022
(HASTELLOY C22)
Austenite + Fase phase.
2.4686(2.4686) A494 - CW2M N26455(HASTELLOY C4) Austenite + Fase Intermetal.
2.4810
(2.4810) A494 - N12MV N30012 (HASTELLOY B) Austenite + Fase phase.
2.4856 (2.4856)
A494 - CW6MC
N26625
(INCONNEL 625)
Austenite + Fase phase.

( ) = In brackets, similar materials.
NOTE: We produce other materials, besides those mentioned, according to standards or customer specifications.

Characteristics of Produced Materials |  Download PDF file

Material

Chemical Composition (%) (1)

Shrinkage - Density
CCrNiMoOthers(%) - (g/cm3)
1.40340.42-0.5012.5-14.5- --2.0 - 7.70
1.40370.16-0.2312.5-14.51.0 MAX--2.0 - 7.70
13010.10
 
12.0-13.51.00-2.000.20-0.50-2.0 - 7.73
13040.06
12.0-13.53.50-4.500.40-0.70-2.0 - 7.77
1604CuNb0.017
15.5-17.03.60-4.60-Cu=2.50-3.20 Nb=0.15-0.352.0 - 7.77
18100.07
18.0-19.08.00-11.0--2.5 - 7.77
1810LN
0.03
18.0-20.09.00-12.0-N=0.10-0.202.5 - 7.74
1810Nb
0.07
18.0-20.09.00-12.0-Nb=8xC-1.002.5 - 7.78
1711/2.50.07
18.0-20.09.0-12.02.00-2.50-2.5 - 7.84
1711/2.5LN0.0318.0-20.09.0-12.02.00-2.50N=0.10-0.202.5 - 7.81
1711/2.5Nb0.07
18.0-20.09.0-12.02.00-2.50Nb=8xC-1.002.5 - 7.84
1711/2.5N0.0316.5-18.512.5-14.54.00-4.50N=0.12-0.222.5 - 7.91
2512
0.30-0.5024.0-26.011.0-14.0--2.5 - 7.71
25200.30-0.5024.0-26.019.0-22.0--2.5 - 7.79
1.4529
0.0319.0-21.024.0-26.05.50-7.00Cu=1.0-2.0 N=0.05-0.102.5 - 8.10
2025/4.5Cu0.02519.0-21.024.0-26.04.00-5.00Cu=1.00-3.002.5 - 8.04
1.45000.06
19.0-21.024.0-25.02.50-3.50Cu=1.50-2.50 Nb>8xC2.5 - 8.02
2606N0.0825.0-27.05.5-7.5-N=0.10-0.202.0 - 7.70
2205/3N0.0321.0-23.04.5-6.52.5-3.5N=0.12-0.202.0 - 7.77
2604.5/1.5N0.0525.0-27.04.50-6.001.75-2.00N=0.15-0.202.0 - 7.72
2408/20.0723.0-25.07.00-8.502.00-2.50-2.0 - 7.77
2705/20.30-0.5026.0-28.04.00-6.00
2.00-2.50-2.0 - 7.67
2606/2.5CuN0.0324.5-26.55.00-7.002.50-3.50Cu=2.75-3.50 N=0.12-0.222.0 - 7.79
1.44690.0325.0-27.06.0-8.03.0-3.5Cu=1.3 N=0.12-0.222.0 – 7.70
2.4660
0.0519.0-21.036.0-38.02.0-3.0Cu=3.0-4.0 Nb=8xC-1.02.5 - 8.10
2.4602
0.0220.0-22.5Base12.5-14.5W=2.5-3.5 Fe=2.0-6.02.5 - 8.67
2.4686
0.0215.5-17.5Base15.0-17.5-2.5 - 8.79
2.4810
0.121.0 MAXBase26.0-30.0V=0.2-0.6 Fe=4.0-6.02.5 - 9.11
2.4856
0.06
20.0-23.0Base8.0-10.0
 
Nb=3.15-4.15
2.5 - 8.58

(1) = Maximum concentrations, except where indicated limits.

Properties of Manufactured Materials | Download PDF file

Material

Mechanical Properties (2)

Heat Treatment
Yields 0.2%StrengthElongationImpact. ISO-VHardness
MPaMPa%JouleHB
1.4034-[<=800]--[<=275]Annealed
1.4027440590-79012-180-240
Annealed
1301
440
590-7901527170-240Annealed + Quenched + Tempered
1304500/830*700-920*12/16 *35/50*<285Annealed + Quenched + Tempered
1604CuNb
750/1000 750/1000 * 900/1100*5/12*0/20*
269/375*Quenched + Tempered
1810
205485-6403560
130-200Solution Annealed
1810LN2054853580
-Solution Annealed
1810Nb
2054853040
130-200Solution Annealed
1711/2.5
205485-6403060130-200Solution Annealed
1711/2.5LN
2054853080-Solution Annealed
1711/2.5Nb
1854402540130-200Solution Annealed
1711/2.5N
2405152550130-200Solution Annealed
2512
24051510--"As Casting"
2520
24045010--"As Casting"
1.4529
[270][600-800][30][90]-Solution Annealed
2025/4.5Cu
1854503060-Solution Annealed
1.4500
200
450
30
65
130-200Solution Annealed
2606N
4205902030[190-230]Solution Annealed
2205/3N
4206202530- Solution Annealed
2604.5/1.5N
45065525-190-230Solution Annealed
2408/2390
590-79020-170-200Solution Annealed
2705/2----230-300Annealed
2606/2.5CuN480650-8502250-Solution Annealed
1.4469
4806502250-Solution Annealed
2.4660
[270] [590][30]--Solution Annealed
2.4602
31055030--Solution Annealed
2.4686
27549520--Solution Annealed
2.4810
2755256--Solution Annealed
2.4856
27548525-
 
-Solution Annealed

(2) = Minimum values, except where indicated limits
[ ] = For guidance only – values for rolled products.
(*) = Minimum values, dependening on quenched/tempered temperature.

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