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Technical Info

Technical Info

Metals Chemical Compositions

Detailed chemical composition data for various industrial alloys

Stainless Steel

Standard stainless steel compositions

Material typeCrNiMoMnCSiPSNFeOthers
30116.00-18.006.00-8.00-2.000.151.000.0450.0300.10Bal-
304 (1.4301)18.00-20.008.00-10.50-2.000.080.750.0450.0300.10Bal-
304L (1.4307)18.00-20.008.00-12.00-2.000.0300.750.0450.0300.10Bal-
310S24.00-26.0019.00-22.00-2.000.081.500.0450.030-Bal-
316 (1.4401)16.00-18.0010.00-14.002.00-3.002.000.080.750.0450.0300.10Bal-
316L (1.4404)16.00-18.0010.00-14.002.00-3.002.000.0300.750.0450.0300.10Bal-
31718.00-20.0011.00-14.003.00-4.002.000.080.750.0450.0300.10Bal-
317L (1.4438)18.00-20.0011.00-15.003.00-4.002.000.0300.750.0450.0300.10Bal-
321 (1.4541)17.00-19.009.00-12.00-2.000.080.750.0450.0300.10BalTi5(C+N) Min or 0.70 max
347 (1.4550)17.00-19.009.00-13.00-2.000.080.750.0450.030-BalCb=10x(C Min) or 1.00 Max
40910.50-11.750.50-1.000.081.000.0400.010-BalTi=6x(C+N) Min or 0.70 Max
409M11.00-12.001.5 max-0.8-1.20.030.4-0.750.0300.030-BalTi=6x(C) Min or 0.70 Max
410S11.50-13.500.60-1.000.081.000.0400.030-Bal-
410 (1.4006)11.50-13.500.75-1.000.151.000.0400.030-Bal-
420 (1.4021)12.00-13.000.2-0.3-0.500.350.500.0350.015-Bal-
430 (1.4016)16.00-18.000.75-1.000.121.000.0400.030-Bal-
JSL AUS15.50-16.504.25-4.75-7.0-8.00.080.750.0700.030-BalCu: 0.9-1.10
JS-20314.25-15.252.25-2.75-9.25-10.250.080.750.0700.030-BalCu: 1.60-2.0
301M14.50-15.506.0-7.0-4.5-5.50.100.750.0600.030-BalCu: 1.70-1.90
440C (1.4125)16.00-18.000.750.751.000.95-1.201.000.0400.030-Bal-
904L (1.4539)19.00-23.0023.00-28.004.00-5.002.000.021.000.0450.035-BalCu: 1.00-2.00
17-4PH (1.4542)15.00-17.503.00-5.00-1.000.071.000.0400.030-BalCu: 3.00-5.00, Nb: 0.15-0.45
15-5PH (1.4545)14.00-15.503.50-5.50-1.000.071.000.0400.030-BalCu: 2.50-4.50
Duplex 2205 (1.4462)21.00-23.004.50-6.502.50-3.502.000.031.000.0350.0200.14-0.20Bal-
Super Duplex 2507 (1.4410)24.00-26.006.00-8.003.00-5.001.200.030.800.0350.0200.24-0.32BalCu: 0.50
254 SMO (1.4547)19.50-20.5017.50-18.506.00-7.001.000.020.800.0300.0100.18-0.22BalCu: 0.50-1.00
Alloy 20 (2.4660)19.00-21.0032.00-38.002.00-3.002.000.071.000.0450.035-BalCu: 3.00-4.00, Nb: 8xC-1.00
309 (1.4828)22.00-24.0012.00-15.00-2.000.201.000.0450.030-Bal-

