INCONEL® alloy 600

INCONEL® alloy 600 is a nickel-chromium alloy that possesses good corrosion resistance at elevated temperatures.

 

Chemical composition

Composition

UNS N06600
composition,
%

Carbon 0.15 max
Manganese 1.00 max
Sulfur 0.015 max
Silicon 0.50 max
Chromium 14.00 - 17.00
Iron 6.00 - 10.00
Copper 0.50 max
Nickel + Cobalt 72.00 min

 

Physical properties

  Metric English
Density 8.47 g/cm³ 0.306 lbs/in³
Modulus of elasticity 214 MPa 31.1 ksi
Electrical resistivity 1.03 µohm*m 41 µohm*ft
Thermal conductivity 14.9 W/(m*°C) 103 BTU*in/(hr*ft²*°F)
Coefficient of thermal expansion 10.44 µm/(m*°C) 5.8 µin/(in*°F)

*Values calculated at 22 °C [72 °F]

 

Mechanical properties

Cold worked
%

Yield strength

Ultimate tensile strength

Elongation
%

0 317 MPa [46 ksi] 772 MPa [112 ksi] 38
20 896 MPa [130 ksi] 993 MPa [144 ksi] 3.8
37 930 MPa [135 ksi] 1124 MPa [163 ksi] 1.8

50

1014 MPa [147 ksi] 1207 MPa [175 ksi] 2.0

60

1096 MPa [159 ksi] 1241 MPa [180 ksi] 1.8

68

1103 MPa [160 ksi] 1289 MPa [187 ksi] 1.7

75

1137 MPa [165 ksi] 1310 MPa [190 ksi] 1.7

80

1165 MPa [169 ksi] 1344 MPa [195 ksi] 1.7

84

1255 MPa [182 ksi] 1379 MPa [200 ksi] 1.5

87

1317 MPa [191 ksi] 1427 MPa [207 ksi] 2.0

90

1331 MPa [193 ksi] 1482 MPa [215 ksi] 2.0

92

1365 MPa [198 ksi] 1489 MPa [316 ksi] 2.0

94

1448 MPa [210 ksi] 1531 MPa [322 ksi] 1.6

98

1496 MPa [217 ksi] 1613 MPa [334 ksi] 1.9

* Values are typical and may not represent all diameters. Test method will affect results.
All data represent results from a 25.4 cm [10 in] test gauge length.

 

INCONEL® alloy 600

INCONEL® alloy 600 is a nickel-chromium alloy that possesses good corrosion resistance at elevated temperatures.

 

Chemical composition

Composition

UNS N06600
composition,
%

Carbon 0.15 max
Manganese 1.00 max
Sulfur 0.015 max
Silicon 0.50 max
Chromium 14.00 - 17.00
Iron 6.00 - 10.00
Copper 0.50 max
Nickel + Cobalt 72.00 min

 

Physical properties

  Metric English
Density 8.47 g/cm³ 0.306 lbs/in³
Modulus of elasticity 214 MPa 31.1 ksi
Electrical resistivity 1.03 µohm*m 41 µohm*ft
Thermal conductivity 14.9 W/(m*°C) 103 BTU*in/(hr*ft²*°F)
Coefficient of thermal expansion 10.44 µm/(m*°C) 5.8 µin/(in*°F)

*Values calculated at 22 °C [72 °F]

 

Mechanical properties

Cold worked
%

Yield strength

Ultimate tensile strength

Elongation
%

0 317 MPa [46 ksi] 772 MPa [112 ksi] 38
20 896 MPa [130 ksi] 993 MPa [144 ksi] 3.8
37 930 MPa [135 ksi] 1124 MPa [163 ksi] 1.8

50

1014 MPa [147 ksi] 1207 MPa [175 ksi] 2.0

60

1096 MPa [159 ksi] 1241 MPa [180 ksi] 1.8

68

1103 MPa [160 ksi] 1289 MPa [187 ksi] 1.7

75

1137 MPa [165 ksi] 1310 MPa [190 ksi] 1.7

80

1165 MPa [169 ksi] 1344 MPa [195 ksi] 1.7

84

1255 MPa [182 ksi] 1379 MPa [200 ksi] 1.5

87

1317 MPa [191 ksi] 1427 MPa [207 ksi] 2.0

90

1331 MPa [193 ksi] 1482 MPa [215 ksi] 2.0

92

1365 MPa [198 ksi] 1489 MPa [316 ksi] 2.0

94

1448 MPa [210 ksi] 1531 MPa [322 ksi] 1.6

98

1496 MPa [217 ksi] 1613 MPa [334 ksi] 1.9

* Values are typical and may not represent all diameters. Test method will affect results.
All data represent results from a 25.4 cm [10 in] test gauge length.