Related Resources: materials
Specific Heat Capacity of Metals Table Chart
Specific Heat Capacity of Metals Table Chart
The specific heat is the amount of heat enregy per unit mass required to raise the temperature by one degree Celsius. The relationship between heat and temperature change is usually expressed in the form shown below where c is the specific heat .
Specific Heat Capacity Conversions:
1 Btu/(lb-°F) = 4186.8 J/(kg-°K)
1 Btu/(lb-°F) = 4.1868 J/(g-°C)
1 Btu/(lb-°F) = 1.8 Btu/(lb-°C)
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Specific Heat Capacity of Metals Table Chart
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Metal
|
Btu/(lb-°F)
|
J/(kg-K)
|
J/(g-°C)
|
Btu/(lb-°C)
|
|
AlBeMet
|
0.36
|
1507.248
|
1.507248
|
0.648
|
|
Aluminum
|
0.220
|
921.096
|
0.921096
|
0.396
|
|
Antimony
|
0.050
|
209.34
|
0.20934
|
0.09
|
|
Barium
|
0.048
|
200.9664
|
0.2009664
|
0.0864
|
|
Beryllium
|
0.436
|
1825.4448
|
1.8254448
|
0.7848
|
|
Bismuth
|
0.030
|
125.604
|
0.125604
|
0.054
|
|
Brass (Yellow)
|
0.096
|
401.9328
|
0.4019328
|
0.1728
|
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Cadmium
|
0.055
|
230.274
|
0.230274
|
0.099
|
|
Calsium
|
0.150
|
628.02
|
0.62802
|
0.27
|
|
Carbon Steel
|
0.120
|
502.416
|
0.502416
|
0.216
|
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Cast Iron
|
0.110
|
460.548
|
0.460548
|
0.198
|
|
Cesium
|
0.057
|
238.6476
|
0.2386476
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0.1026
|
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Chromium
|
0.110
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460.548
|
0.460548
|
0.198
|
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Cobalt
|
0.100
|
418.68
|
0.41868
|
0.18
|
|
Copper
|
0.090
|
376.812
|
0.376812
|
0.162
|
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Gallium
|
0.088
|
368.4384
|
0.3684384
|
0.1584
|
|
Germanium
|
0.076
|
318.1968
|
0.3181968
|
0.1368
|
|
Gold
|
0.030
|
125.604
|
0.125604
|
0.054
|
|
Hafnium
|
0.033
|
138.1644
|
0.1381644
|
0.0594
|
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Incoloy 800
|
0.130
|
544.284
|
0.544284
|
0.234
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Incoloy 600
|
0.126
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527.5368
|
0.5275368
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0.2268
|
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Indium
|
0.057
|
238.6476
|
0.2386476
|
0.1026
|
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Iridium
|
0.310
|
1297.908
|
1.297908
|
0.558
|
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Iron
|
0.110
|
460.548
|
0.460548
|
0.198
|
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Lanthanum
|
0.047
|
196.7796
|
0.1967796
|
0.0846
|
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Lead
|
0.030
|
125.604
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0.125604
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0.054
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Lead Liquid
|
0.037
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154.9116
|
0.1549116
|
0.0666
|
|
Lithium
|
0.850
|
3558.78
|
3.55878
|
1.53
|
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Lutetium
|
0.036
|
150.7248
|
0.1507248
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0.0648
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Magnesium
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0.250
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1046.7
|
1.0467
|
0.45
|
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Manganese
|
0.114
|
477.2952
|
0.4772952
|
0.2052
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Mercury
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0.030
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125.604
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0.125604
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0.054
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Molybdenum
|
0.066
|
277.16616
|
0.27716616
|
0.11916
|
|
Monel 400
|
0.110
|
460.548
|
0.460548
|
0.198
|
|
Nickel
|
0.120
|
502.416
|
0.502416
|
0.216
|
|
Nichrome (80%NI - 20% Cr)
|
0.110
|
460.548
|
0.460548
|
0.198
|
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Niobium (Columbium)
|
0.064
|
267.9552
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0.2679552
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0.1152
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Osmium
|
0.031
|
129.7908
|
0.1297908
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0.0558
|
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Palladium
|
0.057
|
238.6476
|
0.2386476
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0.1026
|
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Platinum
|
0.030
|
125.604
|
0.125604
|
0.054
|
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Plutonium
|
0.032
|
133.9776
|
0.1339776
|
0.0576
|
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Potassium
|
0.180
|
753.624
|
0.753624
|
0.324
|
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Rhenium
|
0.033
|
138.1644
|
0.1381644
|
0.0594
|
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Rhodium
|
0.058
|
242.8344
|
0.2428344
|
0.1044
|
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Rubidium
|
0.086
|
360.0648
|
0.3600648
|
0.1548
|
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Ruthenium
|
0.057
|
238.6476
|
0.2386476
|
0.1026
|
|
Scandium
|
0.140
|
586.152
|
0.586152
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0.252
|
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Selenium
|
0.077
|
322.3836
|
0.3223836
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0.1386
|
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Silicon
|
0.170
|
711.756
|
0.711756
|
0.306
|
|
Silver
|
0.057
|
238.6476
|
0.2386476
|
0.1026
|
|
Sodium
|
0.290
|
1214.172
|
1.214172
|
0.522
|
|
Solder (50% Pb-50% Sn)
|
0.051
|
213.5268
|
0.2135268
|
0.0918
|
|
Steel, Mild
|
0.122
|
510.7896
|
0.5107896
|
0.2196
|
|
Steel, Stainless 304
|
0.120
|
502.416
|
0.502416
|
0.216
|
|
Steel, Stainless 430
|
0.110
|
460.548
|
0.460548
|
0.198
|
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Strontium
|
0.072
|
301.4496
|
0.3014496
|
0.1296
|
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Tantalum
|
0.033
|
138.1644
|
0.1381644
|
0.0594
|
|
Thallium
|
0.030
|
125.604
|
0.125604
|
0.054
|
|
Thorium
|
0.030
|
125.604
|
0.125604
|
0.054
|
|
Tin (Liquid)
|
0.050
|
209.34
|
0.20934
|
0.09
|
|
Tin (Solid)
|
0.052
|
217.7136
|
0.2177136
|
0.0936
|
|
Titanium 99%
|
0.130
|
544.284
|
0.544284
|
0.234
|
|
Tungsten
|
0.032
|
133.9776
|
0.1339776
|
0.0576
|
|
Uranium
|
0.028
|
117.2304
|
0.1172304
|
0.0504
|
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Vanadium
|
0.116
|
485.6688
|
0.4856688
|
0.2088
|
|
Yttrium
|
0.072
|
301.4496
|
0.3014496
|
0.1296
|
|
Zinc
|
0.090
|
376.812
|
0.376812
|
0.162
|
|
Zirconium
|
0.060
|
251.208
|
0.251208
|
0.108
|
|
Wrought Iron
|
0.120
|
502.416
|
0.502416
|
0.216
|
Related:
- Coefficients Linear Thermal Expansion
- Metal Melting Temperatures
- Properties of Metals - Thermal
- Thermal Conductivity Conversions
- Thermal Conductivity of Common Metals and Alloys
- Specific Heat Capacity Explained
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Date/Time: 22.09.2018 04:19