Nickel Alloys

Standard nickel-based alloy compositions

Material typeNiCrCoMoWFeAlTiCuNbOther
------------
Hastelloy A57.001.0*-21.00-19.00-----
Hastelloy B62.001.0*2.5*28.00-5.50----0.4% V
Hastelloy D85.001.0*---1.0*--4.0*-9% Si
Hastelloy F45.0022.002.5*6.001.0*18.00---2.00-
Hastelloy G44.0022.00-6.501.0*20.00--2.002.00-
Hastelloy N72.007.000.2016.500.505.0*0.250.25--0.01% B
Hastelloy R66.0015.501.5*5.00-7.0*2.202.50---
Hastelloy S68.0015.50-14.50-1.00----0.5%Mn 0.4% Si
Hastelloy W63.005.002.5*24.50-5.50----0.6% V
Hastelloy X47.0022.001.509.000.6018.50-----
Hastelloy C27656.0016.002.5*17.004.005.500.4*---0.35% V
Hastelloy C2254.0021.002.5*14.003.005.0*0.4*---0.35% v
Hastelloy C454.0016.001.25*16.00-2.0*0.4*0.5*---
Inconel 60075.5015.50---7.00-----
Inconel 60160.5023.00---14.101.35----
Inconel 70279.0015.60---0.403.400.70---
Inconel 713C72.0013.40-4.50-1.5*6.201.0*-2.30-
Inconel 71853.0018.50-3.00-18.00-0.80-5.00-
Inconel 80032.0020.00---47.00-----
Inconel 82540.0021.00-3.00-32.00-1.002.00--
Inconel 90142.0012.501.0*5.70-35.000.35*2.90---
Inconel 79261.0012.509.002.003.90-3.204.20--4.2% Ta/ 1% Hf
Inconel 73861.0016.008.501.752.600.503.403.40-0.901.75% Ta
Inconel 93948.0022.4019.00-2.00-1.903.70-1.001.4% Ta
GMR 23563.0015.50-3.20-10.003.702.00--0.06% B
Nimonic 7577.0020.00---5.0*0.150.40---
Nimonic 8074.0020.002.0*--1.5*1.302.20---
Nimonic 8165.0030.00---1.0*1.001.75---
Nimonic 9057.0020.0016.00--5.0*1.502.50---
Nimonic 9147.5028.5020.00---1.202.30---
Nimonic 10553.0015.0020.005.00-1.0*4.701.20---
Nimonic 11557.0015.0015.003.50-1.0*5.004.00---
Nimonic C26350.0020.0020.005.90-0.75*0.502.20---
Nimonic C102356.0015.509.508.00-0.254.303.60---
GTD 11159.0014.009.501.503.800.5*3.004.90--2.8% Ta/ 0.02*% B
GTD 22250.0022.5019.00-2.000.25*1.202.30-0.801.0% Ta
Rene 4152.0019.0011.0010.00-5.0*1.603.20---
Rene 77 (Udimet 700)52.0015.0015.004.00-0.5*4.203.50--0.02*% B
Rene 8060.0014.009.504.004.00-3.005.00---
Rene 8855.0016.0013.004.004.000.252.103.75-0.700.02% B
Rene 12559.009.0010.002.00--4.802.60--3.8% Ta/ 1.6% Hf / 7% W
Waspalloy56.0019.0014.004.20-1.5*1.403.00--0.1% Zr
Udimet 50053.0017.5016.504.00-4.002.903.90--0.01 B
Udimet 52056.0019.0012.006.001.001.002.003.00---
Udimet 60052.0017.5016.504.00-4.0*4.202.90--0.04*% B
Mar M 246600.009.0010.002.5010.000.155.501.50--1.5% Ta
PWA 663 (B1900)64.008.0010.006.00--6.001.00--1% Zr/ 4% Ta
Mar M 20060.009.0010.00-12.00-5.002.00-1.000.12% B
Mar M 00259.0010.0010.00-10.001.0*5.001.50--2.5% Ta / 1.5% Hf
Mar M 24758.008.5010.000.6010.000.5*5.501.00--3% Ta
Alloy 23057.522.00-2.0014.0030.30---0.1% C/0.5% Mn/0.4% Si
Kovar29-17-54------
N155 (Multimet)20212032.530.35----0.5% C/ Ta 1%/ Si 0.5%

Advanced Nickel Alloys

High-performance nickel-based alloy compositions

Material typeNiCrCoMoWNbTaTiReHfOther
PWA 1480Bal105-4-121.5--B-0.003%/ Al 5%
PWA 1484Bal5101.95.9-8.7-30.1Al 5.6%
PWA 1487Bal5101.95.9-8.4-30.25Al 5.65%
Rene N4Bal108260.553.5-0.2Al 4.2%
Rene N5Bal7825-6-30.2Al 6.2%
Rene N6Bal41216-7-50.2Al 5.8%
CMSX-2Bal850.68-61--Al 5.6%
CMSX-3Bal850.68-61-0.1Al 5.6%
CMSX-4Bal6.590.66-6.5130.1Al 5.6%
CMSX-6Bal1053--24.7-0.1Al 4.8%
CMSX-10Bal230.450.180.260.03Al 5.7%
CMSX 486Bal590.79-4.50.731C 0.07%/ Al 5.7%/ B 0.015%/ Zr 0.005%

Cobalt Alloys

High-performance cobalt-based alloy compositions

Material TypeCoCrNiWMoCFeAlBCuTaOthers
Stellite® 453.0031.003.0*14.001.5*1.0*3.0*----1% Mn/ 1.5% Si
Stellite® 666.0030.003.0*4.501.5*1.103.0*-----
Stellite® 8 (F75)63.0030.00--6.250.25-----0.45% Mn/ 0.6% Si
Stellite® 1259.0030.003.0*9.00-1.503.0*----1% Mn/ 1% Si
Stellite® 1952.0031.003.0*10.50-0.703.0*----1% Mn/ 1% Si
Stellite® 2160.0027.002.5*-5.500.253.0*-0.01--1% Mn/ 1% Si
Stellite® 25 (L605)52.0020.0010.0015.00-0.15*2.00*-----
Stellite® 3050.0026.0015.00-6.000.45*2.0*----0.3% Mn/ 0.6% Si
Stellite® 31 (X40)56.0025.0010.007.00-0.50-----0.6% Mn/ 0.5% Si
Stellite® X4556.0025.0010.507.500.5*0.3*2.0*-0.02---
Stellite® 18837.0022.0022.0014.00-0.103.0*----1.25% Mn
Elgiloy40.0020.0015.00-7.000.1517.00----0.04% Be
Umco 5050.0028.00---0.1220.00----0.5% Mn/ 0.75% Si
Umco 5148.0028.00----20.00----2% Nb/ 0.7% Si
Mar M 50950.0023.5010.007.00-0.602.0*----Ta- 3.5%/ Ti 0.2%/ Zr 0.5%
FSX 41448.0030.0010.507.00-0.3*1.5*-0.015*---
MP35N35.0020.0035.00-10.00-------
MP15935.0019.0025.00-7.00-9.000.20---Ti 3%/ Cb 0.6%
WI-52-21.001.0011.00-0.452.00----2% Cb/ 0.5% Mn/ 0.5% Si

Cobalt Iron Alloys

Specialized cobalt-iron alloy compositions

Cobalt Iron AlloysCoCrNiWMoCFeAlBCuVOthers
Permendur50.00-----49.60----0.4% Mn
Permendur 2V (Hiperco 50)48.50-----49.5---10V-2%
Hyperco351----63-----
Hyperco 5049-----48---2-
Hyperco 35350.5*0.3*---63-----
Hyperco 2727---0.3*-71---0.5*0.3%* Mn
Hyperco 27 2v27-----70---2-
Vicalloy52-----38-----

Tungsten Alloys

Specialized tungsten-based alloy compositions

Material typeWNiCuFeCoCOthers
Mallory 100090.006.004.00----
Mallory 200095.003.501.50----
Mallory 300090.007.00-3.00---
Mallory 392592.505.25-2.20---
Mallory 395095.003.50-1.50---
Mallory 397097.002.00-1*---
--------
Tungsten Carbide straight grade87.00---6.006.00-
Tungsten Carbide TiC TaC81.00---6.006.00TaC 3%/ TiC 4%

Titanium and Tantalum Alloys

Lightweight and corrosion-resistant alloy compositions

Material typeTiAlVSnMnZrMoCuCrSiOthers
CP Grade 1Bal---------0.18% O2/0.20% Fe
CP Grade 2Bal---------0.25% O2/ 0.3% Fe
CP Grade 3Bal---------0.35% O2/ 0.35% Fe
CP Grade 4Bal---------0.5% O2/ 0.4% Fe
Ti 6-6-2Bal6.006.002.00-------
Ti 6-2-4-2Bal6.00-2.00-4.002.00----
Ti 6-2-4-6Bal6.00-2.00-4.006.00----
Ti 3-2-5Bal3.002.50--------
Ti 8-1-1Bal8.001.00---1.00----
Ti 230Bal------2.50---
Ti 260Bal---------0.2% Pd
Ti 314Bal4.00--4.00------
Ti 315Bal2.00--2.00------
Ti 317Bal5.00-2.50-------
Ti 318Bal6.004.00--------
Ti 443Bal-11.00-----15.00--
Ti 550Bal4.00-2.00--4.00--0.50-
Ti 551Bal4.00-4.00--4.00--0.50-
Ti 679Bal2.25-11.00-5.001.00--0.20-
Ti 680Bal2.25-11.00--4.00--0.20-
Ti 684Bal6.00---5.00---0.301% W
Ti 685Bal6.00---5.000.50--0.25-
Ti 700Bal6.00---5.004.001.00-0.25-
Ti 820Bal5.50-3.50-3.000.30--0.301% Nb
Mechanical Compositions

CARBON STEEL, ALLOY STEEL, LOW TEMP, PIPE & TUBES SPECIFICATION

Pipe & Tubes Specification
Weight & Dimensions of Schedule Pipe
Line Pipe Weight
Flange Types

150 LB. FLANGES

150 LB. FLANGES

300 LB. FLANGES

300 LB. FLANGES

600 LB. FLANGES

600 LB. FLANGES

900 LB. FLANGES

900 LB. FLANGES

1500 LB. FLANGES

1500 LB. FLANGES

2500 LB. FLANGES

2500 LB. FLANGES

WELDING NECK FLANGE BORES

WELDING NECK FLANGE BORES

DIN 2527

DIN 2527

DIN 2576 FLANGES

DIN 2576 FLANGES

DIN 2632 WELDING NECK FLANGES FOR NOMINAL PRESSURE 10

DIN 2632 WELDING NECK FLANGES FOR NOMINAL PRESSURE 10

DIN 2633 WELDING NECK FLANGES NOMINAL PRESSURE 16

DIN 2633 WELDING NECK FLANGES NOMINAL PRESSURE 16

DIN 2634 WELDING NECK FLANGE NOMINAL PRESSURE 25

DIN 2634 WELDING NECK FLANGE NOMINAL PRESSURE 25

DIN 2642, DIN CONNECTIONS LOOSE FLANGE FOR FLANGE COLLAR PN 10

DIN 2642, DIN CONNECTIONS LOOSE FLANGE FOR FLANGE COLLAR PN 10

DIN 2635 WELDING NECK FLANGES NOMINAL PRESSURE 40

DIN 2635 WELDING NECK FLANGES NOMINAL PRESSURE 40

BUTTWELD FITTINGS DIMENSIONAL STANDARD ANSI B-16.9, B-16.28, MS SS P43

BUTTWELD FITTINGS DIMENSIONAL STANDARD ANSI B-16.9, B-16.28, MS SS P43

SOCKETWELD FITTINGS

SOCKETWELD FITTINGS

ELBOW

ELBOW

TEE

TEE

REDUCER

REDUCER

STUB END

STUB END

STAINLESS STEEL PIPE

Size:6mm to 500mm
Thickness:Sch 5, 10, 40
Specification:202, 304, 304L, 304H, 316, 316L, 316Ti, 321, 321H, 317, 317L, 310, 310S, 409, 410, 420, 430
Stainless Steel Pipes

SEAMLESS PIPE

Size:1/4" NB TO 24" NB IN Sch 40,60,80,120,160 & XXS. (Carbon steel)
Carbon Steel:ASTM A 53, A 106, A 179, API 5L/5LX, BSS, 3059, 182, 806, 3601, 3602, DIN 17175. 2448 etc.
Specifications
Seamless Pipes

Metal Weight Calculator

Weight Result:

0.000 lbs

0.000 kgs

Dimensions

Weight Formula

  1. 1
    Weight of Stainless Steel Pipes & Tubes
    OD(mm)-W.T. (mm) x W.T.(mm)x0.02466=Kg.per Mtr.
  2. 2
    Sheet Width Required for rolled and welded pipes
    O.D.(mm) - THK(mm) x 3.14=SheetWidth
  3. 3
    Weight of Stainless Steel Sheets
    Length (mtr.) x Wdth(mtr.) x Thk(mm)x8=Kg Per Sheet
  4. 4
    Weight of Stainless Steel Circle & Blanks
    OD(mm) x OD(mm) x Thk(mm)/160/1000=Kg Per Pcs.
  5. 5
    Weight of Stainless Steel Rounds
    Dia.(mm)xdia.(mm) x 0.00623=PerMtr.
  6. 6
    Weight of Stainless Steel Hexagonal Rods
    Dia.(mm)xDia.(mm) x 0.00679=PerMtr.
  7. 7
    Weight of Stainless Steel Square Bars
    Dia.(mm)xDia.(mm) x 0.00787=PerMtr.
  8. 8
    Weight of Carbon Steel Pipes & Tubes
    Dia.(mm)-W.T.(mm) XW.T.(mm) x 0.02466=Kg.PerMtr.
  9. 9
    Weight of Carbon Steel Sheets & Plates
    Length (mtr.) x Wdth(mtr.) x Thk(mm) x 7.85=Kg Per Sheet
  10. 10
    Weight of Copper Pipes
    OD(mm)-W.T. (mm) X W.T.(mm) x 0.0256=Kg.per Mtr.
  11. 11
    Weight of Lead Pipes (approx.)
    OD(mm)-W.T. (mm) XW.T.(mm) x 0.0345=per Mtr.
  12. 12
    Weight of Lead Sheets (approx.)
    Length (mtr.) XWidth(mtr.) XThk(mm) x 11.2=Kg Per Sheet
  13. 13
    Weight of Aluminum Pipes (approx.)
    OD(mm)-W.T. (mm) XW.T.(mm) x 0.0082=Kg per Mtr.
  14. 14
    Weight of Aluminum Sheets (approx.)
    Length (mtr.) X Width(mtr.) X Thk(mm) x 2.66=Kg Per Sheet

Tensile Strength Conversion Table

  1. 1Kg/mm2 x 9.81 = N/mm2=MPa
  2. 2PSi x 0.0007 = Kg/mm2
  3. 3KSi x 1000 = PSi
  4. 4Kg/mm2 x 1.422 = KSi